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Introduction to Reproductive Health

Introduction to Reproductive Health

INTRODUCTION TO REPRODUCTIVE HEALTH

Reproductive Health is an integral aspect of health care, included in the minimal health care package. The knowledge, skills, and attitude gained from this course will help students manage and counsel clients with health problems related to reproductive health.

Reproductive Health is when a person is well, not only physically but also mentally and socially, in all matters related to the reproductive system and how it functions.

Reproductive health is defined as a state of complete physical, mental and social well being and not merely the absence of the disease or infirmity on all matters related to reproductive function and its processes involved.

This is a process concerned with peoples‘ ability to have a responsible, satisfying and safe sex  life, their capability to reproduce and having the freedom to decide if, when and how often to do so. 

Reproductive health includes having: 

  1. Satisfying, safe sex life. 
  2. Ability to reproduce. 
  3. Successful maternal and infant survival outcome. 
  4. Freedom to control reproduction. 
  5. Information about and access to safer, effective and affordable methods of family planning. 
  6. Ability to minimize gynecological disease throughout life.
COMPONENTS OF REPRODUCTIVE HEALTH

COMPONENTS OF REPRODUCTIVE HEALTH

Safe Motherhood:

  • Preconception care
  • Antenatal care
  1. Maternal nutrition
  2. Focused antenatal care
  3. Immunization for tetanus, hepatitis B, etc.
  4. EMTCT of HIV/AIDS
  • Clean safe delivery
  • Emergency obstetric care
  • Postnatal (newborn care) and postpartum care
  • Breastfeeding/infant feeding
  • IEC and community mobilization
  • Post-abortion care services
  • Comprehensive abortion care

Family Planning:

  • Medical eligibility for family planning services
  • Provision of contraceptives and natural family planning
  • Emergency contraceptive
  • Management and follow-up for side effects of contraceptives
  • Infection prevention and quality care
  • Adolescent reproductive health

STIs/HIV/AIDS:

  • Behavioral change counseling
  • Condom promotion and distribution
  • Counseling and testing
  • STI management and treatment
  • Infection prevention and quality of care
  • Partner notification and treatment
  • Treatment compliance
  • Sexually Transmitted Infection, including HIV and AIDS
  • EMTCT

Sexual and Adolescent Health:

  • Behavior change counseling
  • Provision of adolescent-friendly services
  • Provision of contraceptive services
  • Screening and management of STIs
  • Sexual and Gender-Based Violence

Maternal and Child Health (MCH) (Safe Motherhood):

  • Preconception care
  • Antenatal care
  1. Maternal nutrition
  2. Focused antenatal care
  3. Immunization for tetanus, hepatitis B, etc.
  4. EMTCT of HIV/AIDS
  • Clean safe delivery
  • Emergency obstetric care
  • Postnatal (newborn care) and postpartum care
  • Breastfeeding/infant feeding
  • IEC and community mobilization
  • Post-abortion care services
  • Comprehensive abortion care

Reproductive Organ Cancers:

  • Screening and referral
  • Definitive management
  • Palliative care

Gender-Related Issues:

  • Advocacy
  • Partner involvement
  • Community involvement
  • Specialized management
  • Multi-sectorial collaboration
  • Legal support

Menopause and Andropause:

  • Symptomatic treatment
  • Hormonal replacement
  • Partner involvement
  • Advice on exercise and nutrition

Problems affecting women’s reproductive health/common RH concerns for women.

  • Anaemia
  • Unregulated fertility
  • Malnutrition
  • Infertility
  • STIs, HIV, and AIDS
  • Uterine fibroids
  • Maternal mortality and morbidity
  • Endometriosis
  • Poverty
  • Female Genital Mutilation
  • Gynaecological cancers
  • Sexual gender-based violence
  • Early marriage
  • Unintended pregnancy

Importance of reproductive health 

  1. Promotion of maternal and child health 
  2. Reduces maternal morbidity and mortality 
  3. Promotes free women‘s involvement in all matters related to reproductive health issues  e.g. family planning 
  4. Promotes prompt treatment and detection of life threatening cases throughout  reproductive life 
  5. It promotes safer sex practices and reduces the incidence of rampant sexual related abuses
  6. Reduces government expenditure on reproductive related health issues thus promotes  quality standard of living. 

Problems being faced during the implementation of Reproductive Health in Uganda 

The following are some of the problems being encountered during the implementation of  reproductive health services in Uganda; 

  1. Low socio-economic status (poverty): This is the major setback as many people in  Uganda live within poverty level which in turn makes them unable to access even the least  costly services. For instance, the Uganda Demographic Health Survey shows that  mortality rates are high in women from low socio-economic status as these women  are likely to be less privileged in the fields of nutrition, housing, quality education etc 
  2.  Improper/underutilization of the existing services: This can be attributed to several factors that lead to the improper or inadequate use of the existing services. These factors include: Lack of Awareness and Education, Stigma and Cultural Barriers, Limited Access to Services, Cost and Affordability, e.t.c
  3. Delivery of substandard care i.e. when the care provided is below the generally  accepted level available at that particular coupled up shortages of resources and under-equipped facilities 
  4. Lack of communication and referral facilities: This could be due to poor coordination  between lower health facilities with the higher ones backed-up by geographical  barriers, transport means like ambulances etc. 
  5. Poor cultural perspectives on reproductive health; variety of cultural practices are the  basic obstacles to Reproductive Health Services for instance, female genital  mutilation, early marriages, denying women to eat certain foods etc. 
  6. Lack of awareness by the community on issues related to reproductive health.
  7. Inadequate supply of resources related to reproductive health. This therefore makes  the little existing services disproportionately consumed by the overwhelming  individuals who visit the health Centers. 
  8. Inadequate skilled staff  specially trained on issues pertaining reproductive health.  The number of skilled staff to deliver various Reproductive Health Services in  Uganda is appalling as compared to the number of clients who desperately need the  scarce services. 
  9. Improper evaluation and supervision of reproductive health services to ascertain its  progress and successes .
  10. Lack of support from men, opinion leaders and development partners as they are  considered change agents in the community 
  11. Misappropriation and embezzlement of funds specially designed to facilitate  reproductive health services.

Ways through which Reproductive Health Services can be improved in Uganda.

It is a coordinated long term effort within the families, opinion leaders, communities, and health systems.

It also involves the national legislation and policies where action may vary in respect of an individual, and the government ought to make Reproductive Health a priority of public concern and to periodically evaluate the program to ascertain the successes.

1. Quality Obstetric and Referral Services: Upgrade facilities, ensure ongoing training for healthcare providers.

2. Decentralization of Services: Establish satellite clinics in underserved areas. Work with local governments to set up and manage decentralized clinics, ensuring accessibility for rural populations.

3. Empowerment and Education: Promote women’s education and economic opportunities. Collaborate with educational institutions, NGOs, and businesses to create scholarship programs and vocational training.

4. Community Sensitization: Conduct community workshops, health talks, and media campaigns. Engage local influencers, utilize community radio, and distribute informational materials.

5. Improving Standard Delivery of Care: Organize regular refresher courses for healthcare personnel. Establish a training calendar, facilitate workshops, and provide resources for continuous learning.

6. Proper Utilization of Services: Develop outreach programs and streamline service information. Engage community health workers for door-to-door awareness, and utilize digital platforms for service updates.

7. Discouraging Cultural Practices: Advocate for and enforce legislation against harmful practices. Collaborate with legal authorities, NGOs, and community leaders to raise awareness and enforce laws.

8. Penalization for Misuse of Funds: Institute transparent financial monitoring systems. Regular audits, community involvement in financial oversight, and legal consequences for mismanagement.

9. Male and Community Engagement:  Establish community support groups, involve men in awareness campaigns. Conduct community meetings, involve male leaders in reproductive health initiatives, and celebrate positive male involvement.

Introduction to Reproductive Health Read More »

DOMICILIARY CARE

DOMICILIARY CARE

DOMICILIARY CARE

Domiciliary care is an obstetric care given to a mother in her home during pregnancy, labour and puerperium.

Types of Domiciliary Care

  1.  Type one domiciliary midwifery care “continuity:; In this type the woman is cared for in her home all through during antenatal period delivery and postnatal care. The woman will only visit a health unit or hospital only when there is a problem that requires specialized care or more gadgets to be used. This care is known as continuity of care or fragmented care. In this case one midwife provides all the care to the woman.
  2.  Type two, community, integrated or centralized care; In this care service is integrated (mixed) in a way that part of the care may be given at home and some in the health setting like a hospital. Usually antenatal or delivery may be offered in the hospital and puerperium period managed at home. This is the type of care that student midwives and nurses offer as part of their midwifery part two and is compulsory for them.
  3.  Employee or independent practitioner in domiciliary; This is a type of care in which a midwife practices as a private midwife in the community but not necessarily on one woman. The midwife may have a maternity Centre for all or part of the care or she may combine it with one to one community midwifery care. This is the commonest type of domiciliary care in Uganda.

Forms of Domiciliary Care
Characteristics of patterns of domiciliary care depend on a number of factors and these can be:

  • Decision of the midwife
  • Decision of the woman / family
  •  Location and nature of community
  •  Availability of basic requirements for domiciliary care

Objectives of Domiciliary Care.

  1.  Domiciliary midwifery care  to take midwifery near to the community thus increasing accessibility to services

  2.  To encourage full participation and involvement of male partners and family members in the birth process so as to get their full support

  3.  To reduce on maternal / infant morbidity and mortality as the midwife has less workload and concentrates on one woman.

  4.  To reduce on hospital/health facility over crowding

  5.  To promote midwife-mother relationship and mutual understanding between the woman and the midwife.

Domiciliary Care given by midwives
  1.  Care before conception
    >   Health education to young girls on good nutrition and hygiene
    >   Teaching young girls about life skills
    >    Immunization of young girls with tetanus toxoid
    >    Counselling adolescents on reproductive health and other social issues
  2.  Care during pregnancy
    >   Immunization
    >   Antenatal check ups
    >   Treatment of minor problems.    >   Health education on problems in pregnancy
  3. Care during labour
    >   Care of mother in Labour
    >   Use of partograph to monitor labour
    >   Delivering of the baby
    >   Infection prevention
  4. Care after delivery
    >   Immunization
    >   Care of mother and baby
    >   Postnatal exercises
    >   Family planning

Advantages of Domiciliary Services.

  • Domiciliary services promotes midwife – mother relationships and thus minimizing fears and phobias of childbirth
  • It promotes continuity of care and close supervision of the mother thus – contributing to the reduction of maternal / infant morbidity and mortality
  •  Increases access to health services as the woman is found in her home instead of herself looking for the services
  •  Domiciliary is cost effective to a certain level as only relevant care will be given to individual women and at the same time the woman will continue her responsibilities especially supervision of the home
  •  It gives peace of mind to the mother, husband children and other house members because the woman remains at home
  •  It promotes woman centered care including choice control over services rendered and also encourages continuity of care.
  •  It promotes privacy and security and respect the mother with less interference and exposure
  • Promotes good communication and openness. Only relevant information is given to the mother and her family. As the midwife knows the woman personally, she understands better their concerns, lives, and challenges and assists them accordingly.
  •  Promotes autonomy to the midwife and there is job satisfaction
  •  It promotes creativity, problem solving skills and maturity in service with good experience.
 

Brief History of Domiciliary Care

 Throughout the ages, women have depended upon a skilled person, usually another woman to be with them during child birth
 In United Kingdom, the midwives skills are increasingly valued and midwives are being urged to expand their role even further in the field of public health.

  • In Uganda in 1960’s(May 1968), this is when the midwife would look after the mother in the home environment.  Midwives would do antenatal care, deliver mothers in their own homes and continue to give post natal care in the mother’s home.
     >    This would also give opportunity for the midwife to give health education to the other family members.
    >     In the 1970s when the political system in Uganda changed, leading to a lot of insecurity, the midwives stopped delivering mothers at home  and instead delivered mothers in hospitals and maternity units. Then the midwives continued to nurse the mothers and their babies at the mother’s home.
     > These services have continued today and are being practiced by Private Midwives and the student midwives who are undertaking Registered Midwifery Course of Diploma in Midwifery Course.
Types/ Groups of mothers Needing Domiciliary care
  • Group 1: Women with less risk of getting complications
    Women who have ever delivered one baby but have not exceeded five – that is gravid two to four.
    This group of women if they did not experience any major complication in pregnancy labour and puerperium, can be care for in the community throughout, pregnancy labour and puerperium
  • Group 2: These are the women who are suspected of developing a complication, though they may not develop them at all. For examples: primigravida – pregnant for the first time,
    Grand multi para – has delivered more than four times, short women- less than 152cm high, women with previous complications that are likely to occur again e.g. cord prolapsed.
    This group of women may be cared for only for antenatal or delivery and puerperium depending on other factors as detected on history and assessment.
  • Group 3: These are the high Risk Mothers, women who come with obvious complications, or are highly suspected of developing various complications. Examples: Multiple pregnancy – those with medical conditions like cardiac diseases, diabetes mellitus, sickle cell disease.

Common Drugs used in Domiciliary 

  •  Ergometrine
  •  Ferrous sulphate
  •  Folic acid
  •  Panadol
  •  Chloroquine

How Domiciliary is carried out.

  •  Booking

A mother who has to be booked must be with the following
>  Must be normal with no risk factors like CPD,
>  Grande multi parity, multiple pregnancy

  •  Home delivery

The following must be put in consideration
(a).   Well ventilated home without without overcrowding
(b).   Clean house, good hygiene in and around the house
(c).   The house should have more than 4 bedrooms, toilets
and kitchen
(d).   The floor must be cemented
(e).   There must be tap water
(f).   There must be easy means of boiling water

  •  Enough equipment especially for the mother and baby(bathing)
  •  Husband and wife should be willing for the care
  •  The distance from the home to hospital should be less than 2 miles.
QUALITIES OF A MIDWIFE

In normal circumstances the midwife should be a qualified senior student midwife with enough knowledge
(a)  She must create a friendly relationship between her, the mother and family
(b)   She must remember that she does not belong to the family and is only a guest so she must adopt her behavior in relation to the family routine
(c)   No commands or orders should be given but advices, the midwife should be flexible
(d)   She should show interest in the family
(e)   Avoid embarrassing the mother in the family

(f)   She has to apply her professional code of conduct and stay in the home only as a midwife
(g)   Quick and correct judgment has to be applied in providing the best care expected

DOMICILIARY BAGS

The midwife must be equipped with the following

  •  Sphyginomanometer
  •  Stethoscope
  •  Urine testing strips
  •  Clinical thermometer
  •  Spirit for baby’s cord
  •  Swabs in the gallipot and cord ligatures
  •  Receivers, dissecting forceps, artery forceps, scissors
  •  Antiseptic lotion
  •  Plastic apron and tape measure
  •  Drugs like Panadol, and iron tablets

 

Care

Here in Uganda a mother is delivered in the hospital then cared for in her home for seven day including the 1st days in the hospital

ANTENATAL CARE
Normally a mother is booked on her 1st visit at 12wks.It should be during this time when the midwife inspect the home of the mother until the mother is delivered in the hospital and cared for the first 2 days and  then 5 days at home

PUEPERIUM
During puerperium the midwife continues to visit the mother daily at her home. If there is any indication of complication arising of the mother requires extra supervision and support additional visits will be made
The midwife observes the mother’s general condition both mentally and physically, ask her how she is feeling. Inquire about the baby particularly feeding, sleeping, passage of urine and stool.

If the mother appears stressed, depressed, or anxious about the baby or any other problem. The midwife should sit, listens and responds. The time spent listening and discussing problems with the mother invariably of great value to her wellbeing
The midwife inquires whether the mother is sleeping and eating well passing urine without difficult or discomfort and has had a bowel action.
She take the mothers vitals and carries out a full postnatal examination of the breast, abdomen to palpate the uterus, vulva to inspect lochia and perineum.

Any abnormality detected should be discussed with the mother and appropriate advice is given. Postnatal exercises are taught on the first day after delivery and the mother is encouraged to practice them dairy throughout puerperium
On the first postnatal visit the midwife usually assists the mother to bath there after the mother should have a bath on her own should be twice or more daily, mother should be advised to change her pads frequently.

Adequate rest and sleep are essential and though ambulating is good but the mother should rest and sleep at appropriate time each day.
The mid wife performs a daily examination on the baby and shows the mother how to bath and dress the baby and attend to the cord.

 

  • > She observes its general condition,  examine him from head to toe observing the skin, eyes, mouth and cord for any signs of infection or any abnormality.
  • > Stool should be observed and the passage of urine.
  • > Baby should be observed whether breastfeeding well
  • > At the last visit, the mid wife advises the mother when to go back to postnatal clinic and the baby to health clinic.
  • > Health educate and demonstrates to the mother the postnatal exercises. 

DOMICILIARY CARE Read More »

PARTOGRAPH

PARTOGRAPH

PARTOGRAPH

Partograph is a graph or tool used to monitor fetal condition, maternal condition and labour progress during the active 1st stage of labour so as to be able to detect any abnormalities and be able to take action.
It’s only used during 1st stage of labour. It is used for recording salient conditions of the mother and the fetus.

USES OF A PARTOGRAPH

  1. To detect labour that is not progressing normally.
  2. To indicate when augmentation of labour is appropriate.
  3. To recognize CPD when obstruction occurs.
  4. It increases the quality of all observations on the mother and fetus in labour.
  5. It serves as an “early warning system”
  6. It assists on early decision of transfer and augmentation.

Who should not use a partograph?

  • Women with problems which are identified before labour starts or during labour which needs special attention.
  • Women not anticipating vaginal delivery (elective C/S).

Parts of a Partograph

A partograph has 3 parts i.e. –

  • Fetal part
  • Maternal part
  • Labour progress part

Observations charted on a partograph:

  1. The progress of labour
    >  Cervical dilatation 4 hourly
    >  Descent 2 hourly
    >  Uterine contractions
  2. Fetal condition
    >  Fetal heart rate ½ hourly
    >  Membranes and liquor 4 hourly
    >  Moulding of the fetal skull 4 hourly.
  3.  Maternal condition
    >  Pulse ½ hourly
    >  Blood Pressure 2 hourly
    >Respiration and >  temperature 4 hourly
    Urine; – volume 2 hourly, acetone, proteins and sugars.
    >  Drugs
    >  I.V fluids 2 hourly and Oxytocin regimen.
Starting a partograph:
  • The partograph should be started only when a woman is in active phase of labour.
  • Contractions must be 1 or more in 10 minutes.
  • Cervical dilatation should be 4cm or more.
FETAL CONDITION
  1. Fetal heart;
    It is taken 1/2 hourly unless there is need to check frequently i.e. if abnormal every 15 minutes and if it remains abnormal over 3 observations, take action. The normal fetal heart rate is 120-160b/m. below 120b/m or above 160b/m indicates fetal distress.
  2. Molding;
    This is felt on VE. It is charted according to grades.
    State of moulding                                         Record
    Absence of moulding.                                     (-)
    Bones are separate and sutures felt   (0)
    Bones are just touching each other   (+)
    Bone are over lapping but can be Separated (++)
    Bones are over lapping but cannot be separated (+++)
  3. Liquor amnii;
    This is observed when membranes are raptured artificially or spontaneously.
    It has different colour with different meaning and meconium stained liquor has grades.
    State of liquor Record
    Clear (normal)     (C)
    Light green in colour (m+)       Moderate green, more slippery       (m++)      Thick green, meconium stained   (m+++)       Blood stained    (B)
  4. Membranes;State of membranes  Record
  • Membranes intact    (I)
  • Membranes raptured   (R)
LABOUR PROGRESS

5. Cervical dilatation,
The dilatation of the cervix is plotted with an “X”. Vaginal examination is done at admission and once in 4 hours. Usually we start recording on a partograph at 4cm.
Alert line starts at 4cm of cervical dilation to a point of expected full dilatation at a rate of 1cm per hour
Action line– parallel and at 4 hours to the right of the alert line.

