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Hemorrhage

Hemorrhage

HAEMORRHAGE (Severe Bleeding) IN PALLIATIVE CARE
What is Haemorrhage?

Haemorrhage (also spelled hemorrhage) refers to profuse or excessive bleeding — the escape of blood from a ruptured blood vessel. In palliative care, haemorrhage is one of the most visually and emotionally distressing emergencies for patients, families, and health workers.

While haemorrhage occurs in around 20% of patients with advanced cancer, it contributes to death in only about 5% of cases. However, the fear and trauma it causes can be overwhelming, even when the bleeding is not immediately fatal.

Why is Haemorrhage a Palliative Care Emergency?
Reason Explanation & Physiological Context
Sudden and dramatic Bleeding can start without warning and escalate rapidly. An eroded artery can pump out hundreds of milliliters of blood in seconds due to high systemic arterial pressure.
Terrifying for all involved Patients may panic; families may scream or faint; nurses may feel helpless. Blood is a universal visceral trigger for fear.
Potentially fatal Massive bleeding can cause death within minutes from hypovolemic shock (loss of intravascular volume leading to cardiovascular collapse and brain hypoxia).
Often predictable and preventable Many bleeds can be anticipated (e.g., watching a tumor grow near a major vessel), allowing proactive preparation.
Requires immediate, calm action The nurse must act quickly while remaining composed to activate emergency protocols and prevent psychological scarring of the family.
Leaves lasting trauma on survivors Family members who witness catastrophic bleeding may develop lasting psychological scars (PTSD) if not properly prepared and supported.
Causes of Haemorrhage in Palliative Care

Understanding why bleeding occurs helps nurses anticipate, prevent, and respond appropriately.

Blood Vessel Invasion, Erosion, and Rupture

This is the most common cause of severe bleeding in advanced cancer.

Mechanism Explanation & Pathophysiology Common Sites
Tumor erosion into blood vessels As the tumor grows, it invades nearby blood vessels. Cancer cells secrete enzymes (like metalloproteinases) that literally digest the vessel wall. The vessel wall becomes thin and weak, eventually rupturing under the pressure of the blood inside it. Head and neck (carotid artery erosion), stomach, pelvis, bladder, lungs, esophagus.
Fungating tumors Tumors that break through the skin surface undergo tumor angiogenesis (forming their own haphazard, fragile blood vessels that lack normal muscular walls). These highly vascular tissues bleed easily with minimal trauma. Breast, head and neck, vulva, penis, skin.

Example: A patient with advanced cancer of the tongue may have a tumor eroding into the lingual artery. A minor cough or movement can trigger sudden, massive bleeding.

Ulcerative Effects of Local Infections
Mechanism Explanation
Infection weakens vessel walls Bacterial or fungal infections at the tumor site cause severe acute inflammation. White blood cells release free radicals and enzymes that inadvertently destroy the protective endothelial lining of local blood vessels, leading to ulceration.
Necrotic tissue Dead tissue (necrosis) from infection or a tumor outgrowing its blood supply separates from living tissue, exposing raw, highly vascularized, and bleeding capillary beds underneath.

Example: A fungating breast tumor with secondary infection may bleed profusely when the necrotic center sloughs off.

Underlying Bleeding Disorders

Palliative care patients may have conditions that impair their blood's physiological ability to clot (the coagulation cascade):

Disorder Cause Effect on Physiology
Thrombocytopenia (low platelets) Bone marrow infiltration by cancer, HIV infection, chemotherapy, radiotherapy. Platelets are needed for the primary hemostatic plug. Low levels mean bleeding continues longer because the initial seal cannot form.
Reduced clotting factors Liver failure (cirrhosis, metastases), vitamin K deficiency, disseminated intravascular coagulation (DIC). Clotting factors (II, VII, IX, X, produced by the liver) are needed to form a stable fibrin mesh clot. Without them, the platelet plug washes away.
Disseminated Intravascular Coagulation (DIC) Widespread activation of clotting triggered by cancer cells releasing tissue factor. A paradoxical condition where blood clots everywhere systemically, and then completely runs out of clotting ability, leading to spontaneous massive bleeding.

💡 Regional Clinical Review: Uganda

HIV-related thrombocytopenia is incredibly common in Uganda. Patients with advanced HIV/AIDS may have platelet counts so low (due to direct viral infection of megakaryocytes or autoimmune destruction) that even minor trauma causes significant, prolonged bleeding.

