NLE Hematologic Nursing — Bleeding, Clotting and Hematologic MalignanciesExam Answer Templates

Marks

1

Topic

Thrombocytopenia

Difficulty

easy

Template Id

T1

Examiner Tip

One-mark questions demand one complete clinical fact. Give the number — examiners cannot award a mark for vague answers.

Model Answer

Thrombocytopenia is a platelet count below 150,000/µL. Spontaneous bleeding occurs when the platelet count falls below 20,000/µL.

Question Type

very_short_answer

Answer Structure

• Part A: Define thrombocytopenia with the exact lower-limit value (below 150,000/µL).
• Part B: State the critical threshold for spontaneous bleeding (below 20,000/µL).

Scoring Breakdown

Common Mark Deductions

• Writing 'low platelet count' without the specific numerical threshold.
• Confusing the 20,000/µL threshold for spontaneous bleeding with the 10,000/µL threshold for life-threatening hemorrhage.
• Omitting the unit /µL — examiners expect clinical precision.

Key Phrases To Include

• platelet count below 150,000/µL
• spontaneous bleeding
• below 20,000/µL

Marks

1

Topic

Lymphoma

Difficulty

easy

Template Id

T2

Examiner Tip

For 1-mark identification questions, the exact clinical term is everything. Reed-Sternberg cells is a non-negotiable key phrase.

Model Answer

The hallmark pathologic finding that distinguishes Hodgkin lymphoma from Non-Hodgkin lymphoma is the presence of Reed-Sternberg cells on lymph node biopsy.

Question Type

very_short_answer

Answer Structure

• Name the specific cell type: Reed-Sternberg cells.
• Specify the diagnostic method: on lymph node biopsy.

Scoring Breakdown

Common Mark Deductions

• Writing 'abnormal cells' or 'cancer cells' without the specific name Reed-Sternberg.
• Stating that Non-Hodgkin lymphoma has Reed-Sternberg cells — this is a reversal of the fact.

Key Phrases To Include

• Reed-Sternberg cells
• Hodgkin lymphoma
• lymph node biopsy

Marks

2

Topic

Hemophilia

Difficulty

easy

Template Id

T3

Examiner Tip

Use the mnemonic: A comes before B alphabetically, and VIII comes before IX numerically — Hemophilia A = VIII, Hemophilia B = IX.

Model Answer

Hemophilia A is a deficiency of Factor VIII and is the most common type. Hemophilia B (Christmas disease) is a deficiency of Factor IX.

Question Type

very_short_answer

Answer Structure

• Line 1: Hemophilia A — state Factor VIII deficiency and note it is the most common (1 mark).
• Line 2: Hemophilia B — state alternate name Christmas disease and Factor IX deficiency (1 mark).

Scoring Breakdown

Common Mark Deductions

• Reversing the factors — writing Factor VIII for Hemophilia B is a common and costly error.
• Omitting the alternate name 'Christmas disease' for Hemophilia B when the question asks for names.
• Writing 'Factor 8' in Arabic numerals instead of Roman numerals — use proper clinical notation.

Key Phrases To Include

• Hemophilia A
• Factor VIII
• Hemophilia B
• Christmas disease
• Factor IX

Marks

2

Topic

Lymphoma

Difficulty

medium

Template Id

T4

Examiner Tip

Always include the quantifier: >10% body weight over 6 months. Examiners distinguish students who memorize from those who understand the clinical criteria.

Model Answer

The three B symptoms of lymphoma are: (1) unexplained fever, (2) drenching night sweats, and (3) unexplained weight loss of more than 10% of body weight over six months. Their clinical significance is that the presence of B symptoms indicates more advanced disease and is associated with a poorer prognosis, guiding staging and treatment decisions.

Question Type

short_answer

Answer Structure

• Sentence 1: List all three B symptoms with the specific qualifier for weight loss (>10%, 6 months) — 1 mark.
• Sentence 2: State the clinical significance — advanced disease, worse prognosis — 1 mark.