6. Descent of presenting part.
Descent is assessed by abdominal palpation. It is measured in terms of fifths above the brim.
The width of five fingers is a guide to the expression in the fifth of the head above the brim.
A head that is ballotable above the brim will accommodate the full width of five fingers.
As the head descends, the portion of the head remaining above the brim will be represented by fewer fingers.
It is generally accepted that the head is engaged when the portion of the head above the brim is represented by 2 or less fingers.
Descent is plotted with an “O” on the graph

7. Uterine contractions This is done ½ hourly for every 30 minutes. The duration, frequency and strength of contraction is observed. Observe the contractions within 10 minutes.

-Mild contractions last for less than 20 seconds.
-Moderate contractions last for 20-40 seconds.
-Strong contractions last for 40 seconds and above.
When plotting and shedding contractions use the following symbols.
Dots for mild contractions
Diagonal lines for moderate contractions
Shade for strong contractions

MATERNAL CONDITION
  1. Pulse; this is checked every 30 minutes. The normal pulse is 70-90b/min.
    The raised pulse may indicate maternal distress, infection especially if she had rapture of membranes for 8-12 hours and in case of low pulse, it can be due to collapse of the mother.
  2. Blood pressure; it is taken 2 hourly. The normal is 90/60-140/90mmHg. Any raise of 30mmHG systolic and 20mmhg diastolic from what is regarded as normal or if repeated over 3 times and remains high, test urine for albumen to rule out pre-eclampsia.
  3. Temperature; this is taken 4 hourly. The normal range is between 37.2 0 c to 37.5 0 c. Any raise in temperature may be due to infections, dehydration as a sign of maternal distress or if a mother had early rapture of membranes.
  4. Urine; the mother should pass urine atleast every after 2 hours and urine should be tested on admission.
  5. Fluids; she should be encouraged to take atleast 250-300 mls every 30 minutes. Any type of fluid can be given hot or cold except alcohol. The fluid should be sweetened in order to give her
    strength.
Further management in the normal 1st stage of labour
 Nursing care
  1. Emotional support:

Midwife should rub the mothers backto relieve pain.
Allow the mother to move around or sit in bed if membranes are still intact.
Re-assure the mother and keep her informed about the progress of labour to relieve anxiety.
Allow her to talk to relatives and husband.
Allow her to read or do knitting.

2. Nutrition;
Encourage mother to take light and easily digested food like bread, soup and sweet tea to rehydrate her and provide energy.

3. Elimination;
Taking care of the bladder and bowel. Encourage mother to empty bladder every 2 hours during labour. Every specimen is measured and tested for acetone, albumen, sugars and findings interpreted and recorded.
Pass catheter if mother is unable to pass urine.

4. Personal hygiene;
Allow mother to go for bath in early labour or on admission if condition allows. If membranes rapture, give a clean pad and ask mother to change frequently to prevent infections.
VE should be done only after aseptic technique.

5. Ambulation and position:
In early labour, mother is encouraged to walk around to aid descent of presenting part.
During contractions, ask mother to lean forward supporting herself on a chair or bed to reduce discomfort.
Allow mother to adopt a position of her choice except supine position.
Mother should be confined to bed when membranes rapture in advanced stage of labour.

6. Prevention of infections
Strict aseptic technique should be maintained when doing a VE and vulval swabbing.
When membranes rapture early, vulval toileting should be done 4 hourly to reduce the risk of infections. Put mother on antibiotics to avoid risk of ascending infections in early raptured of membranes.
Frequent sponging is done, bed linen changed when necessary when a mother is confined in bed.
The midwife should pay attention to her own hygiene and be careful to wash her hands before and after attending to the mother.

7. Sleep and rest
Mother is encouraged to rest when there is no contraction (rest in between contractions).

What to report
  • Abnormality found in urine.
  • Failure to pass urine.
  • Rise in temperature, pulse and BP.
  • Hypertonic uterine contractions.
  • Rapture of membranes with meconium stained liquor grade 2 and 3.
  • Failure of presenting part to descend despite good uterine contractions.
  • Tenderness of abdomen.
  • Bleeding per vagina.
  • Fall in BP.
  • Raise in fetal heart rate.
Complications
  • Infections
  • Early rapture of membranes
  • Cord prolapse
  • Supine hypotensive syndrome
  • Fetal distress
  • Maternal distress
  • APH
  • PET and eclampsia
  • Prolonged labour
  • Obstructed labour

PARTOGRAPH Read More »

MINOR DISORDERS OF PREGNANCY

MINOR DISORDERS OF PREGNANCY

MINOR DISORDERS OF PREGNANCY

These are referred to as minor because they are not life threatening.
The causes can be;-

  • Hormonal changes
  • Accommodation changes
  • Metabolic changes and
  • Postural changes
DIGESTIVE SYSTEM
Nausea and vomiting (morning sickness)

This is due to hormonal changes progesterone and Oestrogen and high level of HCG, it occurs from 4-16 weeks. This decreases when the placenta fully takes over.
Management
-Light snacks
-Carbohydratesnack like cassava, a hard crackers
-Avoid sweet things
-Coming out of the bed slowly.

Heart burn

Burning sensation in the media sternal region progesterone relaxes the cardiac sphincter and allows reflux of gastric contents into esophagus most troublesome between 30-40 weeks, because of pressure on stomach from growing uterus.
Management
-Avoid bending
-Small frequent meals
-Sleeping with more pillows
-Persistent heart burn antiacids like magnesium triscilicate.

Excessive salivation (ptyalism)

From 8 weeks, hormones are thought to be the cause. It may accompany heart burn. Counseling is helpful.

Constipation

Progesterone cause relaxation of the plain muscles and decreased peristalsis of the gut.
Management
-Increased intake of water, fresh fruit, vegetables and whole meal foods in diet.
-Glass of warm water in the morning, before tea and breakfast may activate the gut.
– Exercise can be helpful especially walking.
Aperients are only considered as a last resort.

Pica

This is when a mother craves for certain foods or unnatural substances.
The cause is unknown but hormones and changes in metabolism are attributed to it.

MUSCULO SKELETAL SYSTEM

This can be due to hormones Relaxin. Discuss with woman and let her be aware, it will disappear after delivery.

Leg cramps

Cause of leg cramp in pregnancy is unknown may be due to ischemia or a result from changes in PH or electrolyte status.
Management
-Mother to dorsiflex the foot and raise foot of bed.
-Gentle leg movement before sleeping at night.
-Others-use of vit B complements and calcium.

Backache

The weight of the pregnant uterus and altered posture increase susceptibility which is exacerbated by progesterone and Relaxin causing relaxation and softening of ligaments of the pelvis.
Management
-Avoid high heeled shoes.
-Sit on a comfortable chair or support the back on a wall while seated.
-Have extra rest during the day.

CIRCULATORY SYSTEM
Fainting

In early pregnancy, it may occur due to vasodilation under the influence of progesterone before there has been a compensatory increase in the blood volume.
Management
-Avoid long standing periods.
-Quickly sit or lie down if feels slightly faint,
-Mother should avoid lying on her back except during abdominal examination.

Vericose veins

-Progesterone relaxes smooth muscles of veins and results in sluggish circulation. Varicose veins may occur in legs, anus and vulva.
Management
During pregnancy
-Support tights increase comfort eg stockings.
-Avoid constipation.
-A sanitary pad may give support.
-Use a crepe bandage on affected leg from below upwards before getting out of bed in the
morning and remove it at night.
-The affected leg should be elevated when resting.
-Advise mother to see the doctor if varicose veins appear on the vulva.
-In case of severity, book mother for hospital delivery since they can easily rapture and cause severe bleeding.
During labour
-Inform doctor.
-Take off blood for Hb, grouping and x-matching.
-Be careful when shaving the vulva and when performing an episiotomy.
-Sedatives are given to prevent premature pushing.

Hemorrhoids

These are veins of the vulva or rectum and they usually occur due to constipation. They can be painful, edematous and ulcerative.
Management
-Advise mother on diet to avoid constipation.
-Use cold compress gently on the area.
-Doctor may order analgesic like anusol.

Heart palpitations

This occurs due to increased functioning of the heart to meet the demands of the growing fetus and mother.

NERVOUS SYSTEM
Carpal tunnel syndrome

The mother complains of numbness, pins and needles in her fingers and hands.
It’s caused by fluid retention which causes oedema and pressure on the median nerve by compressing it.
Management
-Wearing a splint at night and rising hands on a pillow at night.
-If it persists, refer to doctor who will give diuretics.

Insomnia

This is failure to get sleep and may be caused by worries, anxiety and it shouldn’t be taken lightly.
Emotional instability
Hating, irritation, loving i.e. willing to stay closer to partner.

GENITAL URINARY SYSTEM
Leucorrhoea

This is increased, non- irritant, vaginal discharge.
Management
-Ensure hygiene if distressing.
-Wear cotton under pants for easy absorption.

Frequency of micturition

This occurs in early pregnancy when the growing fetus is still in the pelvic cavity and late pregnancy when the PP descends and competes for space needed by bladder.

INTEGUMENTARY SYSTEM
Itching of the skin

This can be due to Striae gravidurum, poor hygiene, heat rash and minor skin rashes.
Management
-Wear cotton clothes which are non-irritating.
-Advise on personal hygiene.
-Apply calamine lotion in case of skin rash.

Disorders which require immediate action

  • Vaginal bleeding.
  • Reduced fetal movements.
  • Frontal or recurrent headache.
  • Sudden swelling or oedema.
  • Early rapture of membranes.
  • Premature onset of contractions
  • Maternal exhaustion at whatever extent.
  • Fits.
  • Excessive nausea and vomiting.
  • Epigastric pain.

MINOR DISORDERS OF PREGNANCY Read More »

PHYSIOLOGY OF PREGNANCY

PHYSIOLOGY OF PREGNANCY

PHYSIOLOGY OF PREGNANCY

These are normal natural changes that occur in the body due to pregnancy. These result mainly from alteration of hormones and metabolism.

CHANGES IN THE ENDOCRINE SYSTEM
  1. Hormonal changes:
    The placenta produces several hormones which cause a number of physiological changes.
    Successful physiological adaptation of pregnancy is due to alterations in hormone production by the maternal endocrine system and the trophoblast.
  2.  Human chorionic gonadotrophic hormone.
    It is produced by the trophoblast. H.C.G levels increase rapidly in early pregnancy, maximum levels being attained at 8-10 weeks of gestation. The main function of HCG is to maintain the
    corpus luteum in order to ensure secretion of progesterone and Oestrogen until placental production is adequate after 10-12 weeks after which concentration of HCG gradually decreases until it has completely disappeared 2 weeks after birth.
  3.  Progesterone hormone;
    This is produced mainly in the corpus luteum. Its function is to thicken the decidua in order to receive a fertilized ovum. It helps to increase the glandular tissue, ducts of the breasts and muscle
    fibres of the uterus.
  4.  Oestrogen;
    It causes growth of the uterus and duct system of the breasts in pregnancy. It is excreted in urine and amount present indicates fetal wellbeing.
  5.  Relaxin hormone;
    During the last weeks of pregnancy, it acts on ligaments and joints producing the “give” of the pelvis. It is also produced by decidua and the trophoblast to promote myometrium relaxation and
    may play a role in cervical ripening and rapture of membranes.
  6. HPL ( human placental lactogen): It stimulates the growth of breasts and has lactogenic properties that affect a number of metabolic changes. These changes brought about by HPL ensure that glucose is readily available for body and brain growth in the developing fetus, and protects against nutritional deficiencies.
  7. Pituitary hormones: The follicle stimulating hormone and L.H are suppressed by the high levels of Oestrogen and progesterone. The adrenal gland increases only slightly in size during pregnancy due to hypertrophy and widening in glucocorticoid area which suggests increased secretion of hormones.
  8. Thyroid function: In normal pregnancy, the thyroid gland increases due to hyperplasia of glandular tissue and increased vascularity. There is normally an increased uptake of iodine during pregnancy which may be to compensate for renal clearance of iodine leading to reduced level of plasma iodine.
CHANGES IN THE REPRODUCTIVE SYSTEM
CHANGES IN THE UTERUS:

It stretches and expands to accommodate and nurture the growing fetus. This occurs in the
myometrium. The body grows to provide a nutritive and protective environment in which the fetus will develop and grow.

Uterine muscle layers;
1. Endometrium;
– Menstruation stops.
-It becomes the decidua during pregnancy.
-It becomes thick, soft, spongy and readily supplied with blood.

. Myometrium.

  • The enlargement of the body of the uterus is due to 2 factors.
    1. The actual muscle fibres enlarge increasing in length about 10 times and in width about 3 times.
    This process is called hypertrophy (increase in size).
    2. The new muscle cells make their appearance and grow alongside the original muscle cells. This process is called hyperplasia (increase in number).
    The size; as pregnancy advances, the uterus grows from its normal size. The length being 7.5cm,
    width 5cm and thickness 2.5cm. So it becomes 30cm in length, 23cm in width and 20 cm in
    thickness. The weight increases from 60g to 960g.
    The shape; Health growth of the uterus requires adequate space to accommodate the growing fetus, increasing amount of liquor and placental tissue. After conception, the uterus enlarges
    because of Oestrogen. At the beginning of pregnancy, it is pear shaped organ, at the end of 12 weeks, it is globular, from 12-38weeks its oval shaped and when lightening takes place after 38weeks, it turns back to globular.

Muscle layers of the myometrium;

  1.   Outer most longitudinal layer,
    This layer begins in the anterior wall of the upper uterine segment, passes over the fundus and down the posterior wall. It is by contraction and retraction of this muscle layer that the fetus is expelled from the uterus during labour.
  2. Middle oblique layer,
    In this case, muscles are arranged in criss cross manner; the muscle cells surround the blood vessels in the figure of 8 pattern. After separation and expulsion of the placenta, they compress the blood vessels and help to prevent PPH. They are sometimes referred to as living ligatures.
  3.   Inner circular layer,
    This is the weakest of the 3 layers, the muscle fibres pass transversely around the uterus. They are more developed around the cervix, lower uterine segment and the fallopian tubes. They help in cervical dilatation.

3. The perimetrium;
This is the layer of the peritoneum which does not totally cover the uterus, its deflexed over the bladder anteriorly to form the utero vesicle pouch and posteriorly forming pouch of Douglas. After 12 weeks, the uterus rises out of pelvis and becomes an abdominal organ. It loses its ante-version and ante flexed position and becomes erect and leans on its axis on the right.

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CLINICAL OBSERVATIONS OF THE GROWING UTERUS
  • At 12 weeks

The uterus is out of the pelvis and becomes upright; it is no longer anteverted and ante flexed. The uterus is palpable just above the symphysis pubis and is about the size of a grape fruit.

  • At 16 weeks

Between 12 and 16 weeks, the fundus becomes dome shaped. As it rises, it rotates to the right (dextrorotation) due to the recto sigmoid colon in the left side of the pelvis and exerts tension on the broad and round ligaments.
The conceptus has grown enough to put pressure on the isthmus causing it to open out so that the uterus becomes more globular in shape.

  • At 20 weeks

The fundus of the uterus may be palpated at the level of the umbilicus. The uterus becomes more rounded around the fundus.

  • At 30 weeks

The fundus may be palpated midway between the umbilicus and ximphoid sternum. Enlarging uterus displaces the intestines laterally and superiorly. Abdominal wall supports the uterus and maintains the relationship btn the long axis of the uterus and axis of the pelvic inlet.
In supine position, the uterus falls back to the vertebral column, aorta and inferior venacava.

  • At 36 weeks

By the end of 36 weeks, the enlarged uterus fills the abdominal cavity. The fundus is at the tip of the ximphoid cartilage.

  • At 38 weeks

Between 38 and 40 weeks, there is increase in smoothening and softening of the lower uterine segment. Uterus becomes more rounded with a decrease in fundal height. The reduction in fundal height is known as lightening.

Changes in blood supply: The uterine blood vessels increase in diameter and new vessels develop under the influence of Oestrogen. Blood supply to the uterine and ovarian arteries increases to about 750ml/ min at term to keep pace with its growth and meet the needs of the functioning placenta.

Changes in the fallopian tubes: On either side are more stretched out and are more vascular in pregnancy. Uterine end of the tube is usually closed and fimbriated end remains open.

Changes in the isthmus;
It softens and elongates from 7mm to23mm and forms the lower uterine segment during late pregnancy.

Changes in the ovaries:
The follicle- stimulating hormone {FSH} ceases its activity due to the increased levels of estrogen and progesterone secreted by the ovaries and corpus luteum .This prevents ovulation and menstruation. As the uterus enlarges, the ovaries are raised out of the pelvis. Also both ovaries are enlarged due to increased vascularity and become edematous particularly that containing the corpus luteum.
The corpus luteum enlarges during early pregnancy and may even form a cyst on the ovary. The corpus luteum produces progesterone to help maintain the lining of the endometrium in early pregnancy. It functions until about the 10th and 12th week of pregnancy when the placenta is capable of producing adequate amounts of progesterone and estrogen. It slowly decreases in size and function after the 10th to 12th week.

Changes in the cervix:
It remains tightly closed during pregnancy, providing protection to the fetus and resistance to pressure from above when the woman is in standing position. There is slight growth on the cervix during pregnancy, it becomes softer and this is due to increased vascularity and relaxing effects of hormones.
Under the influence of progesterone racemose glands secrete thicker and more viscous mucus which fills the cervical canal and prevents entry of infection in the uterus. The plug of mucous is called opeculum
Towards the end of pregnancy or at the onset of labour the cervix becomes part of the lower uterine segment, this is called effacement of the cervix. The external os of the cervix also admits a finger. A short softened cervix or os which admits the tip of a figure at term is referred to as ripe cervix.

Changes in the vagina:
The muscle layer hypertrophies and capacity of vagina increases and it becomes more elastic allowing it to dilate during 2 nd stage.
The epithelium becomes thicker with increased desquamation of the superficial cells which increase the amount of normal white virginal discharge known as leucorrhea. The epithelial cells have high glycogen content. The cells interact with Do-derlein’s bacillus and produce a more acidic environment providing extra degree of protection against some organism and increasing susceptibility to others such as candida albicans. The vagina is more vascular and appears violet in colour.

Changes in the vulva:
The vulva appears bluish in colour due to increased vascularity and pelvic congestion.

Breast changes:
-In early pregnancy, breasts may feel full or tingle and increase in size as pregnancy progresses.
-The nipples become more erectile.
– The areolar of the nipples darken and the diameter increases.
– The sebaceous glands become the Montgomery’s tubercles which enlarge and tend to
protrude. They secrete sebum to lubricate the breast throughout pregnancy and breast feeding.
– The surface vessels of the breast become visible due to increased circulation and turns to bluish
tint on the breasts.
-A little clear, sticky fluid(colostrum) may be expressed from the nipples after the 1 st trimester
which later becomes yellowish in colour.

Changes in the cardiovascular system

The heart
Due to increased work load, the heart hypertrophies particularly in the left ventricle. The uterus pushes the heart upwards and to the left. Heart sounds are changed and murmurs are common.
The cardiac output is increased by 40%. The heart rate increases by an average of 15 beats per minute. The stroke volume increases from 64 to about 71mls.

Effect on blood pressure
During the first trimester, blood pressure remains almost constant. BP drops in 2 nd trimester due to hormone progesterone which causes vasodilation. It reaches its lowest level at 16-20 weeks and towards term, it returns to the level of the first trimester. The decrease may lead to fainting.
Supine position should be avoided in pregnancy as it leads to supine hypotensive syndrome due to compression of the inferior venacava thus reducing venous return. Poor venous return in late pregnancy may lead to oedema in lower limbs, varicose veins and hemorrhoids.

Blood flow
Blood flow increases to uterus, kidneys, breasts and skin but not to liver and brain. Utero placental blood flow increases by 10-15% about 75mls per minute at term. Renal blood flow increases by 70-80%.

Blood volume
Increase in blood volume varies according to the size of the woman, number of pregnancies she has had, parity and whether the pregnancy is singleton or multiple.
The total blood volume increases steadily from early pregnancy to reach a maximum of 35 to 45% above the non- pregnant level. A higher circulating volume is required for the following;
-To provide extra blood flow for placental circulation.
-To supply the extra metabolic needs of the fetus.
-To provide extra perfusion of kidneys and other organs.
-To compensate for blood loss at delivery.
-To counterbalance the effects of increased venous and arterial capacity.