Medication-Related Bleeding
Medication Class Examples How They Cause Bleeding
Anticoagulants Warfarin, heparin, enoxaparin Prevent blood clotting by interfering with the coagulation cascade (e.g., Warfarin blocks Vitamin K). Essential for some conditions but highly dangerous if general bleeding risk is high.
NSAIDs Ibuprofen, diclofenac, aspirin Inhibit platelet function (blocks COX enzymes) and severely irritate the stomach lining by reducing protective prostaglandins, causing massive GI bleeding.
Antiplatelet agents Aspirin, clopidogrel Prevent platelets from clumping together to form the initial plug.
Steroids Dexamethasone, prednisolone Cause gastric irritation and ulcers; long-term use inhibits collagen synthesis, which thins the skin and weakens connective tissue around vessels.

Nursing implication: Always review the patient's medication list for drugs that increase bleeding risk. These should be stopped or reduced if bleeding is anticipated or occurring.

Specific Causes by Site
Site Cause Presentation
Lungs Tumor erosion into bronchial artery; infection; anticoagulants. Coughing up blood (haemoptysis) — may be streaks or massive.
Upper GI tract (esophagus, stomach) Esophageal varices (portal hypertension from liver disease); gastric ulcer; tumor erosion. Vomiting blood (haematemesis) — coffee-ground (partially digested by stomach acid) or fresh red blood.
Lower GI tract Rectal tumor; colonic tumor; radiation proctitis. Passing blood per rectum — fresh red (haematochezia) or dark tarry (melaena).
Bladder Bladder tumor; infection; catheter trauma. Blood in urine (haematuria) — may clot and cause painful urinary retention.
Head and neck Carotid artery erosion; oral tumor; nasal tumor. Bleeding from mouth, nose, or neck wound — can be catastrophic and rapidly fatal.
Vagina/uterus Cervical cancer; endometrial cancer. Vaginal bleeding — may be continuous, foul-smelling, or sudden.
Skin/fungating wounds Tumor breaking through skin; infection; trauma. Oozing (capillary) or spurting (arterial) blood from the raw wound surface.
Assessment of Haemorrhage
Rapid Assessment in an Emergency

When bleeding occurs, assessment must be swift and focused to determine the stage of hypovolemic shock:

Parameter What to Assess Why It Matters (Physiology)
Source of bleeding Where is the blood coming from? Determines pressure points, optimal patient positioning, and specific interventions.
Rate and volume Is it oozing, trickling, or spurting? How much? Spurting = arterial (high pressure) = life-threatening. Oozing = venous/capillary (low pressure) = less urgent.
Patient's consciousness Alert? Drowsy? Unconscious? Indicates blood loss severity and brain perfusion. Drowsiness implies the brain is hypoxic due to profound shock.
Vital signs Pulse, blood pressure, respiratory rate Tachycardia (fast heart rate) is the body's first compensatory mechanism. Hypotension (low BP) is a late and dangerous sign of decompensated shock.
Colour and temperature Pale, cold, clammy skin? Signs of shock. The sympathetic nervous system aggressively vasoconstricts peripheral vessels to shunt remaining blood to the heart and brain.
Associated symptoms Pain, cough, vomiting, confusion May indicate the underlying cause or complication (e.g., choking on blood).
Types of Bleeding
Type Description Source Urgency
Capillary bleeding Oozing, slow, dark red Small vessels in skin or wound surface Usually manageable with direct pressure.
Venous bleeding Steady flow, dark red Veins Moderate urgency; can be significant if a large vein is involved.
Arterial bleeding Spurting, bright red, pulsatile Arteries Life-threatening; requires immediate action due to high pressure.
Prevention of Haemorrhage

The best management of haemorrhage is prevention. Many bleeds can be anticipated and minimized through proactive clinical management.

Medication Review
  • Stop or reduce anticoagulants: If bleeding risk is high, warfarin should be stopped or maintained at the lowest effective dose. Consult the prescribing doctor.
  • Discontinue NSAIDs: If not essential for pain control, stop ibuprofen, diclofenac, aspirin. Use paracetamol or morphine instead to protect gastric mucosa and platelet function.
  • Review all medications: Any drug that affects clotting or irritates the gut should be reconsidered.
  • Replace essential medicines safely: If NSAIDs are stopped, ensure alternative pain relief (morphine) is available.
Prophylactic (Preventive) Radiotherapy

Radiotherapy physically damages the DNA of tumor endothelial cells, leading to fibrosis (scarring) and sclerosis (hardening/shrinking) of blood vessels, making bleeding much less likely.