Scoring Breakdown

Common Mark Deductions

• Listing only two of the three B symptoms.
• Omitting the >10% qualifier for weight loss — 'just weight loss' is too vague.
• Failing to explain clinical significance — listing symptoms alone earns only partial credit.

Key Phrases To Include

• unexplained fever
• drenching night sweats
• unexplained weight loss
• more than 10%
• advanced disease
• worse prognosis

Marks

2

Topic

Blood Transfusion

Difficulty

medium

Template Id

T5

Examiner Tip

In transfusion reaction questions, always state STOP first. Examiners grade the sequence of nursing actions — priority matters.

Model Answer

The patient is experiencing a febrile non-hemolytic transfusion reaction, which is the most common type of transfusion reaction. It is caused by recipient antibodies reacting to donor leukocytes. The immediate nursing action is to STOP the transfusion, keep the IV line open with 0.9% normal saline using new tubing, assess vital signs, notify the physician and the blood bank, and administer antipyretics as ordered.

Question Type

short_answer

Answer Structure

• Sentence 1: Identify the reaction type — febrile non-hemolytic reaction; state it is the most common (1 mark).
• Sentence 2: State the immediate action — STOP transfusion, maintain line with normal saline, notify physician and blood bank (1 mark).

Scoring Breakdown

Common Mark Deductions

• Identifying it as an acute hemolytic reaction — hemolysis was NOT present in this scenario.
• Saying 'slow the transfusion' instead of 'stop the transfusion' — any suspected reaction requires stopping, not slowing.
• Failing to mention notifying the blood bank — this is a required action per standard protocol.

Key Phrases To Include

• febrile non-hemolytic transfusion reaction
• most common
• stop the transfusion
• normal saline
• new tubing
• notify physician and blood bank
• antipyretics

Marks

3

Topic

DIC

Difficulty

medium

Template Id

T6

Examiner Tip

The word 'paradoxical' is a high-value phrase in DIC answers — it shows you understand why a clotting disorder causes bleeding. Use it.

Model Answer

DIC is a serious secondary disorder triggered by an underlying condition such as sepsis, obstetric emergencies, massive trauma, or malignancy. In DIC, the triggering event causes widespread, uncontrolled activation of the coagulation cascade throughout the circulation, forming microthrombi in multiple small blood vessels. This massive clotting rapidly consumes all available platelets and clotting factors. Once these resources are exhausted, the patient paradoxically begins to bleed uncontrollably. The characteristic laboratory findings include: (1) decreased platelet count (thrombocytopenia), (2) decreased fibrinogen level, (3) prolonged prothrombin time (PT) and activated partial thromboplastin time (aPTT), and (4) markedly elevated D-dimer and fibrin degradation products (FDPs) — indicating widespread clot breakdown.

Question Type

short_answer

Answer Structure

• Sentence 1: Name the category (secondary disorder) and list common triggers — 1 mark.
• Sentence 2: Explain the mechanism — widespread clot activation, microthrombi formation, consumption of platelets and factors — 1 mark.
• Sentence 3: List four characteristic lab findings with correct direction of change — 1 mark.

Scoring Breakdown

Common Mark Deductions

• Describing DIC as a primary disorder — it is always secondary to an underlying trigger.
• Stating lab findings in the wrong direction (e.g., elevated fibrinogen — fibrinogen is consumed and therefore LOW in DIC).
• Omitting D-dimer elevation — this is the hallmark marker of fibrinolysis and commonly tested.
• Failing to mention the paradoxical bleeding that follows the clotting phase.

Key Phrases To Include

• secondary disorder
• sepsis
• widespread activation of coagulation
• microthrombi
• consumption of platelets and clotting factors
• paradoxical bleeding
• low platelets
• low fibrinogen
• prolonged PT and aPTT
• elevated D-dimer
• fibrin degradation products

Marks

3

Topic

Thrombocytopenia / ITP

Difficulty

medium

Template Id

T7

Examiner Tip

In nursing management questions, specificity earns marks. 'Use soft toothbrush and electric razor' is specific; 'prevent bleeding' is not. Every action should be clinically actionable.