Plasma volume
Increases by 40% where the red cell mass decreases by 20%leading to haemodilution (physiological anaemia). These changes begin at 6-8weeks of pregnancy. The acceptable Hb level in pregnancy is 11-12g/dl.

Iron metabolism
Iron of about 1000g is needed. 500g is to increase the red cell mass, 300g to fetus and 200g for daily iron compensation. In normal pregnancy, only 20% of ingested iron is absorbed. The purpose of iron supplementation is to prevent iron deficiency anaemia not to raise Hb level.

Plasma protein
During the 1st 20 weeks of pregnancy, plasma protein concentration reduces due to increased plasma volume. This leads to lowered osmotic pressure leading to oedema of lower limbs seen in late pregnancy. In absence of disease, moderate oedema is termed as physiological oedema.

Clotting factors
Fibrinogen 7,8,9 and 10 increase leading to a change in coagulation time from 12 to 8 minutes.
The capacity of clotting is increased in preparation to prevent PPH after separation of the placenta.

White blood cells.
These are slightly increased during pregnancy, from 700mm to 10500mm during pregnancy and up to 1600mm during labour. The total count cells rises from 8 weeks and reaches a peak at 30 weeks of gestation. This is mainly because of the increase in the number of neutrophils, polymorphs, nucleus, leucocytes, monocytes and granulocytes are active and efficient phagocytes.

Erythrocytes.
They decrease during pregnancy from 4.5million to 3.7million.

HB.
HB concentration falls from 14g/dl; a falling HB is a physiological. The total iron requirements of pregnancy where as a high HB level can be assign of pathology. The total requirements of
pregnancy is averagely 1000g ,about 500gare required to increase the red cells mass and about 300g are transported to the fetus mainly in the last weeks of pregnancy . The remaining 200g are needed to compensate for insensible loss in skin, stool and urine.

RESPIRATORY SYSTEM.

The basal metabolism rate is increased and the volume of air which enters and leaves the lungs during the normal respiration becomes slightly increased. This is because of increased oxygen consumption by the fetus and the work of maternal heart and lungs.
In the late pregnancy the ribs flare out inhibiting the capacity of the thoracic cavity to expand, the enlarging uterus elevates the diaphragm up wards and compresses the lower lobes of the lungs

CHANGES IN THE URINARY SYSTEM

Renal blood flow and glomerular filtration rate increases by 50%.
There is frequency of micturition in early and late pregnancy. Ureters become elongated and kinked due to progesterone hormone and this results into urine stagnation hence increased favor to UTI in pregnancy.

CHANGES IN THE GIT

-The gums become edematous, soft and spongy and may bleed.
-Increased salivation(ptyalism) is common.
-Nausea and vomiting is common in 70% of the cases.
-Changes in taste becoming metallic.
-Craving for abnormal things like soil or plaster known as pica.
-Increased appetite in most women.
-Heart burn due to of stomach content from decreased space by growing uterus.
-There is reduced GIT motility leading to constipation.

Changes in metabolism
– There is increased metabolism to provide nutrients for the mother and fetus.
-Maternal weight, There is continuing weight increase in pregnancy which is an indication of fetal growth.

Weight gain in pregnancy is as follows;-
4kg in the 1 st 20 weeks(0.2kg/week)
8.5kg in the last 20 weeks(0.4kg/week)
12.5kg approximate total.

 

 

  Maternal Weight Gain (kg) Fetal Weight Gain (kg) Total Weight Gain (kg)
Uterus 1 1
Breasts 0.4 0.4
Fat 3.5 3.5
Blood Volume 1.5 1.5
Extracellular Fluid 1.5 1.5
Fetus 3.4 3.4
Placenta 0.6 0.6
Amniotic Fluid 0.6 0.6
Total 7.9 4.6 12.5

The following factors influence weight gain during pregnancy:

  1. Maternal oedema: Edema, or swelling, can affect weight gain as it involves the accumulation of excess fluid in the tissues of the body.

  2. Maternal metabolic rate: The metabolic rate of the mother can impact weight gain. A higher metabolic rate may result in increased energy expenditure and potentially lower weight gain.

  3. Dietary intake: The quantity and quality of the mother\’s dietary intake play a significant role in weight gain during pregnancy. Consuming a balanced and nutritious diet supports healthy weight gain.

  4. Vomiting or diarrhea: Frequent vomiting or diarrhea can lead to weight loss or inadequate weight gain during pregnancy. These conditions can affect nutrient absorption and overall caloric intake.

  5. Amount of amniotic fluid: The volume of amniotic fluid surrounding the fetus can contribute to weight gain. An increased amount of amniotic fluid may contribute to higher weight gain.

  6. Size of the fetus: The size and growth rate of the fetus can impact maternal weight gain. A larger fetus may result in increased weight gain during pregnancy.

  7. Maternal physical activity level: The level of physical activity and exercise undertaken by the mother can influence weight gain. Regular physical activity can help maintain a healthy weight during pregnancy.

  8. Maternal genetics: Genetic factors can influence an individual\’s predisposition to weight gain or weight retention during pregnancy.

CHANGES IN THE MUSCULO-SKELETAL SYSTEM

Progesterone and Relaxin lead to relaxation of pelvic ligaments, joints and muscles. The relaxation allows the pelvis to increase its capacity in readiness to accommodate the presenting part towards term and also during labour. The symphysis pubis and sacroiliac joints soften, the gait of the mother changes as the balance of the body is altered by the weight of the uterus. Allowing the pelvis to increase its capacity towards term is a process known as a give.

SKIN CHANGES

Increased activity of melanin-stimulating hormone from the pituitary causes varying degrees of pigmentation in pregnant women from the end of 2 nd month until term.The areas that are commonly affected are; areolar of the breasts, abdominal mid line, perineum and axilla. This is because of increased sensitivity of the melanocytes to the hormone or because of greater number of melanocytes in these areas.

  • -Linea nigra. This is a dark line that runs from the umbilicus to the symphysis pubis and may extend as high as the sternum. It is hormone induced pigmentation. After delivery, the line begins to fade though it may not ever completely disappear.
  • -Mask of pregnancy(Cloasma). This is the brownish hyper pigmentation of the skin over the face, fore head, nose, cheeks and neck. It gives a bronze look especially in black complexioned women.
  • -Striae gravidurum(stretch marks).
  • -Sweat glands. Activity of the sweat glands usually increases throughout the body which causes the woman to perspire more profusely during pregnancy.
  • – A rise in body temperature of 0.5 and increase in blood supply causes vasodilation and makes woman feel hotter.

PHYSIOLOGY OF PREGNANCY Read More »

NORMAL PREGNANCY

NORMAL PREGNANCY

NORMAL PREGNANCY

Normal Pregnancy refers to growth and development of a fertilized ovum and begins from when the ovum is fertilized until the fetus is expelled from the uterus.

Normally the fetus is expelled at term or 9 months or 40 weeks or 280 days.
If the fetus is expelled before 28 weeks, it is called an abortion and if fetus is expelled after 28 weeks but before 37weeks it’s called premature labour and if born after 42 weeks, the post- mature is used.

Pregnancy is said to be normal when;

  • The fertilized ovum is growing in the cavity of the uterus.
  •  One fetus is forming, one placenta and two membranes.
  •  There is about 1000-1500ml of liquor amnii.
  •  There is vertex presentation.
  •  There is no bleeding until show in first stage of labour.
  •  The mother should remain healthy with no serious disorders of pregnancy.

\"normal

SIGNS AND SYMPTOMS OF PREGNANCY

When a woman misses one or two menstrual periods, she may begin to suspect that she is pregnant, and in most cases, her intuition is correct with an accuracy of about 98%, especially if she has been experiencing regular menstruation.

The signs of pregnancy can be classified into three groups:

  1. Presumptive
  2. Probable
  3. Positive.
Presumptive signs:
  1. Amenorrhea: This refers to the absence of menstruation. A woman may report missing one or two periods, which can be a strong indicator of pregnancy. However, amenorrhea can also be caused by factors such as contraceptive use, changes in environment, prolonged illness, or emotional disturbances.

  2. Breast changes: Many women experience tingling and prickling sensations, as well as breast enlargement and tenderness. These changes are commonly associated with pregnancy.

  3. Morning sickness (nausea and vomiting): Approximately 30-50% of pregnant women experience morning sickness, which typically occurs between the 4th and 14th weeks of pregnancy. While other conditions can also cause nausea and vomiting, the combination of these symptoms with amenorrhea strongly suggests pregnancy. Morning sickness often subsides by the end of the first trimester.

  4. Increased frequency of urination: The growing uterus puts pressure on the bladder, leading to more frequent trips to the bathroom. This symptom is usually experienced before 12 weeks of pregnancy and tends to decrease once the uterus rises out of the pelvis at around 12 weeks.

  5. Skin changes:

    • Striae gravidarum: These stretch marks appear around the 16th week of pregnancy on the abdomen, thighs, and breasts.
    • Chloasma (mask of pregnancy): Some women develop patches of darkened skin on the face.
    • Linea nigra: A dark line may darken and appear both above and below the umbilicus.
    • Darkening of areolas: The primary areolas become darker, and secondary areolas may form. The hormone responsible for these pigmentation changes is called melanin hormone and is produced by the anterior pituitary gland.
  6. Quickening: This refers to the first fetal movements felt by the mother, usually occurring around 18-20 weeks of pregnancy for primigravida (first-time pregnancies) and 16-18 weeks for multigravida (women who have been pregnant before). Quickening can assist a midwife or healthcare provider in estimating the gestational age of a mother who is unsure of her dates.

  7. Fatigue: Pregnant women often experience fatigue due to increased blood production, lower blood sugar levels, and decreased blood pressure influenced by progesterone. Sleep disturbances and nausea can also contribute to feelings of tiredness.

  8. Mood changes: Physical stress, metabolic changes, fatigue, and hormonal fluctuations, particularly progesterone and estrogen, can lead to mood swings in pregnant women.

Probable signs:
  1. Hagar\’s sign: This sign can be detected between the 6th and 12th week of pregnancy. It involves performing a vaginal examination where two fingers are inserted into the anterior fornix of the vagina while the other hand presses the uterus abdominally. When the fingers from both hands meet, a softening of the isthmus can be felt, indicating pregnancy.

  2. Jacquemier\’s sign: This sign refers to the bluish discoloration of the vaginal walls, which becomes noticeable from the 8th week onwards. It is caused by pelvic congestion, a common indication of pregnancy.

  3. Osiander\’s sign: Increased pulsation felt on the lateral vaginal fornices is known as Osiander\’s sign. This sign can be detected from the 8th week onwards and is a result of increased vascularity in the area.

  4. Softening of the cervix (Goodell\’s sign): Starting from the 8th week of pregnancy, the cervix of a pregnant woman becomes noticeably softer. It can be compared to the texture of the lower lip, whereas in a non-pregnant state, it is as firm as the tip of the nose.

  5. Uterine soufflé: This refers to a soft blowing sound heard on auscultation of the abdomen. It typically occurs from the 16th week of pregnancy due to increased vascularity in the uterus.

  6. Abdominal enlargement: The uterus undergoes rapid and progressive enlargement from the 16th week onwards. This enlargement can be observed and felt during abdominal palpation, helping to differentiate it from other causes such as gaseous distension, a full bladder, fibroids, or ascites.

  7. Braxton Hicks contractions: These are painless contractions that usually begin from the 16th week of pregnancy. They can be felt during abdominal palpation and occur approximately every 15 minutes.

  8. Internal ballottement: This technique involves giving the uterus a sharp tap just above the cervix, causing the fetus to float upward in the amniotic fluid. When the fetus sinks back down, the movement can be felt by fixed fingers within the vagina. Internal ballottement can be detected between the 16th and 28th weeks of pregnancy.

  9. Presence of hCG (Human chorionic gonadotropin): The hormone hCG can be detected in the blood as early as 9 days after conception and in urine approximately 14 days after conception. The presence of hCG is a reliable indicator of pregnancy and can also be detected in conditions like hydatidiform mole.

Positive signs:

Positive signs are those that definitively confirm the presence of pregnancy. These signs include:

  1. Fetal heart sounds: The fetal heart begins beating around the 24th week after conception. It can be heard using a Doppler device as early as 10 weeks and with a fetoscope by 24 weeks. It is important to distinguish the fetal heart sounds from the uterine soufflé caused by pulsating maternal arteries. The normal fetal heart rate ranges between 120 and 160 beats per minute.

  2. Ultrasound scanning of the fetus: Using ultrasound technology, the gestation sac can be visualized and photographed. As early as the 4th week, an embryo can be identified, and by the 10th week of gestation, fetal body parts begin to appear on the ultrasound images.

  3. Palpation of the entire fetus: A trained examiner can palpate and feel the various parts of the fetus, including the head, back, and upper and lower body parts. This allows for a comprehensive assessment of the baby\’s position and size.

  4. Palpation of fetal movement: Skilled healthcare providers can feel and detect fetal movements through palpation after the 24th week of gestation. This involves perceiving the baby\’s kicks, rolls, and other movements by gently applying pressure on the mother\’s abdomen.

  5. X-ray: While an X-ray can identify the complete fetal skeleton as early as the 12th week, it is not a recommended method for confirming pregnancy due to the potential risks associated with radiation exposure. Total body radiation from X-rays in utero can have harmful effects on the developing fetus, leading to genetic or gonadal alterations. Therefore, other non-invasive methods, such as ultrasound, are preferred for assessing pregnancy.

  6. Actual delivery of the baby: The ultimate confirmation of pregnancy occurs when the woman delivers the baby. The delivery of a live newborn is the conclusive evidence of pregnancy.

Differential Diagnosis:

Abdominal enlargement can be caused by conditions other than pregnancy, and it is important to consider these possibilities. Some of the potential differential diagnoses include:

  1. Ovarian cysts: Enlargement of the abdomen can occur due to the presence of ovarian cysts. When palpated, the swelling caused by ovarian cysts can be distinguished from the uterus, and pregnancy tests will yield negative results.

  2. Fibroids: Fibroids are noncancerous growths that can develop in the uterus. They can sometimes be mistaken for pregnancy, as they can cause a hard mass to be felt in the abdomen. However, pregnancy tests will be negative in the case of fibroids.

  3. Distended urinary bladder: Abdominal enlargement can also result from a distended urinary bladder due to urine retention. In such cases, a catheter can be inserted to relieve the urine retention, and there will be no other signs indicating pregnancy.

  4. Pseudocyesis: Pseudocyesis, also known as false pregnancy or phantom pregnancy, is a condition in which a woman experiences symptoms that mimic pregnancy, including amenorrhea (absence of menstruation) and other signs suggestive of pregnancy. However, upon examination, the typical signs of pregnancy are absent, and pregnancy tests will be negative. Pseudocyesis often occurs in women who have a strong desire to conceive or who experience high levels of anxiety related to pregnancy.

Multiple Choice Questions:

  1. Which of the following is a presumptive sign of pregnancy?
    a) Fetal heart sounds
    b) Softening of the cervix
    c) Palpation of fetal movement
    d) Morning sickness
  2. Hagar\’s sign is detected by:
    a) Auscultation of fetal heart sounds
    b) Palpation of fetal movement
    c) Vaginal examination
    d) Ultrasound scanning
  3. Which sign is a probable sign of pregnancy?
    a) Fetal heart sounds
    b) Ovarian cysts
    c) Presence of HCG
    d) Pseudocyesis
  4. What is the normal fetal heart rate?
    a) 60-80 beats per minute
    b) 90-120 beats per minute
    c) 120-160 beats per minute
    d) 180-200 beats per minute
  5. Which sign can help in determining the gestational age if the mother is unsure of her dates?
    a) Quickening
    b) Internal ballottement
    c) Jacquemier\’s sign
    d) Amenorrhea
  6. Which diagnostic tool can visualize the gestation sac and fetal parts?
    a) X-ray
    b) Ultrasound scanning
    c) Fetal palpation
    d) HCG test
  7. What is the most accurate method to confirm pregnancy?
    a) Palpation of fetal movement
    b) X-ray
    c) Actual delivery of the baby
    d) Ultrasonography
  8. Which condition can cause abdominal enlargement and yield negative pregnancy test results?
    a) Fibroids
    b) Ovarian cysts
    c) Pseudocyesis
    d) Morning sickness
  9. Osiander\’s sign is characterized by:
    a) Softening of the cervix
    b) Increased pulsation in the vaginal fornices
    c) Bluish discoloration of the vaginal walls
    d) Enlargement of the breasts
  10. Which sign can be detected by both Doppler and fetoscope?
    a) Fetal heart sounds
    b) Uterine soufflé
    c) Internal ballottement
    d) Quickening
  11. What differentiates fibroids from pregnancy?
    a) Positive pregnancy test results
    b) Palpable fetal movements
    c) Presence of uterine soufflé
    d) Hard mass felt on palpation
  12. What is the purpose of X-ray in pregnancy?
    a) To visualize the fetal heart rate
    b) To determine the gestational age
    c) To confirm pregnancy definitively
    d) It is not recommended due to radiation risks
  13. What differentiates pseudocyesis from a true pregnancy?
    a) Amenorrhea
    b) Fetal heart sounds
    c) Palpation of fetal movement
    d) Negative pregnancy test results
  14. What is the primary cause of morning sickness during pregnancy?
    a) Increased blood production
    b) Hormonal changes
    c) Bladder pressure
    d) Emotional upsets
  15. Which sign is considered a positive sign of pregnancy?
    a) Morning sickness
    b) Softening of the cervix
    c) Distended urinary bladder
    d) Palpation of fetal movement

Fill in the Blanks:

  1. ________ is the absence of menstruation and a presumptive sign of pregnancy.
  2. ________ can be detected by performing a vaginal examination and palpating the isthmus.
  3. Increased pulsation in the lateral vaginal fornices is known as ________.
  4. ________ is a condition in which a woman experiences symptoms resembling pregnancy, but pregnancy tests are negative.
  5. Fetal heart sounds can be detected by a ________ or a fetoscope.
  6. The normal fetal heart rate ranges between ________ beats per minute.
  7. Ultrasound scanning can visualize the ________ and identify the fetal parts.
  8. Palpation of ________ is necessary to assess the position and size of the fetus.
  9. X-ray is not recommended for pregnancy confirmation due to potential ________ risks.
  10. The delivery of a live newborn is the ________ evidence of pregnancy.

Multiple Choice Questions:

  1. Answer: d) Morning sickness
  2. Answer: c) Vaginal examination
  3. Answer: b) Ovarian cysts
  4. Answer: c) 120-160 beats per minute
  5. Answer: b) Internal ballottement
  6. Answer: b) Ultrasound scanning
  7. Answer: c) Actual delivery of the baby
  8. Answer: a) Fibroids
  9. Answer: b) Increased pulsation in the vaginal fornices
  10. Answer: a) Fetal heart sounds
  11. Answer: d) Hard mass felt on palpation
  12. Answer: d) It is not recommended due to radiation risks
  13. Answer: d) Negative pregnancy test results
  14. Answer: b) Hormonal changes
  15. Answer: d) Palpation of fetal movement

Fill in the Blanks:

  1. Amenorrhea is the absence of menstruation and a presumptive sign of pregnancy.
  2. Hagar\’s sign can be detected by performing a vaginal examination and palpating the isthmus.
  3. Increased pulsation in the lateral vaginal fornices is known as Osiander\’s sign.
  4. Pseudocyesis is a condition in which a woman experiences symptoms resembling pregnancy, but pregnancy tests are negative.
  5. Fetal heart sounds can be detected by a Doppler or a fetoscope.
  6. The normal fetal heart rate ranges between ________ beats per minute.
  7. Ultrasound scanning can visualize the gestation sac and identify the fetal parts.
  8. Palpation of the entire fetus is necessary to assess the position and size of the fetus.
  9. X-ray is not recommended for pregnancy confirmation due to potential radiation risks.
  10. The delivery of a live newborn is the ultimate evidence of pregnancy.