Indication Purpose of Radiotherapy
Haemoptysis from lung tumors Shrinks the tumor mass, seals fragile neovascular vessels in the airway.
Bleeding from Kaposi's sarcoma Massively reduces the hyper-vascularity of KS lesions.
Bleeding from head and neck tumors Shrinks the invasive tumor away from major vessels like the carotid artery.
Haematuria from bladder cancer Reduces tumor bulk and stops mucosal bleeding.
Fungating tumors (breast, vulva, penis) Dries up the weeping tumor surface, drastically reducing capillary oozing.
Rapidly growing erosive tumors Prevents imminent and catastrophic vessel erosion.

Nursing role: Identify patients at risk, advocate for referral, and explain to families why radiotherapy is recommended.

Prophylactic Tranexamic Acid (TXA)
  • Mechanism: TXA is an antifibrinolytic. It prevents the breakdown of blood clots by binding to and inhibiting plasmin (the enzyme that normally dissolves fibrin clots).
  • Use: For patients with a history of smaller bleeds or high bleeding risk.
  • Dose: 0.5g to 1g orally, two to three times daily (bd or tds).
  • Availability: May not be readily available in all Ugandan settings; advocacy for essential drug access is key.
Local Measures for Surface Bleeding
  • Gauze soaked in adrenaline (1ml): Apply firm pressure to the bleeding tumor surface. Adrenaline acts on Alpha-1 adrenergic receptors to cause intense, immediate vasoconstriction (narrowing of blood vessels), drastically reducing blood flow.
  • Crushed tranexamic acid applied topically: Mix a tranexamic acid tablet powder with water to form a paste; apply directly to the bleeding surface to stop local clot breakdown.
  • Pressure dressings: Firm, continuous pressure with gauze and bandage to artificially close the vessel until a clot forms.
  • Surgical ligation: For isolated bleeding vessels, a surgeon may tie off the vessel. (Rarely possible or appropriate in end-stage palliative care).
Family Preparation for Anticipated Catastrophic Bleeding

When severe bleeding is expected (e.g., carotid artery erosion in head and neck cancer), proactive psychological and practical preparation is absolutely essential:

  • Counsel the family: Explain that catastrophic bleeding may occur. Describe exactly what it will look like and what they should do.
  • Keep dark towels nearby: Blood appears much larger in volume and highly alarming on white or pale surfaces. Dark green or black towels absorb the blood and heavily reduce the visual shock.
  • Have sedation available: Diazepam 10mg orally or rectally, ready to give immediately to reduce patient terror.
  • Have morphine available: For pain, air hunger, and distress.
  • Ensure phone access: The family must be able to call the palliative care team for help immediately.
  • Rehearse the plan: Walk through what will happen step-by-step so the family relies on muscle memory and is not caught completely unprepared in a panic.
Management of Acute Haemorrhage
🚨 The Golden Rule of Palliative Bleeding
"The first rule of management is that the patient should not be left alone until the bleeding is controlled."