Model Answer

ITP is an autoimmune disorder in which antibodies coat platelets, which are then phagocytosed and destroyed by the spleen, resulting in a low platelet count. Clinical manifestations include petechiae (pinpoint red spots under the skin), purpura, ecchymoses (bruising), mucosal bleeding such as gum bleeding and epistaxis (nosebleed), and menorrhagia in women. There is no anemia or leukopenia unless significant hemorrhage has occurred. Nursing management focuses on bleeding precautions: instruct the patient to use a soft toothbrush and electric razor; avoid aspirin, NSAIDs, and intramuscular injections; avoid contact sports and invasive procedures; apply firm pressure to any bleeding site; and monitor closely for signs of internal or intracranial bleeding (severe headache, altered consciousness, visual changes). Administer prescribed corticosteroids (prednisone) to suppress the immune response, and anticipate IVIG or anti-D immunoglobulin for rapid platelet rises. Prepare the patient for possible splenectomy in refractory cases.

Question Type

short_answer

Answer Structure

• Sentence 1: Brief pathophysiology — autoimmune, antibody-coated platelets, splenic destruction (sets up the clinical picture) — 1 mark.
• Sentence 2: List clinical manifestations — petechiae, purpura, ecchymoses, mucosal bleeding, menorrhagia — 1 mark.
• Sentence 3-4: Nursing management — bleeding precautions (specific), medications (corticosteroids, IVIG), splenectomy preparation — 1 mark.

Scoring Breakdown

Common Mark Deductions

• Writing 'avoid bleeding' as a nursing action — this is too vague and earns no marks; list specific precautions instead.
• Recommending aspirin for pain relief — aspirin is strictly contraindicated in ITP.
• Omitting intracranial bleeding as a complication to monitor — this is a life-threatening manifestation of severe ITP.
• Forgetting to mention that NSAIDs are also contraindicated alongside aspirin.

Key Phrases To Include

• autoimmune
• antibodies
• spleen
• petechiae
• purpura
• ecchymoses
• mucosal bleeding
• avoid aspirin and NSAIDs
• soft toothbrush
• electric razor
• corticosteroids
• IVIG
• splenectomy

Marks

3

Topic

Hemophilia

Difficulty

medium

Template Id

T8

Examiner Tip

A compare question should flow in parallel: state the criterion, then the answer for A, then for B. Examiners can score it at a glance when it is parallel.

Model Answer

Both Hemophilia A and Hemophilia B are inherited through an X-linked recessive pattern, meaning the disorder primarily affects males while females serve as carriers. Hemophilia A involves a deficiency of Factor VIII and is the more common form, accounting for about 80% of cases, while Hemophilia B (Christmas disease) involves a deficiency of Factor IX. The characteristic laboratory finding in both types is a prolonged activated partial thromboplastin time (aPTT), reflecting defects in the intrinsic coagulation pathway, with a normal prothrombin time (PT), normal platelet count, and normal bleeding time. Treatment for Hemophilia A consists of replacing Factor VIII concentrate; desmopressin (DDAVP) can also be used for mild Hemophilia A because it stimulates the release of stored Factor VIII. Treatment for Hemophilia B requires replacement of Factor IX concentrate.

Question Type

short_answer

Answer Structure

• Sentence 1: State shared inheritance — X-linked recessive, males affected, females carriers — 1 mark.
• Sentence 2: Differentiate the missing factors (VIII vs. IX) and state their characteristic lab finding — prolonged aPTT, normal PT — 1 mark.
• Sentence 3: State specific treatment for each — Factor VIII replacement (+ DDAVP for mild A) vs. Factor IX replacement — 1 mark.