NORMAL PREGNANCY Read More »

Terminologies

Terminologies

Terminologies

TERMS USED IN MIDWIFERY

Midwifery: It is the profession of providing assistance and medical care to women undergoing labor and childbirth during the antenatal, prenatal, and postnatal periods.

Obstetrics: This is a branch of medicine dealing with pregnancy, labor, and the postpartum period.

Caesarian section: It is an incision made on the uterus through the anterior abdominal wall to remove products of gestation after 28 weeks of gestation.

Cephalic: Refers to the head.

Cervix: It is the neck of the uterus.

Colostrum: This is a fluid found in the breasts from the 16th week of pregnancy up to the 2nd and 3rd day after delivery.

Crowning: This is when the largest transverse diameter of the fetal skull emerges under the subpubic arch and does not recede back between contractions.

Gestation: Pregnancy or the maternal condition of having a developing fetus in the body.

Fetus: Refers to the human conceptus from the 9th week to delivery.

Viability: The capability of the fetus to live outside the womb, usually accepted between 24 and 28 weeks, although survival is rare.

Gravida: A woman who is or has been pregnant, regardless of pregnancy outcome.

Primigravida: A woman pregnant for the first time.

Multigravida: A woman who has been pregnant more than once.

Nullipara: A woman who is not currently pregnant and has never been pregnant.

Parity: The number of children born alive or dead after 28 weeks of gestation.

Vernix caseosa: A greasy substance that covers the baby\’s skin at birth.

Meconium: This is the stool of the neonate that is present in the lower bowel at 16 weeks of gestation and is passed within 3 days following birth. It is greenish-black in color.

Lightening: This refers to the descent of the baby into the pelvis, resulting in a drop in fundal height.

Show: The bloody stained mucoid discharge seen at the onset of labor.

Additional Midwifery Terms 

  1. Lochia: The vaginal discharge that occurs after childbirth, consisting of blood, mucus, and uterine tissue.

  2. Antenatal care: Medical care and monitoring provided to pregnant women before childbirth.

  3. Postpartum: The period following childbirth, typically lasting six weeks, during which the mother\’s body undergoes physical and hormonal changes.

  4. Perineum: The area between the vagina and anus in females, which may stretch or tear during childbirth.

  5. Amniotic fluid: The fluid surrounding the fetus within the amniotic sac, providing protection and cushioning.

  6. Placenta: A temporary organ that develops during pregnancy, providing oxygen and nutrients to the fetus and removing waste products.

  7. Episiotomy: A surgical incision made in the perineum during childbirth to enlarge the vaginal opening and facilitate delivery.

  8. Postpartum depression: A mood disorder characterized by feelings of sadness, anxiety, and exhaustion experienced by some women after giving birth.

  9. Lactation: The production and secretion of breast milk.

  10. Umbilical cord: The flexible cord connecting the fetus to the placenta, through which nutrients and oxygen are transferred.

  11. Neonate: A newborn baby, typically in the first 28 days after birth.

  12. Preterm birth: Delivery of a baby before completing 37 weeks of gestation.

  13. Ectopic pregnancy: A pregnancy that occurs outside the uterus, usually in the fallopian tube.

  14. Intrauterine growth restriction: A condition in which the fetus fails to grow at the expected rate inside the uterus.

  15. Preeclampsia: A pregnancy complication characterized by high blood pressure and damage to organs, usually occurring after 20 weeks of gestation.

  16. Fetal distress: A condition in which the fetus is not receiving adequate oxygen, typically detected through abnormal heart rate patterns.

  17. Postpartum hemorrhage: Excessive bleeding after childbirth, often caused by the uterus not contracting properly.

  18. Neonatal intensive care unit (NICU): A specialized medical unit providing care for newborns with serious health conditions or premature babies.

  19. Midwifery-led care: A model of care in which midwives are the primary providers for pregnant women, providing continuity of care throughout pregnancy, labor, and postpartum.

  20. Birth plan: A written document created by the pregnant woman outlining her preferences and expectations for labor, delivery, and postpartum care.

Terminologies Read More »

Symptoms Control

Symptoms Control

Symptom Control & GIT Symptoms
INTRODUCTION

Palliative care patients often experience multiple, overlapping symptoms. Unlike curative care — where we treat one disease — in palliative care, we must assess and manage many symptoms at once, while also supporting the patient emotionally, spiritually, and socially.

💡 Key Idea: Holistic Comfort
Good symptom control doesn't just make the patient comfortable — it restores dignity, reduces family distress, and can even prolong meaningful life. A patient free from agonizing pain or constant nausea can actually eat, interact with family, and find peace.
PRINCIPLES OF SYMPTOM ASSESSMENT

Before you give any medication or intervention, you must assess thoroughly. Think of assessment as the foundation of a house — if the foundation is weak, everything else collapses.

The Golden Rules of Assessment
Principle What It Means Why It Matters (Clinical Rationale)
Accept the patient's description If the patient says "my pain is 10/10," believe them. Pain and symptoms are subjective. Only the patient knows how they truly feel. Pain is whatever the experiencing person says it is.
Assess each symptom separately A patient may have pain, nausea, and anxiety all at once. Don't lump them together. Each symptom may have a completely different pathophysiological cause and need different targeted treatment.
Diagnose the cause Don't just treat the symptom — ask why it is happening. Treating vomiting with antiemetics is useless (and dangerous) if the underlying cause is a mechanical bowel obstruction.
Take a detailed history When did it start? How severe? What makes it better or worse? (PQRST method) Patterns reveal causes. Timing often points to specific drug side effects or disease progression.
Medication history What has the patient taken before? What worked? What failed? Avoids repeating failed treatments, identifies drug interactions, and prevents overdose.
Physical examination Always examine the patient, even if you think you know the diagnosis. Physical signs often reveal hidden causes that history misses (e.g., a silent, distended bladder causing extreme agitation).
Don't wait for complaints Ask proactively. Observe body language and facial expressions. Patients in some cultures may not complain openly due to stoicism or fear of being a burden.
Investigate wisely Use tests to guide care, not just to collect data. In palliative care, unnecessary tests (like daily blood draws) cause distress and delay comfort without altering the care plan.
Don't delay treatment for tests Start practical management while waiting for results. Comfort is the absolute priority. Do not let a patient suffer while waiting 24 hours for a lab result.
Explain to patient and family Tell them what you think is happening and what you plan to do. Reduces anxiety, builds deep trust, and empowers the family.
Review! Review! Review! Reassess after every intervention. Symptoms change dynamically; your treatment must adapt.

🧠 Mnemonic for Assessment: "A-S-S-E-S-S M-E"

  • Accept patient's words
  • Separate each symptom
  • Seek the cause
  • Examine physically
  • Story/history (detailed)
  • Screen for associated symptoms
  • Medication history
  • Explain and review
PRINCIPLES OF SYMPTOM MANAGEMENT

Once you've assessed, you manage. These principles guide every treatment decision in palliative care.

The Management Framework
Step Action Example
Evaluate Confirm the diagnosis/cause of the symptom. Vomiting caused by opioid-induced constipation vs. vomiting caused by bowel obstruction.
Explain Tell the patient what you're doing and why. Set realistic goals. "We will give you medicine to reduce the nausea. It may take 30 minutes to work."
Manage Give individualised treatment. No one-size-fits-all in palliative care. A frail elderly patient with poor renal function needs lower doses than a younger adult.
Monitor Check if the treatment worked. If not, adjust. Nausea still present after 1 hour? Consider adding a second antiemetic acting on a different brain receptor.
Attention to detail Don't assume. Check everything. Constipation can masquerade as diarrhoea (overflow incontinence).
Drug + non-drug Use both together for best effect. Morphine for pain + relaxation techniques + repositioning + massage.
Allow time Don't declare a treatment a failure too quickly. Some antiemetics take 30–60 minutes to work. Wait for the drug's peak onset before abandoning it.
Multidisciplinary team Involve doctors, nurses, social workers, chaplains, physiotherapists. A patient with breathlessness needs medical, nursing, and psychological/spiritual support.
Consult senior When unsure, ask a more experienced clinician. Better to ask than to harm.
Refer if needed Some symptoms need specialist input. Severe, intractable neuropathic pain may need a pain specialist or nerve block.
Treat the cause Where possible, remove the root cause. Constipation from opioids? Treat the constipation with laxatives, don't just accept it.

🧠 Mnemonic for Management: "E-M-M-A D-D-M-C-T"

  • Evaluate
  • Manage individually
  • Monitor
  • Attention to detail
  • Drug + non-drug
  • Don't rush (allow time)
  • Multidisciplinary
  • Consult senior
  • Treat the cause
SUMMARY OF KEY POINTS
  • Assessment always comes before treatment.
  • Believe the patient. Their description is your most important data.
  • Examine physically — don't rely on history alone.
  • Investigate wisely — don't do tests just for the sake of it.
  • Don't delay comfort while waiting for test results.
  • Explain everything to the patient and family.
  • Use both drug and non-drug measures.
  • Review continuously — palliative care is dynamic.
  • Work as a team — no one person can do it all.
  • Treat the cause where possible, not just the symptom.
GASTRO-INTESTINAL (GIT) SYMPTOMS

GIT symptoms are among the most distressing in palliative care. They affect nutrition, hydration, dignity, and quality of life. We will cover nausea and vomiting, diarrhoea, and constipation.

NAUSEA AND VOMITING
Understanding the Mechanism (Physiology Expansion)

To treat nausea and vomiting effectively, you must understand where the signal comes from. The brain has a vomiting centre that can be triggered from multiple pathways. (Physiological note: The choice of antiemetic is based entirely on which receptor—Dopamine, Serotonin, Histamine, or Muscarinic—is being triggered in these specific zones).

Trigger Site What It Does Example Causes
Vomiting centre (VC)
(Located deep in the medulla)
The "final common pathway" — once activated, vomiting occurs. Receives input from all other zones. Direct stimulation by drugs, toxins, or brain tumours.
Chemoreceptor trigger zone (CTZ)
(Lacks a blood-brain barrier!)
Detects toxins/drugs in the blood and tells the vomiting centre to act. (Rich in Dopamine D2 and Serotonin 5HT3 receptors). Opioids, chemotherapy, uraemia, hypercalcaemia.
Vestibular apparatus (inner ear) Detects motion and balance. (Rich in Histamine H1 and Muscarinic M1 receptors). Motion sickness, vestibular disease, opioid-induced sensitivity to movement.
Gastrointestinal tract Distension, irritation, or obstruction sends vagal nerve signals up to the brain. Gastritis, peptic ulcer, pancreatitis, bowel obstruction, severe constipation.
Cerebral cortex Psychological triggers (anxiety, anticipation, bad smells, terrifying sights). Anticipatory vomiting before chemotherapy, severe anxiety.
Think of it like this: The vomiting centre is the "boss." Different departments (CTZ, gut, inner ear, brain) can call the boss and say "we need to vomit now." Your antiemetic must target the right department's phone line.
Causes of Nausea and Vomiting in Palliative Care
  • Infections: Oesophageal candidiasis (common in HIV), cytomegalovirus.
  • Drugs: Opioids, antibiotics, ARVs, NSAIDs, chemotherapy.
  • Metabolic: Uraemia (kidney failure), hypercalcaemia, liver failure.
  • Raised intracranial pressure: Brain metastases, cerebral oedema.
  • Gastrointestinal: Gastritis, peptic ulcer, pancreatitis, bowel obstruction, constipation.
  • Psychological: Anxiety, anticipatory vomiting, depression.
  • Unrelated to primary illness: Food poisoning, gastroenteritis.

🇺🇬 Uganda Clinical: In HIV-positive palliative patients, oesophageal candidiasis is a very common cause of nausea and painful swallowing (odynophagia). Always inspect the mouth and throat using a torch/penlight!

Assessment of Nausea and Vomiting
What to Ask / Examine Why It Matters
Amount and content of vomit Coffee-ground = possible bleeding (ulcer); faeculent (looks/smells like stool) = late bowel obstruction; bile (green) = duodenal reflux.
Smell/odour Foul smell suggests severe infection, necrosis, or low obstruction.
Distinguish vomiting from regurgitation Vomiting = forceful, active contraction of diaphragm; Regurgitation = passive flow back (e.g., in oesophageal obstruction or stricture).
Duration and frequency Acute vs. chronic; pattern guides diagnosis.
Precipitating factors After eating? After medication? On movement? (Movement-induced points to vestibular issues).
Medication history Is a new drug causing this? (e.g., starting oral Morphine).
Abdominal examination Rule out pancreatitis, gastritis, peptic ulcer, obstruction (look for distension, listen for high-pitched 'tinkling' bowel sounds).
Neurological check Signs of raised intracranial pressure? (e.g., early morning vomiting without nausea, severe headache).
Pharmacological Management

The choice of antiemetic depends on the cause. Match the drug to the specific receptor pathway!

Target Pathway Drug Class Examples Dose
Vomiting centre Anticholinergics / Antihistamines Hyoscine butylbromide
Cyclizine
10 mg BD
50 mg every 6 hours
Chemoreceptor trigger zone (CTZ) Dopamine antagonists Prochlorperazine (Stemetil)
Haloperidol
5–10 mg TDS
0.5–1 mg BD
Gut motility (upper GI) Prokinetics Metoclopramide 5–10 mg TDS
Vestibular apparatus Antihistamines / Phenothiazines Cyclizine, Prochlorperazine As above
Uraemia / metabolic Dopamine antagonists Haloperidol 0.5–1 mg

⚠️ CRITICAL WARNING: METOCLOPRAMIDE
Metoclopramide is strictly contraindicated in bowel obstruction. Because it is a prokinetic, it aggressively increases peristalsis (gut squeezing). If the bowel is physically blocked by a tumor or stool, forcing it to squeeze harder against a brick wall can cause extreme pain, worsening obstruction, and catastrophic bowel perforation. Always rule out obstruction before giving metoclopramide!

Nursing Exam Tip: If a question gives you a patient with vomiting and abdominal distension, and asks which antiemetic to avoid — the answer is metoclopramide.
Non-Pharmacological Management
  • Psychological support: Anxiety worsens nausea; reassurance and explanation reduce fear.
  • Relaxation techniques: Deep breathing, guided imagery.
  • Dietary modifications: Small, frequent meals; bland foods; avoid greasy/spicy foods. Avoid serving favorite foods while severely nauseated to prevent permanent food aversions.
  • Increase fluid intake: If appropriate and not contraindicated.
  • Calm environment: Remove food smells, strong odours, and visual triggers (like vomit bowls sitting in plain sight).
  • Fresh air: Open windows or use a fan.
DIARRHOEA
Understanding Diarrhoea

Diarrhoea is defined as:

  • Acute: Less than 7–14 days.
  • Chronic: More than 2–3 weeks.

In palliative care, diarrhoea causes: Dehydration, severe electrolyte imbalance (hypokalemia), skin breakdown (perianal excoriation), and intense embarrassment leading to loss of dignity and social isolation.

Causes of Diarrhoea
  • Infection: Bacterial, viral, parasitic (highly common in HIV/AIDS).
  • Medication: Antibiotics (disrupt gut flora), too-high laxative doses, some ARVs.
  • Stress / anxiety: Psychological diarrhoea (fight-or-flight response speeds up gut).
  • Overflow diarrhoea (Paradoxical Diarrhoea): Liquid stool leaking around impacted, rock-hard faeces (looks like diarrhoea but is actually severe constipation!).
  • Malabsorption: Pancreatic insufficiency, intestinal damage (radiation enteritis).

⚠️ CRITICAL DISTINCTION: OVERFLOW DIARRHOEA
Always distinguish true diarrhoea from overflow diarrhoea. Overflow occurs when hard stool blocks the rectum, and only liquid stool higher up can squeeze past it. Treating this with anti-diarrhoeals (like Loperamide) paralyzes the gut and makes the fatal blockage worse. The treatment is disimpaction and laxatives, NOT anti-diarrhoeals.

Assessment of Diarrhoea
  • Acute or chronic? Guides urgency and likely cause.
  • Volume and frequency: Severity assessment for dehydration risk.
  • Presence of blood: Bloody diarrhoea = infection, inflammation, or bowel tumour.
  • Associated symptoms: Fever (infection), abdominal pain (colitis), weight loss (malabsorption).
  • Dietary practices: Food poisoning? Lactose intolerance?
  • Medication review: Is a drug causing this?
  • Stool tests: Culture and sensitivity if infection suspected.
Pharmacological Management of Diarrhoea
Intervention Details
Oral rehydration At least one cupful (preferably more) after each episode. Use ORS if available.
Loperamide 2–4 capsules stat, then 2 capsules after each loose motion. Do NOT use if infection or overflow suspected.
Codeine 30 mg TDS — slows gut motility (opioid effect).
Liquid morphine 5 mg/5 ml, 5 ml every 4 hours, 10 ml at night.
Antibiotics If bacterial infection confirmed (e.g., Septrin 480 mg 2 BD).
IV fluids In severe dehydration or if oral intake impossible.
Nursing Tip: Monitor for signs of dehydration — dry mucous membranes, sunken eyes, reduced skin turgor, reduced urine output (oliguria), tachycardia, hypotension.
Skin Care in Diarrhoea
  • Barrier cream: Aqueous cream or zinc oxide applied after each episode to protect skin from highly acidic stool.
  • Regular cleaning: Gentle washing with warm water, pat dry (do not aggressively rub). Prevents excoriation and infection.
  • Mackintosh / plastic under-sheet: Protects bedding, maintains dignity and comfort.
  • Frequent changing: Prevents prolonged skin contact with stool, preventing rapid pressure sore formation.
CONSTIPATION
Why Constipation is So Common in Palliative Care (Pathophysiology)

Constipation is one of the most common and most undertreated symptoms in palliative care. Why?

  • Patients are on opioids (morphine, codeine): Opioids bind to mu-receptors in the gut wall. This slows peristalsis (propulsion), increases sphincter tone, and allows the intestines to absorb too much water from the stool, turning it to stone (Opioid-Induced Bowel Dysfunction - OIBD).
  • Patients are immobile: Physical movement stimulates gravity and bowel peristalsis.
  • Patients are dehydrated: Lack of fluid results in hard stools.
  • Patients have poor nutrition: Low fibre intake means no stool bulk to trigger the urge to defecate.
  • Tumours: May physically compress and obstruct the bowel from the outside.
Assessment of Constipation
  • Previous and present bowel pattern: What is "normal" for this patient? Aim for their usual pattern.
  • History of cause: Opioids? Dehydration? Tumour?
  • Abdominal examination: Distension? Tenderness? Palpable hard faecal mass in the left lower quadrant?
  • Digital rectal examination (DRE): May be needed to assess for physical impaction in the rectum.
Nursing Tip: Don't assume a patient is constipated just because they haven't opened their bowels for 2 days. Some patients normally go every 3 days. Know their baseline!
Pharmacological & Non-Pharmacological Management
  • Bisacodyl: 5–15 mg at night (Stimulant laxative — forcefully increases gut motility).
  • Review constipating drugs: Reduce dose or switch if possible (Opioids are the main culprit, prescribe a laxative simultaneously with opioids!).
  • Rectal intervention: Enema or suppository if severely impacted.
  • High-fibre diet & Fluids: Adds bulk and softens stool.
  • Mobilise: Movement stimulates peristalsis.
  • Privacy: Anxiety about lack of privacy suppresses the urge to defecate!
  • Routine: Encourage patient to try at the same time daily (harnessing the gastrocolic reflex after meals).

🌿 Traditional Remedy: Pawpaw Seeds (Uganda)
In Uganda, where commercial laxatives may be scarce or expensive, pawpaw (papaya) seeds are an excellent, culturally appropriate traditional remedy. Chewed or crushed in fruit drink, they contain papain enzymes and fiber that act as a highly effective natural laxative.