Why? A bleeding patient may panic, thrash around, move suddenly (worsening the bleed), or lose consciousness. Your physical presence anchors the situation. You must apply immediate first aid, reassure the patient, monitor for shock, and support the terrified family.
General Management Steps (Step-by-Step Sequence)
Step Action Detail & Rationale
1. Stay calm Your calmness controls the room Panic is contagious. If the nurse panics, the family panics. Breathe. Focus.
2. Call for help Alert other staff You cannot apply pressure, draw up drugs, and counsel the family simultaneously.
3. Do not leave the patient Stay at bedside Continuous presence prevents patient injury and provides deep psychological comfort.
4. Apply direct pressure To the bleeding site Use gauze, cloth, or your gloved hand. Maintain firm, continuous pressure to overcome arterial pressure.
5. Position appropriately Depends on site See site-specific management below (Crucial for airway protection).
6. Give medications As available and prescribed Tranexamic acid, adrenaline locally, sedation, morphine.
7. Monitor vital signs Continuously Pulse, BP, consciousness, skin colour to track hypovolemic shock trajectory.
8. Reassure patient & family Constant communication "We are here. We are doing everything we can. You are not alone."
9. Document Record everything Time, estimated volume, interventions, physiological response.
10. Support family after Debriefing & emotional care Witnessing catastrophic bleeding is highly traumatic. Debriefing prevents PTSD.
Site-Specific Management Protocols
Haemoptysis (Coughing Up Blood from Lungs)
  • Position: Sit the patient upright or lying on the side of the bleeding lung (if known). Physiology: Gravity keeps the blood pooled in the diseased lung, preventing it from spilling into and drowning the healthy lung!
  • Calm the patient: Coughing spikes intrathoracic pressure, pushing more blood out. Reassurance reduces the urge to cough.
  • Give morphine: Directly suppresses the medullary cough reflex and massively reduces air hunger and distress.
  • Apply ice pack: To chest wall over the bleeding site (if known) — cold causes reflex vasoconstriction.
  • Suction: Only if blood pools in the upper airway and causes choking.
Haematemesis (Vomiting Blood from Upper GI)
  • Position: Left lateral position (lying on the left side) with the head slightly down. Physiology: Prevents catastrophic aspiration of vomited blood into the trachea/lungs.
  • Nil by mouth: Do not give oral fluids or medicines until bleeding is controlled; the stomach needs to rest.
  • IV access: If available, for volume resuscitation and IV medications.
  • Give proton pump inhibitor: Omeprazole or pantoprazole IV. Reduces stomach acid, creating a neutral pH that promotes stable clot formation.
  • Give tranexamic acid: IV or oral if available.
  • Monitor for shock: Rapid pulse, falling BP, cold clammy skin.
Rectal Bleeding
  • Position: Lie on the side with knees drawn up to the chest (fetal position) to reduce abdominal pressure.
  • Apply direct pressure: With a gauze pad tightly to the anus if bleeding is external/low.
  • Consider rectal tranexamic acid: If available.
  • Monitor for shock: Rectal bleeding is extremely dangerous because a massive volume of blood can be hidden inside the colon before it passes.
Haematuria (Blood in Urine)
  • Monitor urine output: Blood clots rapidly inside the bladder, blocking the urethra and causing agonizing urinary retention.
  • Irrigate catheter: If catheterized, gentle continuous irrigation with sterile saline dislodges clots and keeps the bladder empty.
  • Increase fluids: If the patient can drink, oral fluids flush the bladder naturally.
Bleeding from Fungating Wounds
  • Apply direct pressure: With gauze soaked in adrenaline (1ml) or crushed tranexamic acid paste.
  • Elevate if possible: Let gravity pull blood away from the extremity.
  • Apply pressure dressing: Firm bandage over gauze.
  • Do not disturb: Once bleeding is controlled, LEAVE THE DRESSING IN PLACE. Peeling it back to "check" will rip off the fragile new platelet plug and restart the bleed.
❓ Applied Clinical Scenario: The "Carotid Blow-Out"

Case: A 60-year-old male with an advanced, fungating squamous cell carcinoma of the neck suddenly begins experiencing massive, bright red, spurting blood from the neck wound. He is terrified and struggling to breathe.

Action: This is a Carotid Blow-Out (Catastrophic Bleeding). Do NOT attempt to compress the carotid artery externally—you will cut off blood to the brain and cause an ischemic stroke or immediate death. Instead:

  • Immediately cover the area with dark towels to mask the visual horror.
  • Administer rapid sedation (Diazepam 10mg) and Morphine to eliminate the terror of suffocating to death.
  • Position semi-upright to reduce arterial pressure to the head.
  • Stay with the patient and hold them. There is little medical intervention left; your presence ensures they do not die alone in panic.
Management of Haemorrhage in Children

Children with haematological malignancies (leukaemia, lymphoma) are at massive risk of bleeding due to profound thrombocytopenia and clotting abnormalities. Physiologically, children have a much smaller total blood volume, meaning they decompensate and go into shock much faster than adults.

  • Aim for rapid and complete sedation: Using benzodiazepines and/or opioids through parenteral routes (IV or IM) if available.
  • If the child can swallow (e.g., severe epistaxis/nosebleeds): Give double the usual dose of morphine, with or without diazepam, as prescribed. This combination aggressively manages the severe pain and acute panic.
  • If the child cannot swallow: Give large doses of morphine and diazepam rectally (the rectal mucosa absorbs drugs very rapidly).
Rectal Diazepam Dosing Guidelines:
  • Weight unknown: 5mg for children below 3 years; up to 10mg for children older than 3 years.
  • Weight known: 0.5 – 1mg/kg (maximum 10mg).

Nursing implication: Bleeding in children is uniquely distressing. The nurse must balance rapid sedation with strict monitoring for respiratory depression. Always have Naloxone (opioid antagonist) drawn up and available if high-dose opioids are used.