Scoring Breakdown

Common Mark Deductions

• Reversing the factors — writing Factor IX for Hemophilia A is the most common error in this topic.
• Stating that PT is prolonged — PT is NORMAL in hemophilia; only aPTT is prolonged.
• Omitting DDAVP as a treatment option for mild Hemophilia A.
• Not distinguishing 'mild' hemophilia A for DDAVP — DDAVP is not appropriate for severe Hemophilia A or for Hemophilia B.

Key Phrases To Include

• X-linked recessive
• males affected
• females carriers
• Factor VIII
• Factor IX
• prolonged aPTT
• normal PT
• normal platelet count
• intrinsic pathway
• factor concentrate
• desmopressin (DDAVP)
• mild Hemophilia A

Marks

5

Topic

Blood Transfusion

Difficulty

medium

Template Id

T9

Examiner Tip

Five-mark answers should have five distinct and scoreable points. Organize into paragraphs by phase: before, during, reaction. Each paragraph earns one mark. Add patient teaching as your fifth mark to show holistic nursing.

Model Answer

Safe blood transfusion is one of the most critical nursing responsibilities under RA 9173, requiring a systematic approach to prevent life-threatening errors. PRE-TRANSFUSION VERIFICATION: Before initiating the transfusion, two qualified nurses must verify at the bedside: (1) patient identity using two identifiers (full name and date of birth or ID number); (2) the blood type and Rh factor on both the patient's identification band and the blood unit label; (3) the crossmatch or unit number; and (4) the expiration date and the physical integrity of the blood bag. Obtain informed consent from the patient. Assess and document baseline vital signs. If the patient has a pre-existing fever above 38°C, the physician should be notified before starting because fever can mask a transfusion reaction. IV ACCESS AND SOLUTION: Use a large-bore IV catheter (18–20 gauge) to allow adequate blood flow without causing hemolysis. Use blood administration tubing with an in-line filter (Y-set). The ONLY IV solution compatible with blood is 0.9% normal saline (NSS). Never co-infuse dextrose solutions (D5W causes red blood cell clumping and hemolysis) or lactated Ringer's solution (its calcium content can initiate clotting in the tubing). INITIATION AND MONITORING: Begin the transfusion slowly at approximately 2 mL/minute and remain at the bedside for the first 15 minutes — the period when most serious reactions occur. Reassess vital signs at 15 minutes after starting and then per hospital protocol. If no reaction occurs, adjust the flow rate so the unit is completed within 4 hours to prevent bacterial proliferation in the blood bag. REACTION MANAGEMENT: If at any point the patient develops symptoms of a transfusion reaction (fever, chills, back or flank pain, urticaria, dyspnea, hypotension, or hemoglobinuria), the nurse must immediately STOP the transfusion, maintain IV access with 0.9% normal saline through NEW tubing, assess the patient's airway, breathing, and circulation, notify the physician and the blood bank, obtain vital signs, and send the blood bag with its tubing plus blood and urine samples to the laboratory for analysis. PATIENT TEACHING: Instruct the patient to immediately report any chilling, back pain, skin rash, or difficulty breathing during the transfusion so that early reaction detection is possible.

Question Type

long_answer

Answer Structure

• Paragraph 1 — Pre-transfusion verification: two-nurse check, two patient identifiers, blood type, crossmatch number, expiration date, baseline vitals, informed consent (1 mark).
• Paragraph 2 — IV access and solution compatibility: 18–20 gauge catheter, blood tubing with filter, only 0.9% NSS, rationale for avoiding dextrose and LR (1 mark).
• Paragraph 3 — Initiation and monitoring: start at 2 mL/min, stay for 15 minutes, recheck vitals at 15 minutes, complete within 4 hours (1 mark).
• Paragraph 4 — Reaction management: STOP, maintain line with new tubing and NSS, notify physician and blood bank, send samples to lab (1 mark).
• Paragraph 5 — Patient teaching / holistic care: instruct patient on reportable symptoms — demonstrates nurse's role in patient safety and education (1 mark).