COMPARISON TABLE: NAUSEA, DIARRHOEA, AND CONSTIPATION
Feature Nausea/Vomiting Diarrhoea Constipation
Most common cause Drugs (opioids), infections, raised ICP Infection, drugs, overflow Opioids, immobility, dehydration
Key danger Dehydration, aspiration pneumonia Dehydration, skin breakdown Overflow diarrhoea, bowel obstruction, faecal impaction
Must rule out... Bowel obstruction (before metoclopramide) Overflow (before loperamide) Overflow (may mimic diarrhoea)
First-line drug Depends heavily on cause Loperamide (if not infection/overflow) Bisacodyl
Non-drug priority Calm environment, small meals Rehydration, excellent skin care Fluids, fibre, mobilisation
Nursing red flag Coffee-ground vomit = active bleeding Blood in stool = serious pathology No bowel movement + severe abdominal distension = obstruction
EXAM TIPS AND MNEMONICS

🧠 Mnemonic for Anti-Emetics: "C-H-M-P-H"

Remember: Match the drug to the cause, not just the symptom!

  • C - Cyclizine (antihistamine) — 50 mg 6-hourly
  • H - Haloperidol (dopamine antagonist) — 0.5–1 mg
  • M - Metoclopramide (prokinetic) — 5–10 mg TDS
  • P - Prochlorperazine (phenothiazine) — 5–10 mg TDS
  • H - Hyoscine (anticholinergic) — 10 mg BD
❓ Exam-Style Application Questions

Q1: A patient on morphine for cancer pain has not opened their bowels for 5 days and now has loose, watery stool leaking from the rectum. What is the likely diagnosis, and what should you NOT give?
Answer: This is overflow diarrhoea due to severe faecal impaction. Do NOT give loperamide or other anti-diarrhoeals. The treatment is manual disimpaction and aggressive laxatives (e.g., rectal enema, bisacodyl).

Q2: A patient with advanced cancer starts vomiting after beginning morphine. Which antiemetic would you choose, and why?
Answer: Morphine triggers nausea by acting directly on the Chemoreceptor Trigger Zone (CTZ) in the brain. You must choose a drug that blocks the CTZ. Haloperidol (0.5–1 mg) or Prochlorperazine are the correct choices.

Q3: Why is metoclopramide extremely dangerous in bowel obstruction?
Answer: Metoclopramide is a prokinetic — it forcefully increases gut peristalsis. In a mechanical obstruction, this increases pressure proximal to the blockage and can cause a fatal bowel perforation.

Q4: A patient with HIV and oesophageal candidiasis is nauseated and unable to swallow. What non-pharmacological measures can the nurse implement?
Answer: Small frequent meals of bland food, maintaining a calm environment away from triggering food smells, psychological reassurance, and positioning upright for at least 30 minutes after eating.

SUMMARY: KEY NURSING POINTS FOR GIT SYMPTOMS
  • Nausea and vomiting: Match the antiemetic strictly to the physiological cause (vomiting centre, CTZ, gut, vestibular, cortex).
  • Never give metoclopramide if bowel obstruction is possible.
  • Diarrhoea: Always distinguish true diarrhoea from overflow diarrhoea (constipation in disguise).
  • Rehydration is critical in diarrhoea — oral rehydration first, IV if severe.
  • Skin care is essential in diarrhoea — use barrier creams, regular cleaning, and protect bedding.
  • Constipation is the most common GIT symptom in palliative care — usually caused by opioids and immobility. Always prescribe a laxative when starting opioids!
  • Know the patient's normal bowel pattern — don't assume constipation based on days alone.
  • Pawpaw seeds are a culturally appropriate and highly effective laxative in the Ugandan context.
  • Privacy and dignity matter enormously for bowel care — never underestimate the psychological suppression of bowels.
  • Review, review, review — symptoms change, and so must your management.
💎 Final Clinical Pearl
In palliative care, GIT symptoms are rarely "just" GIT symptoms. Nausea may be from brain metastases. Diarrhoea may be from infection. Constipation may be the first sign of a fatal bowel obstruction. Always think broadly, assess holistically, and treat the root cause.
REFERENCES
  • African Palliative Care Association (APCA) Guidelines for Symptom Management.
  • World Health Organization (WHO) Guidelines for the Pharmacological and Radiotherapeutic Management of Cancer Pain in Adults and Adolescents.
  • Oxford Textbook of Palliative Nursing (Core Principles of Symptom Management).
  • Uganda Clinical Guidelines: National Guidelines for Management of Common Conditions.
  • Local Institutional Protocols for Palliative Care and Symptom Control.
MOUTH SORES AND DIFFICULTY SWALLOWING (DYSPHAGIA)
Why Mouth Care Matters in Palliative Care

The mouth is often called the "mirror of the body." In palliative care, poor mouth care leads to:

  • Pain and difficulty eating
  • Infection (especially candidiasis in HIV-positive patients)
  • Loss of appetite and weight loss
  • Social isolation (bad breath, painful speech)
  • Reduced quality of life
💡 Key Message
Many mouth problems are preventable with simple, regular mouth care. This is a primary nursing priority. If the mouth is painful, the patient will not eat, drink, or take oral medications.
Causes of Mouth Sores and Dysphagia
Cause Explanation & Pathophysiology
Infections Oral candidiasis (very common in HIV), herpes simplex. (Fungal overgrowth occurs when systemic immunity drops or broad-spectrum antibiotics kill normal oral flora).
Mucositis Inflammation of the mouth lining from radiotherapy or chemotherapy. (Chemo attacks rapidly dividing cells; the basal epithelial cells of the mouth turn over every 7-14 days, making them highly vulnerable to sloughing off).
Ulceration From trauma, infection, or direct tumour invasion.
Poor dental hygiene Plaque, decay, gum disease.
Dry mouth (xerostomia) From medications (opioids, anticholinergics inhibit acetylcholine at muscarinic receptors on salivary glands), radiotherapy damaging salivary acinar cells, or mouth breathing.
Tumour erosion Tumours eroding through the buccal mucosa, sometimes causing fistulas (abnormal connections).
Nutritional deficiencies Iron deficiency (causes angular stomatitis), vitamin C deficiency (scurvy leading to bleeding gums).
Gastro-oesophageal reflux Acid irritation of the oesophagus causing strictures and swallowing pain.

🇺🇬 Uganda Clinical : In HIV-positive palliative patients, oral candidiasis is extremely common. Always inspect the mouth — white plaques on the tongue and buccal mucosa that bleed when scraped are classic. However, oesophageal candidiasis may occur even without visible oral thrush, causing severe odynophagia (painful swallowing). Treat empirically if symptoms align.

Assessment of the Mouth
What to Check What to Look For
Lips Dryness, cracking, colour (pallor, cyanosis), herpetic lesions.
Tongue Coating, colour, ulcers, mobility (assessing Cranial Nerve XII).
Buccal mucosa (inner cheeks) White plaques (candidiasis), redness, ulcers, bleeding.
Palate and throat Ulcers, swelling, white patches. Check gag reflex (Cranial Nerves IX and X).
Gums Bleeding, swelling, infection (gingivitis).
Teeth Decay, looseness, pain.
Saliva Amount (dry vs. excessive), consistency (thick/ropy indicates dehydration).
Nursing Tip: Use a torch and a tongue depressor (or clean spoon handle) for a thorough mouth examination. Document exactly what you see.
Non-Pharmacological Management
Intervention How to Do It
Regular mouth cleaning At least twice daily, and after meals.
Soft brush or cotton cloth Gentle brushing — avoid harsh scrubbing that damages fragile mucosa and causes bleeding.
Sodium bicarbonate or saline mouthwash A pinch in a glass of warm water. Rinse and spit. (Alkalizes the mouth, making it hostile to fungal growth).
Keep mouth moist Suck on ice chips, pieces of fruit (pineapple chunks contain bromelain which cleans the mouth), or sugar-free sweets to stimulate saliva.
Petroleum jelly on lips Prevents cracking and dryness.
Avoid alcohol-based mouthwashes Alcohol acts as a severe astringent and dries the mouth further, worsening xerostomia.
Patient and family education Teach them how to do mouth care at home to maintain autonomy.

🧠 Mnemonic for Mouth Care: "S-O-F-T C-A-R-E"

  • Soft brush or cloth
  • Oral inspection daily
  • Frequent rinsing with saline/bicarbonate
  • Treat infections promptly
  • Clean after meals
  • Avoid alcohol-based products
  • Remove dentures at night
  • Educate family
Pharmacological Management
Pain Management
  • Follow WHO Analgesic Ladder: Start with paracetamol, step up as needed.
  • Oral morphine: For severe mucositis pain — liquid formulation is heavily preferred if swallowing pills is difficult or impossible.
Oral Candidiasis
Drug Dose Notes / Mechanism
Nystatin oral drops 1–2 ml every 6 hours after food and at night Hold in the mouth for as long as possible before swallowing — this gives topical action (binds to ergosterol in the fungal cell membrane).
Fluconazole 50 mg daily for 5 days

OR

200 mg daily for 2 weeks
50mg: For localized oral candidiasis.

200mg: If oesophageal candidiasis is suspected (painful swallowing, no oral thrush visible). Systemic action.
Ketoconazole 200 mg daily Alternative to fluconazole; caution with severe hepatic drug interactions.
Nursing Exam Tip: Nystatin MUST be held in the mouth (swish and swallow) — not swallowed immediately — to work topically. If the patient swallows it straight away like water, it won't treat oral thrush effectively.
Other Infections
  • General sores / ulcers: Gentian Violet applied three times daily.
  • Foul-smelling mouth sores (especially oral cancer): Metronidazole mouthwash (anaerobic bacteria cause the foul rotting smell) — crush tablets or use IV injection liquid mixed with fruit juice to mask the metallic taste.
  • Herpes infections: Acyclovir 200 mg PO for 5 days; severe/disseminated cases need IV treatment.
Inflammation and Ulceration
  • Dexamethasone: 4–8 mg orally. Reduces inflammation; ONLY if infection is controlled — steroids worsen infection.
  • Prednisolone: Powder or solution. Alternative to dexamethasone.

⚠️ CRITICAL WARNING: STEROIDS IN MOUTH CARE
Never give steroids (Dexamethasone/Prednisolone) for mouth ulcers until infection is definitively ruled out or concurrently treated. Steroids suppress the local immune system (inhibit macrophages and lymphocytes) and will cause existing fungal or bacterial infections to explode out of control.

HICCUPS
What Are Hiccups? (Pathophysiology)

Hiccups are involuntary, spasmodic contractions of the diaphragm followed immediately by a sudden closure of the vocal cords (glottis), producing the characteristic "hic" sound. In palliative care, persistent hiccups are exhausting and distressing — they disrupt sleep, eating, and rest.

Anatomy of the Reflex Arc: Afferent impulses travel via the Vagus or Phrenic nerve to the Hiccup Center in the medulla. Efferent impulses shoot down the Phrenic nerve (spasming the diaphragm) and Recurrent Laryngeal nerve (snapping the vocal cords shut).

Causes of Hiccups
Mechanism Causes
Irritation of the phrenic nerve Tumours in the neck or mediastinum pressing on the nerve, enlarged lymph nodes.
Irritation of the diaphragm from below Stomach distension (gas/fluid), gastric tumour, hepatomegaly (enlarged liver pushing up), subphrenic abscess.
Central causes (brain) Brain metastases, stroke, uraemia irritating the medullary hiccup center.
Metabolic Uraemia (renal failure), severe electrolyte imbalance (hyponatremia, hypocalcemia).
Drugs Corticosteroids, some chemotherapy agents, benzodiazepines.
Nursing Tip: Always check for stomach distension first — this is a common, highly reversible cause. Inserting a nasogastric (NG) tube to decompress the stomach may instantly cure it.
Management of Hiccups
Immediate Non-Pharmacological Measures
Technique How It Works (Physiological Override)
Swallow dry bread or crushed ice Mechanically stimulates the Vagus nerve in the pharynx, interrupting the hiccup reflex arc.
Two spoonfuls of sugar Same mechanism — massive sensory pharyngeal stimulation resets the vagal tone.
Re-breathing from a paper bag Elevates blood CO2 levels (hypercapnia), which acts centrally on the medulla to suppress the hiccup reflex.
Sitting upright Reduces upward diaphragmatic pressure from heavy abdominal organs.
Correcting uraemia If renal failure is the cause, treat the underlying metabolic toxicity.
Pharmacological Management
Drug Dose Notes
Metoclopramide 10–20 mg every 8 hours Reduces gastric stasis and distension (empties the stomach, removing diaphragmatic pressure).
Haloperidol 3 mg at night Acts centrally on the brain to suppress the hiccup reflex arc.
Chlorpromazine 25–50 mg at night Also acts centrally; highly sedating (helps the exhausted patient sleep).
Clinical Pearl: If hiccups are due to gastric distension, metoclopramide is often the most effective because it treats the root cause. If due to central causes (brain metastases, uraemia), haloperidol or chlorpromazine work better.
GASTRO-OESOPHAGEAL REFLUX (GOR / GERD)
What Is Gastro-Oesophageal Reflux?

Gastro-oesophageal reflux occurs when stomach acid flows back into the oesophagus, causing a burning sensation ("heartburn"), regurgitation, and sometimes micro-aspiration into the lungs. Physiologically, it occurs when the Lower Oesophageal Sphincter (LES) fails to close tightly.

  • Abdominal tumour or ascites: Increased intra-abdominal pressure physically pushes stomach acid upward through the sphincter.
  • Neurological disorders: Reduced LES muscle tone.
  • Medications: NSAIDs directly irritate and destroy the protective mucosal lining of the stomach.
  • Prolonged lying flat: Gravity no longer keeps acid in the stomach (common in bedbound dying patients).
Management of Gastro-Oesophageal Reflux
  • Upright positioning: Keep patient sitting up (at least 30-45 degrees), especially for 1 hour after meals.
  • Give medications after meals: Food acts as a physical buffer for stomach acid.
  • Milk: Can temporarily soothe the oesophagus (though the calcium/fat may trigger a rebound increase in acid later in some patients).
  • Stop NSAIDs: If the patient is on NSAIDs (like ibuprofen/diclofenac), discontinue if possible — they aggressively worsen reflux and cause gastric bleeding.
  • Simple antacids: Magnesium trisilicate 10 ml every 8 hours (neutralizes existing acid).
  • H2 blockers: Cimetidine 200 mg every 12 hours; Ranitidine 300 mg every 12 hours (blocks histamine receptors on parietal cells, reducing acid production).
  • Proton pump inhibitors (PPIs): Omeprazole 20–40 mg once daily — completely shuts down the acid pump. Most effective for severe reflux.
Nursing Tip: In resource-limited settings, gravity positioning and stopping NSAIDs are completely free and highly effective interventions. Don't underestimate them!
DEHYDRATION
Understanding Dehydration in Palliative Care (Pathophysiology)

Dehydration is a complex and emotionally charged issue. Families often panic when a patient stops drinking, believing hydration is essential for life. However, in the terminal phase (last days/hours of life):

  • Reduced fluid intake is natural and appropriate. The body's organs are shutting down and can no longer process large fluid volumes.
  • Mild dehydration is physiologically beneficial: It raises blood osmolarity, which stimulates the release of endorphins (natural painkillers). It also decreases lung secretions (preventing the terrifying "death rattle") and decreases urine output (less need for painful catheterization/bedpan changes).
  • Forced IV hydration can cause fluid overload, leading to acute pulmonary edema (drowning in their own fluids), third-spacing (severe edema), and increased vomiting.
💡 Key Message
Dehydration in the dying patient is not always a problem to fix. It is often part of the natural, peaceful dying process.
When Is Dehydration a Problem vs. When Is It Natural?
Situation Is Dehydration a Problem? Action
Intercurrent illness (e.g., severe diarrhoea in a patient with months left to live) Yes — this is acute, distressing, and reversible. Rehydrate (Oral or IV).
Terminal phase (hours to days of life left) No — natural part of organ shut-down. Explain to family; focus entirely on aggressive mouth care.
Patient is thirsty despite terminal phase Maybe — assess carefully. Offer small sips, ice chips, keep mouth moist.
Dry mouth but not thirsty No — this is local mucosal dryness, not systemic intravascular dehydration. Mouth care, saliva substitutes, petroleum jelly on lips.
Risks of True Systemic Dehydration
  • Impaired drug excretion: Dehydration drastically reduces kidney perfusion/GFR. This causes morphine metabolites (like M6G) and other drugs to accumulate to toxic levels, causing opioid toxicity (sedation, myoclonic jerks, vivid hallucinations).
  • Distressing symptoms: Hallucinations, muscle twitching, terminal restlessness/agitation.
  • Dry mouth: Often vastly more distressing to the patient than the actual feeling of systemic thirst.
Assessment of Dehydration
  • Dry mouth and lips: Usually local dryness (mouth breathing/drugs), not necessarily systemic dehydration.
  • Thirst: May indicate true dehydration, but also common in simple dry mouth.
  • Reduced urine output: Normal in terminal phase; dark, concentrated, highly odorous urine indicates dehydration.
  • Sunken eyes, poor skin turgor: Signs of significant intracellular fluid loss.
  • Tachycardia, hypotension: Late signs of severe intravascular fluid loss (hypovolemia).
Nursing Tip: A patient can have a dry mouth but not be dehydrated. Frequent mouth care (moistening, lubricating) often entirely relieves the symptom without needing a single drop of IV fluids.
Management & Family Communication
Approach When to Use How
Mouth care only Terminal phase, no distress. Keep mouth and lips clean and moist; this is often all that is needed.
Small oral sips Patient is thirsty and can swallow safely (intact gag reflex). Ice chips, tiny sips of water via syringe or spoon.
Subcutaneous (SC) fluids (Hypodermoclysis) Patient needs hydration but cannot swallow; less invasive than IV. Can be given easily at home with a butterfly needle in the thigh/abdomen.
IV fluids Severe dehydration with a reversible cause; hospital setting. Requires venous access; high risk of fluid overload (pulmonary edema) if heart/kidneys are failing.

⚠️ CRITICAL WARNING
Offering large volumes of oral fluids to a dying, semi-conscious patient risks catastrophic aspiration pneumonia. In the terminal phase, forcing more than tiny sips is physically dangerous.

Discussing Dehydration with Families:
  • "Won't they suffer without water?" -> "In the final days, the body naturally shuts down and needs less fluid. Forced fluids pool in the lungs and cause choking. We will keep their mouth highly comfortable."
  • "They look so dry!" -> "We will use moist cloths, lip balm, and mouth swabs to keep the mouth comfortable. A dry mouth is different from whole-body thirst."
  • "Should we give them water?" -> "Only small sips or ice chips if they are awake, thirsty, and can swallow safely. Otherwise, we focus on mouth care."
CACHEXIA AND ANOREXIA
What Is Cachexia? (Pathophysiology)

Cachexia is a profound wasting syndrome characterised by severe weakness, massive weight loss (breakdown of both skeletal muscle and adipose fat), and poor appetite (anorexia). It is seen in advanced cancer, HIV/AIDS, and end-stage organ failure.

Critical Understanding: Cachexia is NOT caused by starvation or lack of food. It is a metabolic disorder driven by inflammatory cytokines (like TNF-alpha, Interleukin-6, and Proteolysis-Inducing Factor secreted by tumours). These chemicals reprogram the body into a hyper-catabolic state, destroying muscle tissue even if the patient is eating 3000 calories a day. Therefore, forced feeding will NOT reverse it.

Why Forced Feeding Doesn't Work
Myth Reality
"If they just ate more, they'd get better." Cachexia is metabolic, not nutritional. The tumour/virus alters metabolism so the body cannibalizes its own muscle and fat despite adequate intake.
"They must be starving." Patients with cachexia physiologically do not feel hungry (anorexia). Normal starvation is painful; cachexia is painless fading.
"IV/Tube nutrition will help." Parenteral (IV) or Enteral (Tube) nutrition in advanced cancer does not improve survival or quality of life. It only feeds the tumour and causes fluid overload, edema, and infection.
Reversible Causes of Anorexia (Rule these out first!)
  • Lack of available/digestible food: Provide preferred foods, small frequent meals.
  • Dysphagia: Assess swallowing; modify food texture (puree).
  • Sore mouth or altered taste: Treat oral candidiasis, ulcers; offer flavourful foods (tumours often make meat taste bitter/metallic).
  • Dyspepsia, nausea, vomiting: Treat with antiemetics, antacids.
  • Constipation: A completely full colon sends signals to the brain to stop eating. Treat with laxatives!
  • Pain: Severe pain kills the appetite. Treat with analgesia.
Management of Cachexia
  • Treat all reversible causes listed above.
  • Small, frequent, appealing meals: Don't force large portions on large plates (this overwhelms and nauseates the patient). Serve food on small saucers.
  • High-calorie, high-protein foods: Make every single bite count (add butter, cream, sugar to foods).
  • Corticosteroids: (e.g., Dexamethasone). May artificially stimulate appetite and improve well-being for a short term (2-4 weeks). Not useful long-term due to severe side effects (muscle weakness, immunosuppression).
  • Psychological support: Eating is deeply social. Encourage family presence, create a pleasant environment. Avoid turning meals into a battlefield of forced feeding.