Psychological and Emotional Support
For the Patient
Patient Fear/Complaint Nursing Response
"I am going to die right now" Stay close. Hold their hand physically. "I am here with you. We are taking care of you."
"I am choking on my own blood" Position to protect airway (lateral/sitting). Suction if needed. Reassure: "We are keeping your airway clear."
"This is disgusting" Maintain dignity. Clean blood quickly but gently. Maintain a neutral facial expression; absolutely do not show disgust.
Pain Give morphine promptly. Do not wait.
For the Family
  • Family witnesses catastrophic bleeding: Shield them if possible, but do not force them to leave the room if they want to stay with their dying loved one. Prepare them: "There may be a lot of blood. This is what we expect."
  • Family panics: Assign one specific staff member to support the family exclusively. Lead them to a quiet area if needed.
  • Family wants to help: Give them a meaningful, specific task to ground them: "Please hold her hand" or "Please pray with her."
  • After the bleed (survived or died): Debrief immediately. Ask how they are feeling. Explain exactly what happened medically to remove mystery and guilt. Offer ongoing bereavement support.
For the Nurse (Self-Care)
  • Witnessing catastrophic bleeding is highly traumatic. Nurses may experience PTSD symptoms: Nightmares, avoidance of similar patients, guilt ("I should have done more"), or emotional numbness.
  • Self-care protocols: Debrief with colleagues after the event. Talk to a counselor or clinical supervisor. Recognize that some tumor bleeds are anatomically impossible to stop — this is not your failure as a nurse. Remember: your calm presence was your greatest medical contribution.
Documentation

Accurate documentation is legally and clinically essential after a haemorrhage.

  • Time bleeding started: Exact time.
  • Source and type: Where from; capillary (ooze), venous (flow), or arterial (spurting).
  • Estimated volume: Small, moderate, large, massive (quantify in mL if possible, or by number of soaked pads/towels).
  • Patient's condition: Consciousness, vital signs, skin colour.
  • Interventions: Pressure applied, medications given (dose/route), positioning, dressings applied.
  • Response & Outcome: Did bleeding slow or stop? Did the patient die, stabilize, or require transfer?
  • Family presence: Who was present; how they coped; support/counseling provided.
Mnemonics and Memory Aids

🧠 Causes of Haemorrhage: "TUMOR-MED"

  • Tumor erosion into vessels
  • Ulceration from infection
  • Marrow failure (low platelets)
  • Organ failure (liver = low clotting factors)
  • Radiation damage to vessels
  • Medications (anticoagulants, NSAIDs)
  • Excessive anticoagulation
  • Disseminated intravascular coagulation (DIC)

🧠 Management of Acute Bleeding: "PRESS-SAVE"

  • Pressure (direct, firm, continuous)
  • Reassurance (to patient and family)
  • Elevate (if possible)
  • Sedation (diazepam for anxiety)
  • Support (do not leave patient alone)
  • Soaked gauze with Adrenaline (for surface bleeds)
  • Assess Vital signs (monitor continuously)
  • Venous access (IV line if appropriate)
  • Emergency drugs ready (morphine, TXA, diazepam)

🧠 Prevention: "STOP-BLEED"

  • Stop anticoagulants/NSAIDs if possible
  • Tranexamic acid prophylaxis
  • Organize radiotherapy referral
  • Prepare family (counsel, dark towels, sedation ready)
  • Bleeding risk review at every visit
  • Local measures (adrenaline gauze, pressure dressings)
  • Educate family on what to do
  • Ensure phone access for emergencies
  • Document and communicate risk to all staff
Exam Tips (High-Yield Checklist)
  • Define haemorrhage and explain why it is a palliative care emergency.
  • List the four main causes of bleeding in palliative care (vessel erosion, infection, bleeding disorders, medications).
  • Explain how tumors cause bleeding by eroding into blood vessels.
  • Describe why thrombocytopenia is common in palliative care patients (bone marrow infiltration, HIV, chemotherapy).
  • List medications that increase bleeding risk and explain nursing actions (review, stop, replace).
  • Explain the role of prophylactic radiotherapy in preventing bleeding from specific tumors.
  • Describe the use of tranexamic acid — dose, route, and when to use it.
  • Explain local measures for surface bleeding (adrenaline-soaked gauze, crushed tranexamic acid, pressure).
  • Describe the management of catastrophic bleeding — dark towels, sedation, positioning, family support.
  • Discuss why the patient should never be left alone during a bleed.
  • Explain sedation for catastrophic bleeding — diazepam dose, route, purpose, and limitations.
  • Describe management of haemorrhage in children — sedation, morphine dosing, rectal diazepam.
  • Discuss psychological support for patient, family, and nurse after a bleeding event.
  • Address the Ugandan context — availability of tranexamic acid, radiotherapy access, and family-centered home care.
References
  • Ferrell, B. R., & Coyle, N. (Eds.). Oxford Textbook of Palliative Nursing. Oxford University Press.
  • World Health Organization (WHO). Planning and Implementing Palliative Care Services: A Guide for Programme Managers.
  • African Palliative Care Association (APCA). Guidelines for Providing Palliative Care to Persons with Advanced Disease in Africa.
  • National Institute for Health and Care Excellence (NICE). Palliative Care Guidelines: Management of Bleeding.

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