Scoring Breakdown

Common Mark Deductions

• Stating that dextrose is compatible — this is a critical error; dextrose causes hemolysis.
• Saying 'slow the transfusion' instead of 'STOP' when a reaction is suspected.
• Omitting the two-nurse bedside verification — this is a standard safety protocol.
• Failing to specify 'new tubing' when maintaining IV access with NSS after stopping — the old tubing is contaminated.
• Not including the 4-hour time limit — bacterial growth is a real risk and examiners look for this.
• Missing the patient teaching paragraph — 5-mark questions reward holistic answers.

Key Phrases To Include

• two qualified nurses
• two patient identifiers
• blood type and Rh factor
• crossmatch number
• expiration date
• 18–20 gauge catheter
• in-line filter
• 0.9% normal saline only
• never dextrose
• never lactated Ringer's
• 2 mL/minute
• first 15 minutes
• within 4 hours
• STOP the transfusion
• new tubing
• notify physician and blood bank
• send blood bag and specimens to lab

Marks

5

Topic

Multiple Myeloma

Difficulty

hard

Template Id

T10

Examiner Tip

The CRAB mnemonic is your structural backbone for the clinical manifestations paragraph. Write it out explicitly — it tells the examiner you have organized clinical knowledge, and it covers all four manifestations efficiently.

Model Answer

Multiple myeloma is a malignant proliferation of plasma cells in the bone marrow. These abnormal plasma cells accumulate and produce a monoclonal immunoglobulin known as M protein (paraprotein), which is non-functional and impairs normal immune responses. The malignant plasma cells also secrete factors that stimulate osteoclasts, causing widespread bone destruction without corresponding bone formation. CLINICAL MANIFESTATIONS — remembered using the mnemonic CRAB: (C) Calcium elevated (hypercalcemia) — resulting from excessive bone breakdown releasing calcium into the bloodstream; symptoms include confusion, polyuria, nausea, constipation, and weakness. (R) Renal failure — caused by deposition of immunoglobulin light chains (Bence Jones proteins) in the renal tubules and by hypercalcemia-induced nephropathy. (A) Anemia — caused by plasma cell crowding of the bone marrow, suppressing normal red blood cell production; manifests as fatigue, pallor, and dyspnea. (B) Bone lesions — lytic ('punched-out') lesions on X-ray and skeletal survey; patients suffer severe bone pain (especially in the back and ribs), pathologic fractures, and vertebral collapse. Additionally, recurrent infections occur because normal immunoglobulin production is suppressed. DIAGNOSIS: Diagnosis is confirmed by: (1) serum or urine protein electrophoresis showing the M protein spike; (2) Bence Jones proteinuria on 24-hour urine; (3) bone marrow biopsy showing >10% plasma cells; and (4) skeletal survey or imaging revealing lytic bone lesions. NURSING MANAGEMENT: The nursing priorities are preventing renal failure and managing hypercalcemia, preventing pathologic fractures, managing pain, and preventing infection. (1) Hydration: encourage oral fluid intake of 3–4 liters per day to dilute light chains and calcium in the renal tubules and reduce renal injury. (2) Mobility: encourage weight-bearing activity and ambulation as tolerated to slow bone loss and stimulate calcium reabsorption into bone. (3) Fracture prevention: use careful lifting and turning techniques, apply back braces as ordered, maintain a safe environment, and assist with ambulation to prevent falls. (4) Pain management: administer analgesics as prescribed and position for comfort. (5) Infection prevention: hand hygiene, avoid exposure to infected individuals, and monitor for signs of infection (fever, productive cough). (6) Medication support: administer prescribed chemotherapy agents (bortezomib, lenalidomide), corticosteroids, and bisphosphonates (e.g., zoledronic acid) — bisphosphonates protect bone integrity and treat hypercalcemia. (7) Patient teaching: emphasize the importance of hydration and mobility, reportable signs (new bone pain, decreased urine output, confusion), and infection prevention strategies.