⚠️ WARNING: Corticosteroids in Children
Do NOT use corticosteroids (like Dexamethasone or Prednisone 0.05–2 mg/kg) in children solely to treat anorexia/cachexia. Only use if the anorexia is associated with severe nausea, unremitting pain, asthenia (weakness), or depressed mood.

FAECAL INCONTINENCE
Why It Is So Distressing

Faecal incontinence completely strips patients of their dignity, causes severe psychological withdrawal, and places an enormous, exhausting physical burden on family caregivers. It requires hyper-sensitive, practical nursing care.

Causes & Assessment
Cause Explanation / Assessment Action
Faecal impaction (Overflow) Hard rock of stool blocks the rectum; liquid stool leaks around it. Action: Perform a Digital Rectal Exam (DRE) to feel for impaction.
Excessive laxative use Over-treatment of constipation causes loose stools. Action: Review medication chart.
Severe diarrhoea in debilitated patients Patient is simply too weak to voluntarily squeeze the external anal sphincter.
Paraplegia (Spinal Cord Injury) Loss of spinal cord motor control over the external anal sphincter. Action: Assess neurological level.
Relaxed anal sphincters (elderly) Age-related or disease-related muscle wasting of the sphincter complex.
Ano-rectal tumours Direct tumour destruction of the sphincter mechanism. Action: Inspect perianal area for masses/fistulas.
Management by Cause & Practical Home Care
  • Relaxed sphincters: Use constipating agents deliberately (Loperamide or Codeine phosphate) to firm up the stool.
  • Paraplegia: Institute a regular bowel regimen (e.g., daily glycerine suppositories to stimulate controlled rectal evacuation).
  • Ano-rectal carcinoma: Palliative radiotherapy to shrink tumour; rectal steroids (prednisolone suppositories) for inflammation; crushed metronidazole rectally to kill anaerobic bacteria causing offensive rotting discharge.
  • Faecal Impaction: Manual disimpaction, enemas, then establish a daily laxative regimen.
  • Home Care: Use plastic under-sheets (mackintosh) and adult diapers. Clean and dry the skin promptly after every episode to prevent acidic stool from burning the skin. Apply heavy Zinc Oxide barrier cream. Keep the room smelling fresh and use privacy screens to fiercely protect the patient's dignity.
COMPARISON TABLE: ALL GIT AND RELATED SYMPTOMS
Symptom Most Common Cause Key Drug Key Non-Drug Red Flag
Nausea/Vomiting Drugs (opioids), infection, raised ICP Depends on receptor cause Small meals, calm environment Coffee-ground vomit = active ulcer bleeding
Diarrhoea Infection, drugs, overflow Loperamide (if appropriate) Rehydration, skin care Blood in stool
Constipation Opioids, immobility, dehydration Bisacodyl 5–15 mg nocte Fluids, fibre, mobilisation Overflow incontinence
Mouth Sores Candidiasis (HIV), mucositis (chemo) Nystatin / Fluconazole Regular mouth care, saline rinse Giving steroids before treating infection
Dysphagia Oesophageal candidiasis, tumour stricture Fluconazole 200 mg Upright position, soft/pureed diet Aspiration risk (choking)
Hiccups Gastric distension, phrenic nerve irritation Metoclopramide / Haloperidol Dry bread, sugar, re-breathing Persistent > 48 hours
Reflux (GERD) Abdominal pressure (ascites), NSAIDs Omeprazole 20–40 mg OD Upright after meals, stop NSAIDs Aspiration pneumonia
Dehydration Reduced intake (terminal phase) SC fluids (only if reversible cause) Mouth care, small sips/ice Aspiration / pulmonary edema from forced IV fluids
Cachexia Advanced cancer, HIV cytokines Corticosteroids (short trial) Small appealing meals, dignity Forced feeding causes severe distress and doesn't work
Faecal Incontinence Impaction, laxative overuse, paraplegia Loperamide / codeine (for weak sphincter) Barrier cream, regular cleaning, pads Skin breakdown, rapid severe pressure sores
MNEMONICS AND EXAM TIPS

🧠 Mnemonic for Mouth Assessment: "L-T-G-P-T-S"

  • L - Lips
  • T - Tongue
  • G - Gums
  • P - Palate
  • T - Teeth
  • S - Saliva

🧠 Mnemonic for Dehydration Management: "M-O-U-T-H"

  • M - Moisten lips and mouth constantly
  • O - Offer small sips or ice chips (if safe to swallow)
  • U - Understand and listen to the family's concerns
  • T - Teach that reduced intake is a natural, peaceful part of dying
  • H - Honour the patient's comfort over forced hydration
❓ Exam-Style Application Questions

Question: A patient with advanced HIV has painful swallowing but no visible white patches in the mouth. What is the likely diagnosis, and what would you prescribe?
Answer: Oesophageal candidiasis — thrush can aggressively affect the oesophagus without any oral involvement. Prescribe systemic Fluconazole 200 mg daily for 2 weeks.

Question: A dying patient has not drunk fluids for 48 hours. The family insists on starting IV fluids. How do you respond?
Answer: Explain that reduced fluid intake is natural in the terminal phase. Forced hydration risks aspiration pneumonia, pulmonary edema, and does not prolong life or improve comfort. Focus heavily on mouth care to keep the mouth moist. If the patient is awake and thirsty, offer small sips or ice chips.

Question: A patient with oral ulcers is prescribed dexamethasone 4 mg. What must you check first?
Answer: Rule out or treat infection first! Steroids will drastically worsen fungal or bacterial infections. Inspect for candidiasis, herpes, or bacterial infection. Treat the infection, THEN consider steroids for inflammation.

Question: What is the physiological difference between starvation and cachexia?
Answer: Starvation is a simple lack of caloric intake and is easily reversed by feeding. Cachexia is a hyper-catabolic, inflammatory wasting syndrome driven by cytokines (TNF-alpha, IL-6) that force the body to destroy its own muscle and fat. It is NOT reversed by forced feeding.

SUMMARY: KEY NURSING POINTS
  • Mouth care is prevention: Regular cleaning prevents most devastating oral problems.
  • Oral candidiasis is extremely common in HIV: Inspect the mouth daily using a torch.
  • Nystatin must be held in the mouth: It requires topical contact action. Don't let patients swallow it immediately like a pill.
  • Never give steroids for mouth ulcers: Until infection is explicitly ruled out or treated.
  • Hiccups: Often caused by gastric distension — Metoclopramide effectively treats the root cause by emptying the stomach.
  • Reflux management: Starts with positioning upright and stopping NSAIDs — these interventions cost absolutely nothing.
  • Dehydration in terminal phase is natural: Meticulous mouth care, not forced IV fluids, is the absolute priority.
  • Cachexia is metabolic, not nutritional: Forced feeding does not help, does not build muscle, and only causes severe emotional and physical distress.
  • Faecal incontinence is often overflow: Always assess with a rectal exam for impaction before blindly treating it as diarrhoea.
  • Dignity is central: Protect the patient's self-respect at every step when managing all GIT symptoms.
REFERENCES
  • African Palliative Care Association (APCA) Guidelines for Symptom Management.
  • World Health Organization (WHO) Guidelines for Palliative Care and Symptom Control.
  • Oxford Textbook of Palliative Nursing (Core Principles of Symptom Management).
  • Uganda Clinical Guidelines: National Guidelines for Management of Common Conditions.
  • Local Institutional Protocols for End-of-Life Care and Symptom Management.

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Pain Management

Pain Management

Pain Management in Palliative Care
INTRODUCTION TO PAIN MANAGEMENT
Pain as a Human Right

The World Health Organization (WHO) states that freedom from cancer pain and pain caused by other diseases like HIV/AIDS should be a basic human right. No person should suffer unnecessarily from pain that can be treated.

In Uganda, where cancer and HIV/AIDS are major causes of illness and death, pain management is one of the most important services nurses can provide. Yet pain remains one of the most undertreated symptoms in our health facilities.

Pain Management Comes After Assessment

Pain cannot be managed properly without first being assessed. Assessment tells us:

  • Where the pain is
  • What type of pain it is
  • How severe it is
  • What is causing it
  • What the patient has already tried

Without assessment, treatment is only guessing — and guessing causes suffering.

Pain Assessment CLICK HERE if you haven't read it yet

PRINCIPLES OF EFFECTIVE PAIN MANAGEMENT

The WHO has established five fundamental principles that guide all pain management in palliative care. Every nurse must know these by heart.

💡 Physiological Context: Why these rules exist

Pain pathways in the central nervous system (CNS) undergo "wind-up" or central sensitization. If pain is left untreated or allowed to fluctuate wildly, the spinal cord receptors (NMDA receptors) become hyper-reactive. This means it takes exponentially MORE medication to treat pain once it has "broken through" than it takes to prevent it in the first place.

Principle 1: BY THE MOUTH

Always give treatment orally when possible.

Why?
  • The oral route is the safest, most convenient, and most acceptable route for patients.
  • Oral medicines can be taken at home without a nurse present.
  • Oral morphine is cost-effective compared to injections or tablets.
  • Patients prefer oral medicines because they avoid the pain and fear of injections.
When oral is not possible:
  • If the patient is vomiting severely.
  • If the patient is unconscious and cannot swallow.
  • If the patient has a bowel obstruction.
  • In these cases, use rectal, subcutaneous, buccal (inside the cheek), or intravenous routes.

Nursing tip: Even unconscious patients can absorb small amounts of oral morphine through the mucosa of the mouth (buccal) or rectum. (Physiology: Buccal and rectal routes bypass the hepatic first-pass metabolism, allowing the drug to enter the systemic circulation directly via the capillary beds).

Principle 2: BY THE CLOCK

Persistent pain requires regular, round-the-clock dosing.

Key points:
  • Give analgesics at fixed, regular intervals — not just when the patient asks.
  • Give the next dose before the previous one has worn off.
  • For oral morphine, this means every 4 hours (6 doses per day).
  • Do not wait for the patient to complain of pain. By the time they complain, the pain has already returned and is harder to control.
Why this matters:
  • Pain that is allowed to return causes fear, anxiety, and suffering.
  • It takes more medicine to relieve pain that has "broken through" than to prevent it.
  • Regular dosing keeps a steady level of medicine in the blood. (Maintaining therapeutic plasma concentration).

Nursing tip: Write a clear schedule for the patient and family. For example: "Take morphine at 6am, 10am, 2pm, 6pm, 10pm, and 2am."

Principle 3: BY THE LADDER

Use the WHO analgesic ladder as a guide to management. You can move stepwise up or down the ladder.

The WHO analgesic ladder is a step-by-step system for choosing pain medicines based on pain severity.

Key points:
  • Start at the step that matches the patient's pain level.
  • If pain is not controlled, move up to the next step.
  • If pain improves, you can move down to a lower step.
  • Step 1 drugs can be used with Step 2 and Step 3 drugs.
  • BUT: Weak opioids (Step 2) must NEVER be given with strong opioids (Step 3) because they work on the same receptors and do not add benefit. (Physiological reason: They compete for the exact same Mu-opioid receptors. Giving Codeine with Morphine just wastes the Codeine and can even antagonize/block the stronger Morphine's effect!).
Principle 4: BY THE PATIENT

Dosage is determined on an individual basis. No two patients are the same.

Key points:
  • The "right dose" is the dose that relieves the patient's pain without causing intolerable side effects.
  • There is no standard dose of morphine that fits everyone.
  • Factors that affect the dose include:
    • Age (elderly need lower starting doses).
    • Weight (very thin/cachexic patients need lower doses).
    • Kidney function (impaired kidneys cause morphine to build up).
    • Previous use of opioids (patients already on codeine may need higher starting doses of morphine).
    • Severity and type of pain.
    • Psychological and social factors.
Principle 5: ATTENTION TO DETAIL / ADJUVANTS

Pay attention to the details of care, including side effects and adjuvant medicines.

Key points:
  • Regular laxatives are needed in ALL patients who receive opiates — except those with persistent diarrhea.
  • Antiemetics are usually required with initial morphine use, especially in African patients who seem more prone to nausea.
  • Not all pain responds to opiates and the ladder.
Opiate semi-responsive pain:
  • Bone pain → NSAIDs +/− opiates
  • Nerve compression → steroids
  • Increased intracranial pressure (ICP) → steroids
  • Inflammation → steroids
Opiate-resistant pain:
  • Muscle pain/spasm → muscle relaxants
  • Neuropathic pain → tricyclic antidepressants (amitriptyline) and anticonvulsants
Additional Principles for Administering Analgesia
Principle What It Means Nursing Action
Avoid unnecessary delay Do not make a patient in severe pain wait for hours. Give pain relief immediately. Do not delay for "doctor's rounds."
Give adequate dosages Do not under-dose out of fear. Follow the WHO ladder. Titrate up if pain persists.
Schedule according to pharmacology Know how long each medicine lasts. Morphine lasts 4 hours. Paracetamol lasts 4-6 hours. Plan doses accordingly.
Titrate the dose for each patient Increase gradually until pain is controlled. Increase morphine by 30-50% every 24-48 hours if needed.
Give written instructions Patients and families need clear guidance. Write the schedule in simple language or local language.
Prescribe a breakthrough dose Extra medicine for sudden flares of pain. Give 1/6 to 1/10 of the total daily morphine dose every 1 hour as needed.
Prevent and treat side effects Side effects can stop patients from taking medicine. Give laxatives with every opioid. Give antiemetics if nausea occurs.
Treat other symptoms aggressively Constipation and muscle spasms make pain worse. Treat constipation before it becomes severe. Treat spasms with muscle relaxants.
THE WHO ANALGESIC LADDER

The WHO analgesic ladder was created as a method for effectively managing pain in cancer patients. It has proven successful in providing pain relief to approximately 90% of cancer patients when used correctly.

The ladder has three steps. You move up the ladder as pain severity increases.

STEP 1: MILD PAIN — NON-OPIOIDS

Used for pain scores of 1-3 out of 10 (or 1-2 out of 5).

Paracetamol (Acetaminophen)
Adult dose 500mg–1g orally every 6 hours
Maximum daily dose 4g (4000mg) per day
How it works Acts centrally in the brain to reduce pain and fever.
Notes
  • Can be combined with an NSAID.
  • Hepatotoxicity (liver damage) can occur if more than 4g is given per day. (Pathophysiology: Glutathione stores are depleted, leading to accumulation of the toxic metabolite NAPQI).
  • Safe in most patients, including those who cannot take NSAIDs.
Ibuprofen (NSAID — Non-Steroidal Anti-Inflammatory Drug)
Adult dose 400mg orally every 6–8 hours
Maximum daily dose 1.2g (1200mg) per day
How it works Acts peripherally to reduce inflammation, pain, and fever. Blocks prostaglandins. (Physiology: Inhibits the Cyclooxygenase (COX) enzymes, stopping the conversion of arachidonic acid to inflammatory prostaglandins).
Notes
  • Give with food to protect the stomach.
  • Avoid in asthmatic patients — can trigger asthma attacks.
  • Effective for bone and soft tissue pains due to anti-inflammatory action.
  • Can cause GI bleeding or kidney toxicity with long-term use.
  • If GI symptoms occur, stop and give an H2 receptor antagonist like Ranitidine.
Diclofenac (NSAID)
Adult dose 50mg orally every 8 hours
Maximum daily dose 150mg per day
Notes
  • Give with food.
  • Avoid in asthmatic patients.
  • Stronger anti-inflammatory effect than ibuprofen.
  • Same cautions about GI bleeding and kidney problems.
💡 Important Clinical Synergism

Paracetamol and NSAIDs can be given together because they work in different ways (paracetamol centrally in the brain, NSAIDs peripherally at the site of injury). This combination often provides far better relief than either drug alone without requiring an opioid.

STEP 2: MODERATE PAIN — WEAK OPIOIDS

Used for pain scores of 4-6 out of 10 (or 3-4 out of 5). Used when Step 1 drugs do not control the pain.

Codeine
Adult dose 30–60mg orally every 4 hours
Maximum daily dose 240mg per day (this is the "ceiling dose")
How it works A weak opioid that blocks pain signals in the brain and spinal cord. (It is a prodrug; the liver enzyme CYP2D6 converts about 10% of codeine into active morphine).
Notes
  • Often combined with Step 1 analgesics (e.g., co-codamol = codeine + paracetamol).
  • Give laxatives to prevent constipation unless the patient has diarrhea.
  • If pain relief is not achieved at the ceiling dose (240mg/day), move to Step 3 (morphine). Do not keep increasing codeine — it will not work beyond 240mg because the liver enzymes become saturated.
Tramadol
Adult dose 50–100mg orally every 4–6 hours
Maximum daily dose 400mg per day
How it works Weak opioid with additional effects on serotonin and norepinephrine (also helps mood).
Notes
  • Start with a small dose and increase if no response.
  • Use with caution in epileptic patients — can lower seizure threshold.
  • May be costly and is only recently available in Uganda.
  • Can cause nausea, dizziness, and constipation.
STEP 3: SEVERE PAIN — STRONG OPIOIDS

Used for pain scores of 7-10 out of 10 (or 5 out of 5). Used when Step 1 and Step 2 drugs do not control the pain.

Morphine — The Gold Standard

Morphine is the "gold standard" against which all other opioid analgesics are measured. When used correctly:

  • Patients do not become addicted.
  • Tolerance is uncommon in the way people fear.
  • Respiratory depression does not usually occur when started carefully and titrated properly.

Key principle: The correct morphine dose is the one that gives pain relief. There is no ceiling or maximum dose — the right dose is the one that controls the patient's pain without intolerable side effects. However, you must increase the dose gradually.

Starting Doses of Oral Morphine
Patient Type Starting Dose Frequency Notes
Standard adult 5–10mg Every 4 hours For patients new to strong opioids
Patient changing from Step 2 (e.g., codeine 30mg q4h) 10mg Every 4 hours Already has some opioid tolerance
Cachexic patient (very thin/weak) or no prior opioids 5mg Every 4 hours Start low to avoid side effects
Frail/elderly patient 2.5mg Every 6–8 hours Due to likelihood of impaired renal function reducing excretion.

In Uganda, the most common dose is 30mg per 24 hours (e.g., 5mg every 4 hours).

Morphine Available in Uganda

Oral morphine solution comes in different strengths (identified by cap color):

Strength Color Concentration Typical Use
Weak Green 5mg per 5ml Starting dose for most patients
Strong Red 50mg per 5ml Patients on higher doses
Very strong Blue 100mg per 5ml Patients on very high doses

Nursing tip: Always double-check the concentration before giving morphine. Giving 5ml of the red bottle (50mg) instead of the green bottle (5mg) is a 10-fold overdose!

Black Box Warning:
  • When morphine is administered as an epidural drug, patients must be closely monitored in a fully equipped and staffed environment for at least 24 hours due to the risk of adverse effects.
  • Extended-release tablets of morphine have a potential for abuse similar to other opioid analgesics.
  • Morphine is classified as a Schedule II controlled substance and should be used strictly according to dispensing instructions. Tablets or capsules should be taken whole and should not be broken, chewed, dissolved, or crushed.
  • Alcohol consumption should be avoided when taking morphine products.
  • Failure to adhere to these warnings could result in fatal respiratory depression.
Titrating Morphine

"Titrating" means adjusting the dose until pain is controlled.

How to titrate:
  1. Start with the initial dose (e.g., 5mg every 4 hours).
  2. Assess pain regularly.
  3. If pain is still severe after 24-48 hours: Add the total daily dose + total breakthrough doses given in 24 hours. Divide by 6 to get the new 4-hourly dose.
  4. OR: Increase by 30–50% increments (e.g., 5mg → 7.5mg → 10mg → 15mg). Increments of less than 30% are ineffective. Do not increase by tiny amounts.
Example of Titration Math:
  • Patient takes 5mg every 4 hours = 30mg per day.
  • Needs 3 breakthrough doses of 5mg each = 15mg extra.
  • Total in 24 hours = 45mg.
  • New regular dose = 45mg ÷ 6 = 7.5mg every 4 hours.
Breakthrough Pain

Even patients on regular morphine may have breakthrough pain — sudden flares of pain that "break through" the regular control.

Management:
  • Give an additional dose of oral morphine.
  • The breakthrough dose is usually 1/6 to 1/10 of the total daily dose.
  • If using 30mg per day, breakthrough dose = 5mg.
  • If breakthrough doses are needed more than 2-3 times per day, the regular 4-hourly dose needs to be increased.
Converting to Slow-Release Morphine

Once pain is stable on regular immediate-release morphine for 2-3 days:

  • Calculate the total daily dose of immediate-release morphine.
  • Divide by 2 to get the twice-daily (every 12 hours) slow-release dose.
  • Continue to give immediate-release morphine for breakthrough pain.
Example:
  • Patient takes 10mg every 4 hours = 60mg per day.
  • Slow-release morphine = 30mg every 12 hours.
  • Continue immediate-release 10mg every 1 hour as needed for breakthrough.
Alternative Routes When Oral is Not Possible
Route When to Use Conversion Ratio
Rectal Patient cannot swallow but rectum is functional Same as oral dose (1:1)
Subcutaneous (SC) Patient cannot swallow, needs continuous infusion PO:SC = 2:1 (e.g., 10mg oral = 5mg SC)
Intravenous (IV) Rapid relief needed, patient in hospital PO:IV = 2–3:1 (e.g., 30mg oral = 10mg IV)
Buccal (inside cheek) Small amounts for unconscious patients Absorbed directly through mouth mucosa
Pethidine (Meperidine) — NOT Recommended in Palliative Care

Pethidine is sometimes used for severe pain, but it is NOT recommended in palliative care because:

Problem Explanation
Short duration of action Only lasts 3 hours — too short for chronic pain control.
Toxic metabolite Metabolite norpethidine accumulates and causes CNS excitation and convulsions (seizures), especially in renal impairment.
Needs injection Must be given by IM injection, meaning the patient must be near medical help and endure more pain from the needle.
Addiction risk Higher risk of euphoria and addiction compared to morphine.

Use pethidine ONLY for: Short-term control of severe pain after an operation — not for long-term palliative care.

❓ Clinical Question

Case: A 70-year-old palliative cancer patient is currently on Step 2 of the WHO ladder (Codeine 60mg every 4 hours), but reports his pain is still an 8/10. The doctor suggests adding a low dose of Morphine (5mg) on top of the Codeine. As the nurse, what is your intervention?

Answer: You must intervene and stop this order. Principle 3 (By the Ladder) states that Weak Opioids (Codeine) must NEVER be combined with Strong Opioids (Morphine). They compete for the exact same Mu receptors, so there is no added benefit. The correct action is to stop the Codeine entirely and transition the patient completely onto Step 3 (Morphine).

PHARMACOLOGY OF MORPHINE

Understanding how morphine works helps nurses explain it to patients, monitor for side effects, and advocate for proper use.

How Morphine Works (Mechanism of Action)

Morphine exerts its action by:

  • Binding to opioid receptors in the brain and spinal cord (specifically mu and kappa receptors), resulting in profound pain relief (analgesia).
    (Physiology Expansion: Opioid receptors are G-protein coupled. When morphine binds, it opens Potassium (K+) channels to hyperpolarize the cell, and closes Calcium (Ca2+) channels on the presynaptic nerve. This strictly halts the release of pain neurotransmitters like Substance P and Glutamate!)
  • Acting on the spinal cord to modify the transmission of pain signals from the periphery to the brain.
  • Activating inhibitory pathways from the brain stem and basal ganglia — these are the body's natural "pain control systems." (Specifically, the descending inhibitory pathways from the Periaqueductal Gray - PAG).
  • Acting on the limbic system and higher brain centers to modify the emotional response to pain. This is why morphine not only reduces the sensation of pain but also reduces the fear and distress associated with it.
  • Affecting the gastrointestinal and respiratory systems partly through the autonomic nervous system and partly through direct interaction with opioid receptors in peripheral tissues.
Pharmacokinetics (How the Body Handles Morphine)
Feature Detail & Physiological Context
Plasma half-life 2–3 hours (unaffected by constant usage)
Effective duration of action Approximately 4 hours (This is the exact pharmacological reason why we dose oral immediate-release morphine every 4 hours!)
Metabolism Mainly in the liver via glucuronidation.
Metabolites (CRITICAL)
  • Morphine-3-glucuronide (M3G): Probably has no significant analgesic action. (Excess M3G can actually cause neurotoxicity, agitation, and hyperalgesia/worsening pain!)
  • Morphine-6-glucuronide (M6G): A potent opioid receptor agonist. Improved pain control is associated with higher morphine plus M6G concentrations.
Excretion Glucuronide metabolites are excreted in the urine.
Renal impairment Including normal age-related decline, can lead to accumulation of M3G and M6G, causing adverse effects: cognitive impairment, nausea, vomiting, myoclonus (muscle jerking).
Liver disease Not reported to alter morphine pharmacokinetics significantly, but care must be taken with severe hepatic dysfunction.
Indications for Morphine

Morphine is indicated for:

Use Explanation & Pathophysiology
Moderate to severe pain The primary indication in palliative care.
Acute myocardial infarction (heart attack) Alleviates chest pain and reduces anxiety. (It also causes venodilation, reducing preload on the damaged heart, which decreases cardiac workload).
Severe acute and chronic pain When non-narcotic analgesics have proven ineffective.
Pre-anesthetic medication To calm the patient before surgery.
Shortness of breath (dyspnea) From heart failure and pulmonary edema. (Morphine decreases the brainstem's sensitivity to CO2 build-up, reducing the terrifying sensation of air hunger).
Diarrhea Morphine slows gut movement by binding to Mu receptors in the GI tract.
Cough Morphine heavily suppresses the cough reflex in the medullary cough center.
Common Side Effects of Morphine
Side Effect Explanation Nursing Management
Constipation Morphine slows down the gut. This happens to EVERY patient on opioids. Tolerance to constipation NEVER develops. Always give a laxative alongside morphine (unless the patient has diarrhea). Example: Bisacodyl 5mg at night, increase to 15mg if needed.
Nausea and vomiting Morphine stimulates the Chemoreceptor Trigger Zone (CTZ) in the brain. Common in the first few days. Give anti-emetics: Metoclopramide (Plasil) 10mg every 8 hours OR Haloperidol 0.5–1.5mg once a day.
Drowsiness Common in the first few days as the body adjusts. Reassure the patient. If it persists beyond 3 days, reduce the morphine dose slightly.
Itching (Pruritus) Not very common, but can occur. (Due to morphine directly causing mast cells to release histamine—this is a side effect, NOT a true allergic reaction). Reduce the dose of morphine if needed. Give antihistamines.
Contraindications and Cautions
  • Acute or severe asthma: Morphine can worsen respiratory symptoms (depresses respiratory drive and releases histamine causing bronchoconstriction).
  • Gallbladder disease: May intensify or mask pain from biliary tract spasms. (Morphine specifically causes spasms of the Sphincter of Oddi).
  • GI obstruction: Morphine slows gut movement and can worsen a mechanical obstruction.
  • Severe hepatic / renal impairment: Metabolism altered or toxic metabolites accumulate.
  • Elderly, debilitated, or cachectic patients: Start with reduced doses (e.g., 2.5mg) due to decreased organ function and body mass.
Adverse Effects & Drug Interactions
  • Adverse Effects: Dysphoria (restlessness/depression), Hallucinations, Dizziness, Overdose (severe respiratory depression or cardiac arrest).
  • Interactions:
    • CNS Depressants (alcohol, sedatives) potentiate respiratory depression.
    • MAO Inhibitors (antidepressants) increase risk of Serotonin Syndrome (agitation, hallucinations, rapid heartbeat, high temp).
    • Tricyclic Antidepressants enhance analgesia but increase sedation.
⚠️ Black Box Warnings for Morphine
  • Epidural morphine: Monitor closely for 24 hrs due to delayed respiratory depression.
  • Extended-release tablets: Do not break, chew, dissolve, or crush! Breaking them destroys the slow-release matrix, causing a massive, fatal dose dumping.
  • Avoid alcohol: Synergistic respiratory depression.
Morphine Prescription Example
Date: 25/3/2014
Patient: Baluku John
IP No: 123/14
Age / Sex: 68 years / Male
Diagnosis: Cancer of the penis (Ca penis)
Medication: Liquid morphine 5mg in 5ml (Green cap)
Instructions: Take 5ml every 4 hours AND 10ml at night (Double dose at night helps patient sleep through without waking up for a dose)
Supply: 250ml
Treatment of Morphine Overdose & Naloxone

Morphine overdose is rare when used correctly, but nurses must know how to respond.

  • Naloxone: A pure opioid receptor antagonist. It rips morphine off both mu and kappa receptors to reverse effects. Given IV. Restores normal breathing and consciousness.
  • Administration Alert: Administer if respiratory rate is fewer than 10 breaths per minute.
  • Adverse effects: Sudden rapid loss of analgesia (severe pain returns instantly!), increased BP, tremors, hyperventilation.
  • Clinical Caution: The half-life of Naloxone is very short (30-60 mins). The half-life of Morphine is longer. The patient can slip back into an overdose state once the Naloxone wears off. Continuous monitoring and multiple doses are often needed!
  • Activated charcoal / Laxatives: Used if oral overdose just occurred, to bind morphine in gut and promote elimination.
Understanding Dependence, Tolerance, and Addiction

These three concepts are often confused. Nurses must understand the difference to educate patients and families.

  • Opioid Dependence: Means the patient cannot function without the drug.
    • Psychological dependence (addiction): Cravings and compulsive drug-seeking behavior. Very rare in patients using morphine for real pain.
    • Physiological dependence: The body physically adapts. If the drug is stopped abruptly, the patient gets withdrawal symptoms (sweating, tremors, diarrhea). Prevented by tapering gradually over 2-3 days.
    • Therapeutic dependence: The underlying cause of pain is not resolved, so the patient needs ongoing morphine. This is normal and appropriate.
  • Tolerance: The body gets used to the drug, and higher doses may be needed over time to achieve the same effect.
    • Myth: "If we increase the dose, the patient is becoming addicted."
    • Truth: Needing more morphine usually means the disease is progressing (the tumor is growing/pain is getting worse), not addiction.
  • Addiction: Very rare in medical settings when used for real pain. Driven by psychological craving for a "high," not pain relief.
  • Cognitive Impairment: Some sedation/memory deficit may occur for the first 3-5 days. This is NOT addiction; it is simply the brain adjusting. It usually resolves completely.
MYTHS AND FEARS ABOUT MORPHINE

Many patients, families, and even health workers in Uganda fear morphine. These fears prevent patients from getting the relief they need. You must address each myth with facts.

Myth / Fear The Clinical Truth
"Morphine is only offered when death is imminent. / Reserved until the end." The degree of pain, not the stage of illness, determines the need. Early use does not diminish later effectiveness. There is no upper dose limit!
"Morphine hastens death / kills patients." Morphine relieves suffering, it does NOT speed up death. Properly prescribed, it allows patients to function and live with dignity.
"Pain medications always cause heavy sedation." Initial sedation occurs due to chronic sleep deprivation. Once rested and pain-free, patients regain normal alertness.
"Injectable morphine is more effective than oral." Oral morphine is well absorbed and is the preferred route (By the Mouth). Injections are only for when oral is impossible.
"Patients cannot experience pain while sleeping / laughing." Pain can wake patients from sleep. Distraction (laughing/TV) reduces pain perception temporarily, but the physical pain is still there.
"Vital signs are reliable indicators of pain." Vital signs can be completely NORMAL in chronic pain because the autonomic nervous system adapts. Always trust the patient's self-report!
ADJUVANT MEDICATIONS

Adjuvants are drugs primarily used for other purposes but are highly effective in relieving pain under certain circumstances, especially for opiate semi-responsive and opiate-resistant pain.

Antidepressants (e.g., Amitriptyline)
  • Use: Neuropathic pain (burning, electric, shooting nerve pain).
  • Mechanism: Increases serotonin and norepinephrine in the spinal cord, which strengthens the descending inhibitory pain pathways.
  • Dose: Start 12.5mg at night. It takes up to a week to see response. (Given at night because a side effect is drowsiness).
  • Side effects: Anticholinergic effects (dry mouth, urinary retention, postural hypotension).
Anticonvulsants (e.g., Gabapentin, Carbamazepine, Phenytoin)
  • Use: Neuropathic pain (stabbing/shooting nature).
  • Mechanism: Blocks voltage-gated sodium/calcium channels, stopping the hyper-excitable "misfiring" of damaged nerves.
  • Side effects: Sedation, ataxia (unsteady walking), dizziness.
Corticosteroids (e.g., Dexamethasone)
  • Use: Raised Intracranial Pressure (headache), Nerve compression, Metastatic bone pain, Organ capsule distension (liver tumor stretching capsule).
  • Mechanism: Massively reduces peritumoral edema (swelling around the tumor).
  • Side effects: Gastric irritation, oral thrush (candidiasis), fluid retention, steroid-induced diabetes. (Caution in HIV/AIDS patients - may need prophylactic fluconazole).
Smooth Muscle Relaxants (e.g., Hyoscine butylbromide / Buscopan)
  • Use: Spasmodic pain (biliary colic, bowel obstruction, ureteric colic).
Bisphosphonates (e.g., Pamidronate)
  • Use: Intractable metastatic bone pain. (Mechanism: Inhibits osteoclasts, stopping the tumor from destroying the bone).
Other Interventions
  • Antibiotics: For fungating, infected wounds.
  • Frangipani petals: Traditional remedy for post-herpetic neuralgia (shingles pain).
  • Capsaicin cream: Depletes Substance P in nerve endings for neuropathic pain.
NON-PHARMACOLOGICAL METHODS OF PAIN CONTROL

Pain is influenced by psychological, cultural, social, and spiritual factors. These methods work alongside medicines — they do not replace them.

💡 Physiology Expansion: The Gate Control Theory of Pain

Why does massage or rubbing an injury make it feel better? According to Melzack & Wall's Gate Control Theory, non-painful tactile stimulation (rubbing/massage) activates large, fast A-beta nerve fibers. These fast fibers rush to the spinal cord and physically "close the gate" on the slower C-fibers that are trying to carry the pain signals up to the brain!

Types of Non-Pharmacological Management:
  • Physical: Massage, heat/cold, physiotherapy, surgery, radiotherapy. (Shrinks tumors, reduces muscle tension).
  • Psychological: Counseling, relaxation, imagery, distraction (music, TV). (Reduces anxiety which amplifies pain).
  • Social: Financial/legal support, family counseling. (Resolves worries that make pain feel worse).
  • Spiritual: Prayer, life review. (Addresses fear of death and loss of meaning).
Important Principles:
  • Not all methods suit every patient (e.g., do not massage a bone with metastases; do not use heat on an open wound).
  • Do not tell a patient in severe pain to "just pray". Give morphine AND provide spiritual support.
  • In resource-limited settings like Uganda, these methods are especially valuable when medicines are scarce.
SUMMARY OF KEY POINTS & USEFUL TIPS
  • Buccal Absorption: Oral morphine can be absorbed through the buccal mucosa or rectum—useful for unconscious patients.
  • Treat Pain First: A patient in severe pain cannot discuss psychosocial concerns or make end-of-life decisions. Control the physical pain first!
  • Psychosocial Aggravation: No amount of analgesia will relieve pain if the root cause is untreated fear, guilt, or family conflict (Total Pain concept).
  • Short-Term Use is Safe: Opiates can be used short-term for sickle cell crisis, burns, or cryptococcal meningitis without causing addiction.
  • Constipation Prevention: Assess for side effects at every interaction. Constipation is the most common side effect and MUST be prevented proactively.
❓ Clinical Scenario

Case: A 45-year-old female with advanced cervical cancer presents with severe, burning, shooting pain radiating down her right leg. She is currently taking Morphine 10mg every 4 hours, but complains the pain is keeping her awake at night. What adjuvant medication would be the most appropriate addition to her regimen?

Answer: The burning, shooting nature of the pain indicates it is Neuropathic Pain (likely from the tumor pressing on the lumbosacral plexus). The best addition is an Antidepressant (e.g., Amitriptyline 12.5mg at night) or an Anticonvulsant (e.g., Gabapentin). Amitriptyline is especially useful here because it treats neuropathic pain and its side effect of drowsiness will help her sleep through the night.

REFERENCES
  • World Health Organization (WHO) Guidelines for the Pharmacological and Radiotherapeutic Management of Cancer Pain in Adults and Adolescents.
  • Palliative Care Association of Uganda (PCAU) and Ministry of Health Uganda Clinical Guidelines on Pain Management.
  • Melzack R, Wall PD. Pain mechanisms: a new theory. Science. 1965 Nov 19;150(3699):971-9.

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Assessment OF Pain

Assessment OF Pain

Pain Assessment
INTRODUCTION TO PAIN ASSESSMENT
What is Pain Assessment?

Pain assessment is the systematic process of gathering information about a patient's pain. It is the first and most important step in pain management. If we do not assess pain properly, we cannot treat it properly.

Good assessment is the key to effective pain management. Without assessment, we are only guessing — and guessing causes suffering.

We covered Pain already, incase you want to view Pain Introduction, Click Here.
Why is Pain Assessment a Nursing Priority?
  • Nurses spend the most time with patients.
  • Nurses are often the first to notice when a patient is in pain.
  • Nurses give the pain medicines and must know if they are working.
  • In Uganda, where doctors may not be present in every ward or clinic, nurses are frequently the main health workers responsible for pain assessment.
  • You cannot treat what you do not understand.
PRINCIPLES OF PAIN ASSESSMENT
The Golden Rule

"Pain is whatever the patient says it is, existing whenever they say it does."

  • Believe the patient. If they say they have pain, they have pain.
  • Do not rely only on vital signs (heart rate, blood pressure) to decide if someone is in pain. In chronic pain, these signs may be normal even when pain is severe.
Assessment Must Be Holistic

Pain is not just a physical sensation. It has physical, psychological, social, spiritual, and cultural dimensions. A thorough assessment looks at all of these.

Assessment Must Be Regular
  • Pain must be assessed at every patient contact.
  • After giving pain medicine, reassess to see if it worked.
  • Measure pain at regular intervals: every 6 hours, every 4 hours, or every 2 hours in severe cases.
Keep It Simple
  • Use simple tools and simple language.
  • Complex questionnaires may be too demanding for very sick palliative care patients.
  • Use tools that match the patient's literacy level, language, and culture.
THE HOLISTIC PAIN ASSESSMENT

A thorough pain assessment goes far beyond asking "Where does it hurt?" We must assess the whole person.

Physical Assessment
Ask Specific Questions

Use these questions to build a clear picture of the physical pain:

Question What to Ask Why It Matters
Onset "When did the pain start?" Tells us if the pain is new, worsening, or chronic.
Nature "What does the pain feel like?" (burning, stabbing, throbbing, aching, stinging) Helps identify the type of pain. Words like "shooting," "burning," or "electric" suggest neuropathic pain, which needs different medicines.
Site & Radiation "Where is the pain? Does it spread to other areas?" Helps locate the source. Referred pain may indicate specific organ or nerve involvement.
Type "What type of pain is it?" Is it somatic, visceral, neuropathic, or bone pain?
Duration & Changes "How long has the pain been there? Has it changed?" Tells us if the disease is progressing or if treatment is failing.
Precipitating / Aggravating Factors "What makes it worse?" (movement, eating, coughing, lying down, bowel movement) Helps us plan care. For example, if movement worsens pain, we give medicine before turning the patient.
Relieving Factors "What makes it better?" (rest, heat, cold, prayer, sitting up, medicines, herbs) Helps us choose treatments and understand what the patient has already tried.
Impact on Function "Does it stop you from walking, sleeping, eating, or working?" Shows how much the pain is destroying quality of life.
Impact on Mood & Sleep "Does the pain make you sad, angry, or unable to sleep?" Links physical pain to psychological suffering.
Previous Medications "What have you taken before? Did it help? Any side effects?" Guides future prescribing. If paracetamol failed, we move up the WHO ladder.
Meaning of Pain "What do you think this pain means?" The patient may think "This pain means I am dying." This fear makes pain feel worse.
Physical Examination
  • Inspect: Look at the body for swelling, redness, wounds, pressure sores, or visible tumors.
  • Palpate: Gently touch the painful area to check for tenderness, masses, or temperature changes.
  • Auscultate: Listen to bowel sounds, breathing, and heart sounds if relevant.
  • Check movement: Can the patient move? Are they guarding a limb? Is there stiffness?
  • Document findings: Record everything in writing and mark pain locations on a body chart.
Body Chart

A body chart is a simple drawing of a human body. The patient marks where they feel pain. This is especially useful when:

  • The patient has pain in more than one place.
  • The patient has difficulty describing locations with words.
  • The nurse needs to compare pain locations over time.

How to use it: Give the patient a pen and ask them to mark an X where it hurts the most. Use different marks (circles, shading) for different types or intensities of pain.

Limit Further Investigations

In palliative care, we do not order endless tests. We limit investigations to those that will significantly impact treatment decisions.

  • Example: Ordering an X-ray to see if a bone is broken may change how we position the patient.
  • Example: Ordering a CT scan just to "confirm what we already know" may be unnecessary and cause the patient distress and expense.
Evaluate the Extent of Disease

Understand how far the disease has progressed. This helps us know if the pain is from: The disease itself (tumor pressing on a nerve), A complication (infection, fracture), or Treatment side effects.

Psychological Assessment

Pain is deeply affected by the mind. A patient who is terrified or depressed feels more pain. Ask about:

Area Questions to Ask
History of illness & understanding "What do you understand about your illness?" "What have the doctors told you?"
Emotional & psychological response "How are you feeling inside?" "Are you sad, scared, or angry?"
Role impact "How is the illness affecting your role as a parent, mother, father, lover, or breadwinner?"
Hopes & fears "What are you hoping for?" "What are you most afraid of?"
Future plans "Do you have plans for the future?" (This reveals hope or hopelessness).
Losses & disappointments "What have you already lost because of this illness?" (job, independence, body image).
Unfinished business "Is there anything you still want to do or say?"
Things to accomplish "What is most important to you now?"

Why this matters in Uganda: Many patients fear that pain means death is coming. This fear makes the pain feel worse. Addressing the fear is part of treating the pain.

Social Assessment

Pain does not exist in a vacuum. A patient who is worried about school fees or eviction feels more pain. Ask about:

Area Questions to Ask
Role impact "How is the illness affecting your ability to work and care for your family?"
Family history "Who is around you? Where are they? How important are they? How supportive are they?"
Life stresses "What is happening with money, jobs, housing, children, and sources of support?"
Genogram (Family Tree) Draw a family tree. This helps the patient open up, shows family patterns, reveals conflicts, and acts as a therapeutic tool to discuss death and vulnerabilities.

Nursing action: If a patient is in pain AND worried about rent, relieving the pain is only half the battle. Link them with social support.

Spiritual Assessment

Spiritual pain can feel like physical pain. Patients may say "My heart hurts" when they mean they are spiritually broken. Assess:

Time Frame What to Explore
Past Regrets, guilt, shame. "Is there anything in your past that troubles you?"
Present Anger, grief for the loss of their own life, lost sense of purpose. "Do you feel life still has meaning?"
Future Hopes and fears of dying and death. "Are you afraid of what comes after death?"

In Uganda: Many patients are deeply religious. Spiritual pain may be expressed as "Why has God allowed this?" or "I am being punished." Recognizing this helps us provide spiritual care alongside pain medicine.

Cultural Assessment

Culture shapes how pain is expressed, treated, and understood. In Uganda, with over 50 ethnic groups, cultural assessment is essential.

Area What to Assess
Symptom description How does the patient describe pain? Some cultures use words like "heat," "heaviness," or "wind" rather than "pain."
Language Does the patient speak English? Do they need an interpreter?
Family role Who makes decisions? The patient, the elder, the husband, or the eldest son?
Autonomy & confidentiality Can the patient keep their diagnosis private, or does the family demand to know everything?
Attitudes toward ill-health Is illness seen as a curse, punishment, or natural event?
Food & diet Are there cultural foods or restrictions that affect medicine-taking?
Western medicine vs. other therapies Has the patient used herbs, traditional healers, or prayers? Do they trust modern medicine?
Attitudes toward death Is death discussed openly or taboo?
Rituals surrounding death Are there specific rituals the patient wishes to observe?

Nursing action: Respect cultural beliefs. Do not dismiss traditional medicine — ask about it, and work with it when safe.

THE PQRST PAIN ASSESSMENT TOOL

The PQRST tool is a simple, structured way to remember all the important questions to ask about pain. It is one of the most important tools for nursing exams and clinical practice.

P — Position / Precipitating and Relieving Factors
  • "Where is the pain?" "Can you point to where the pain is?" "Does the pain spread?" "Put an X where it hurts the most."
  • "Does anything worsen the pain, such as eating, bowel movements, or movement in general?"
  • "Does anything alleviate or improve the pain?"
  • "Does the pain get better when staying still?"
  • "Does it improve after having a bowel movement?"
  • "Does it improve after wound discharge?"
  • "Does using hot or cold compresses help?"
  • "Does praying or being with friends provide relief?"
  • "Have you tried any medications, painkillers, or herbs? Do they help?"
  • "Did any treatment reduce or eliminate the pain?"
Q — Quality

"What does the pain feel like to you?" "How would you describe your pain?"

Words the Patient Uses What It May Mean Type of Pain
"Aching," "throbbing," "gnawing" Somatic or bone pain Nociceptive
"Cramping," "squeezing," "pressure" Visceral (organ) pain Nociceptive
"Burning," "shooting," "stabbing," "electric," "pins and needles" Nerve damage Neuropathic
"Dull," "constant," "heavy" Deep tissue or organ involvement Mixed

Why this matters: Neuropathic pain (nerve pain) does not respond well to standard painkillers like morphine alone. It needs adjuvant medicines (amitriptyline, gabapentin). If you hear words like "burning" or "shooting," you must tell the doctor.

R — Radiation

"Where does the pain start?" "Does the pain radiate to any other areas?"

  • Examples of radiation: Back pain that radiates down the leg = sciatica (nerve compression). Shoulder pain from liver cancer = referred pain from the diaphragm. Chest pain radiating to the arm = heart pain (angina).
S — Site and Severity
  • Site: "Where is your pain?" (Use a body chart). Mark the exact location.
  • Severity: "On a scale of 0 to 5, how severe is the pain?" (Or 0 to 10, but 0-5 is easier in Uganda). "How does the pain affect your daily life?" "Does it prevent you from engaging in normal activities, sleeping, moving, sitting, or eating?"
T — Timing and Previous Treatment
  • "How long have you had the pain?"
  • "Is the pain constant or does it come and go?"
  • "Does the pain worsen at a specific time of day or night?"
  • "Have you received any previous pain treatments?"
  • "Are you on any pain treatment now? Does it help?"
M — Meaning of Pain

This is sometimes added to PQRST as a sixth element. It is critical in palliative care.

  • "What are your fears about the pain?" "What do you think is causing the pain?" "What does the pain mean to you?"
  • Common answers in Uganda: "I'm being punished." "I'm going to die." "There is no hope." "I have to suffer; it is my destiny." "I'm being eaten away."
  • Nursing action: When you know what the pain means to the patient, you can address the fear AND the physical sensation. If a patient believes pain means death, reassurance that pain can be controlled gives them hope.
Applied Clinical Question: Identifying Pain Types

Case: A patient with advanced cervical cancer complains of pain. When you ask her to describe it (The "Q" in PQRST), she says, "It feels like an electric shock shooting down my right leg."

Question: What type of pain is this, and why is this distinction crucial for your treatment plan?

Answer: This is classic Neuropathic Pain (nerve pain). It is crucial because standard WHO ladder painkillers (like Paracetamol or even Morphine alone) are often ineffective. You must alert the doctor to prescribe an adjuvant medication like Gabapentin or Amitriptyline.

PAIN ASSESSMENT TOOLS

Pain assessment tools help us measure pain so we can track it over time and see if treatment is working. They turn a subjective experience into a number or picture we can record.

  • Establish a baseline score at the first assessment.
  • Reassess regularly and plot scores on a graph to see trends.
  • Choose a tool that matches the patient's understanding and literacy level.
  • Remember: Most tools do not measure anxiety. Anxiety and pain have similar behavioral signs (restlessness, grimacing). It is possible to measure anxiety instead of pain. Always ask about both.
The Numerical Rating Scale (NRS)

Ask the patient to rate their pain intensity on a numerical scale (0 = No pain, 10 = Worst pain imaginable). In Uganda, it is easier to use a 0 to 5 scale:

Score Meaning Nursing Action
0 No pain Continue monitoring.
1 Little pain Mild — may need non-drug methods or paracetamol.
2 A bit more pain Mild to moderate — monitor closely.
3 Quite some pain Moderate — may need weak opioid (codeine).
4 Quite a lot of pain Severe — needs strong opioid (morphine).
5 Overwhelming pain — worst imaginable Severe — needs morphine urgently.
  • Verbal-Descriptor Variation: Instead of numbers, use words: "No pain", "Mild pain", "Mild-to-moderate pain", "Moderate pain", "Severe pain", "Very severe pain".
  • How to use with patients who struggle with numbers: Use fingers: "Show me with your fingers how bad the pain is. Zero fingers = no pain. Five fingers = worst pain."
The Hand Scale

Uses a hand gesture to represent pain level:

  • Clenched fist (0 fingers) = No hurt / No pain at all.
  • 1 finger extended = A little pain.
  • 2 fingers extended = A bit more pain.
  • 3 fingers extended = Quite some pain.
  • 4 fingers extended = Quite a lot of pain.
  • 5 fingers extended (open hand) = Hurts worst / Worst possible pain.
  • Important cultural warning: In some cultures, a closed fist might be interpreted as the worst possible pain (anger, fighting). You must explain the scale clearly to the patient.
  • Example explanation for a Ugandan patient: "I would like to find out the level of pain that you have. Can you tell me on a scale of 0 to 5, where 0 is no pain at all, 1 is a little pain, 2 is a bit more, 3 is quite some pain, 4 is quite a lot of pain, and 5 is overwhelming pain — the worst pain imaginable. Where would you put your pain on that scale?"
  • Note on African use: Experiences in Africa have shown that many people prefer the Hand Scale over the Faces Scale because it feels more natural and less like a child's tool.
The Faces Pain Scale (Wong-Baker)
  • Shows six cartoon faces with expressions ranging from a broad smile (no hurt) to a very sad, crying face (hurts worst). Numbered 0, 2, 4, 6, 8, 10 (or simplified 0-5).
  • Important instructions for the nurse: Train the patient: Explain that they are rating their pain level, not their emotions.
  • Bad use: A patient points to a sad face because they feel sad about their diagnosis, not because they are in pain.
  • Good use: "Point to the face that shows how much the pain hurts your body, not how sad you feel in your heart."
  • When to use it: Best for children, elderly patients with dementia, or adults with low literacy. Be aware that in some African settings, adults may feel this scale is too childish.
Body Chart & Eland Body Scale (For Children)
  • Body Chart: A drawing of the front and back of a human body. Useful for identifying multiple pain sites, referred pain, or radiation.
  • Eland Body Scale: Helps assess multiple sites and differing intensities in children. Ask the child to assign colors (e.g., Green = No pain, Yellow = Little, Orange = Moderate, Red = Severe) and color in a body outline. Children may not have the words to describe pain, but they can use colors and drawings.
PAIN ASSESSMENT IN CHILDREN

Pain management in children is complex. Although there are similarities with adults, children have specific needs and challenges.

Myths and Facts About Pain in Children
Myth Fact
Newborns do not feel pain. Newborns do have the ability to perceive pain. Their nervous system is developed enough to feel pain.
Young children cannot process or remember pain. Children of all ages can experience and remember pain. Painful experiences in childhood can cause long-term fear of medical settings.
Children become accustomed to repeated painful procedures. Repeated painful procedures still cause distress and pain every time. They do not "get used to it."
Children are unable to tell where it hurts. Children can indicate the location of their pain, especially with tools like the Eland Body Scale or by pointing.
Opioids should be avoided due to addiction risk. Psychological addiction to opioids is rare in children who are using them for real pain.
Incomplete myelination means children don't feel pain. Proper pain perception (nociception) is possible without complete myelination.
Younger children have higher pain sensitivity. Pain tolerance generally increases with age. Younger children may actually feel pain more intensely.
Children always communicate when they have pain. Children may not express pain due to fear of doctors, fear of injections, or wanting to be brave.
Children are not aware they have chronic pain. Children may not recognize or understand chronic pain, but they still feel it. It may show as irritability, refusal to play, or sleep problems.
Barriers to Pain Assessment and Measurement in Children
Barrier Explanation
Limited tools Few age-appropriate, validated pain tools available in our settings.
Lack of knowledge Health workers do not know which tools to use for different ages.
Insufficient training Nurses are not trained in how to use pain scales for children.
Difficulty interpreting scores A child's pain score may not match their behavior.
Anxiety vs. psychological pain Hard to tell if the child is anxious, scared, or actually in physical pain.
Factors inhibiting children reporting Fear of doctors/nurses, fear of illness, reluctance to bother caregivers, avoidance of injections, eagerness to leave the hospital.
The QUESTT Tool for Pediatric Pain Assessment
Letter Step What to Do
Q Question the child If the child can respond, ask them directly. If not, question the parent/caregiver.
U Use pain rating scales Use appropriate scales (Eland Body Scale, Faces Scale, Hand Scale) to quantify pain.
E Evaluate behavior and physiological changes Watch for crying, facial grimacing, guarding, refusal to move, changes in sleep or eating, increased heart rate, or sweating.
S Secure the caregiver's involvement Listen to mothers, fathers, and caregivers. Include them in decision-making. They know subtle changes in their child's behavior. Ask them about comforting strategies that work.
T Take the cause of pain into account Consider the underlying disease or problem. Is the pain from the illness, a procedure, or a side effect?
T Take action and evaluate results Develop a treatment plan. Reassess using the same pain scale. Adjust treatment. Use pain diaries for chronic pain.
FLACC Scale (Face, Legs, Activity, Cry, Consolability)
Category Score 0 Score 1 Score 2
Face No particular expression or smile. Occasional grimace or frown, withdrawn, disinterested. Frequent to constant quivering chin, clenched jaw.
Legs Normal position or relaxed. Uneasy, restless, tense. Kicking, or legs drawn up.
Activity Lying quietly, normal position, moves easily. Squirming, shifting back and forth, hesitant to move. Arched, rigid or jerking.
Cry No cry (awake or asleep). Moans or whimpers; occasional complaint. Crying steadily, screams or sobs, frequent complaints.
Consolability Content, relaxed. Reassured by occasional touching, hugging or being talked to, distractible. Difficult to console or comfort.
Scoring Interpretation:
  • 0: Relaxed and comfortable
  • 1-3: Mild discomfort
  • 4-6: Moderate pain
  • 7-10: Severe discomfort or pain or both
REASSESSMENT AND DOCUMENTATION
Why Reassessment is Essential
  • Pain assessment is not a one-time event. It is a continuous cycle.
  • After starting treatment: Reassess within 2-3 days of initiating analgesia to see if the medicine is working.
  • After each dose: Check pain relief after giving oral medicine (30-60 minutes) or injectable medicine (15-30 minutes).
  • Regularly: Every 4-6 hours for stable patients; every 2 hours for severe pain.
  • Before and after procedures: Always assess pain before moving a patient, changing a dressing, or inserting a catheter.
Plotting Pain Scores (Example Pain Diary)
Date Time Pain Score (0-5) Medicine Given Relief? Side Effects Nurse's Notes
7/7 08:00 4 Morphine 10mg Some relief after 1 hour None Patient able to eat breakfast
7/7 12:00 3 Morphine 10mg Good relief None Patient slept 2 hours
7/7 16:00 2 Morphine 10mg Good relief None Patient sat up and talked to family
The Problem of Anxiety

Important warning: Most pain measurement tools do not consider the presence of anxiety. Anxiety and pain have similar behavioral indicators: restlessness, grimacing, fast breathing, crying.

It is possible to measure anxiety and think it is pain. Always ask: "Are you worried or frightened?" as well as "Are you in pain?" If anxiety is high, treat it AND assess whether physical pain is still present.

CHOOSING THE RIGHT TOOL FOR THE RIGHT PATIENT
Patient Type Recommended Tool Why
Adult, literate, speaks your language Numerical Rating Scale (0-5 or 0-10) Quick, easy to track over time.
Adult, low literacy, or prefers non-verbal Hand Scale Culturally preferred in many African settings. Easy to understand.
Child over 3 years Faces Scale or Hand Scale Visual and intuitive.
Child with multiple pain sites Eland Body Scale Shows location and intensity simultaneously.
Child under 3 or non-verbal QUESTT tool + behavioral observation + FLACC They cannot self-report; rely on behavior and caregivers.
Patient with language barrier Body chart + Hand Scale + interpreter + FLACC Visual tools transcend language.
COMMON MISTAKES AND BARRIERS IN PAIN ASSESSMENT
Nurse-Related Barriers

Not asking (assuming patient will tell you), Not believing ("They are exaggerating"), Using vital signs only, Using the wrong tool, Forgetting anxiety.

Patient-Related Barriers

Fear of addiction (hiding pain to avoid morphine), Fear of injections, Cultural stoicism (enduring pain silently to be strong), Cognitive impairment, Language barrier.

System-Related Barriers

No pain assessment tools available, No time, No training, No documentation forms.

NURSING RESPONSIBILITIES IN PAIN ASSESSMENT
  • Assess pain at every contact — Do not wait for the patient to complain.
  • Use the right tool — Match the tool to the patient's age, literacy, and culture.
  • Believe the patient — Accept their report as truth.
  • Assess holistically — Ask about physical, psychological, social, spiritual, and cultural factors.
  • Document everything — Record scores, locations, qualities, and impacts.
  • Establish a baseline — Get the first score before treatment starts.
  • Reassess regularly — Check after medicines and at set intervals.
  • Communicate findings — Tell the doctor if pain is severe or not responding to treatment.
  • Advocate — If pain is undertreated, speak up for the patient.
EXAM TIPS
  • Know the PQRST tool inside out — be able to list every question for each letter.
  • Know the difference between the NRS, Hand Scale, and Faces Scale — when to use each, and their advantages in Uganda.
  • Be able to explain why the Hand Scale is often preferred in Africa — cultural appropriateness, simplicity.
  • Know the myths about pain in children — examiners love to test this.
  • Be able to describe the QUESTT tool — all six steps.
  • Understand the importance of baseline measurement — you cannot know if treatment worked without a starting point.
  • Know the barriers to pain assessment — especially anxiety vs. pain confusion.
  • Be able to describe the holistic dimensions — physical, psychological, social, spiritual, cultural.
  • Know the reassessment timeline — 2-3 days after starting treatment, every 4-6 hours routinely.
REFERENCES
  • World Health Organization (WHO) Guidelines on the Pharmacological Treatment of Persisting Pain in Children with Medical Illnesses.
  • African Palliative Care Association (APCA) Guidelines for Pain Assessment in African Settings.
  • Uganda Ministry of Health - Clinical Guidelines for Pain Management and Palliative Care.

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