Question Type

long_answer

Answer Structure

• Paragraph 1 — Pathophysiology: malignant plasma cells, M protein production, osteoclast activation, bone destruction (1 mark).
• Paragraph 2 — Clinical manifestations using CRAB mnemonic with explanation of each component (1 mark).
• Paragraph 3 — Diagnosis: four key diagnostic tests (serum electrophoresis, Bence Jones protein, bone marrow biopsy, skeletal survey) (1 mark).
• Paragraph 4 — Nursing management: hydration 3–4 L/day, mobility, fracture prevention, infection prevention, medication support (1 mark).
• Paragraph 5 — Patient teaching and holistic care: reportable symptoms, hydration, mobility education (1 mark).

Scoring Breakdown

Common Mark Deductions

• Omitting Bence Jones protein — this is a hallmark diagnostic finding specifically tested in NLE.
• Not specifying the volume of hydration (3–4 L/day) — 'increase fluids' without a target is too vague.
• Writing only generic nursing actions (e.g., 'monitor the patient') instead of myeloma-specific interventions.
• Failing to explain WHY mobility is important — it slows bone loss and helps manage hypercalcemia.
• Forgetting bisphosphonates as part of the collaborative management plan.

Key Phrases To Include

• malignant plasma cells
• M protein (paraprotein)
• Bence Jones protein
• osteoclast activation
• lytic bone lesions
• pathologic fractures
• CRAB
• hypercalcemia
• renal failure
• anemia
• bone lesions
• 3–4 liters per day
• mobility
• bisphosphonates
• bortezomib
• zoledronic acid
• infection prevention

Marks

5

Topic

Leukemia

Difficulty

hard

Template Id

T11

Examiner Tip

Case-study questions reward nurses who think like a nurse. Use NANDA language, apply Maslow's hierarchy explicitly, and cite RA 9173 in your teaching section. These three elements differentiate passing answers from high-scoring answers.

Model Answer

Leukemia causes bone marrow failure resulting in a clinical triad of anemia, neutropenia, and thrombocytopenia. Using Maslow's hierarchy of needs, physiologic safety is prioritized first. NURSING DIAGNOSES (Priority Order): 1. Risk for Infection related to neutropenia secondary to leukemic bone marrow infiltration and chemotherapy — HIGHEST PRIORITY because infection (specifically neutropenic sepsis) is the leading cause of death in leukemia. This is a physiologic safety need. 2. Risk for Bleeding related to thrombocytopenia secondary to suppressed platelet production — SECOND PRIORITY; also a physiologic safety need that can lead to life-threatening hemorrhage, including intracranial bleeding. 3. Activity Intolerance related to anemia secondary to decreased erythropoiesis — THIRD PRIORITY; addresses physiologic needs but is not immediately life-threatening compared to infection and bleeding. NURSING INTERVENTIONS FOR HIGHEST PRIORITY DIAGNOSIS — Risk for Infection: (1) Monitor the absolute neutrophil count (ANC) — an ANC below 500/µL indicates severe neutropenia and extreme infection risk; report promptly to the physician. (2) Implement protective (neutropenic) isolation — place the patient in a private room with positive pressure if available; use strict hand hygiene and sterile technique for all invasive procedures. (3) Assess temperature every 4 hours — a fever of 38°C or above in a neutropenic patient is a medical emergency requiring immediate antibiotic therapy; do not wait for signs of localized infection. (4) Restrict visitors who are ill or who have recently received live vaccines. (5) Avoid fresh flowers, live plants, raw fruits, and vegetables in the patient's room — these harbor potential pathogens. (6) Administer prescribed antibiotics, antifungals, and granulocyte colony-stimulating factors (G-CSF) promptly as ordered. (7) Teach the patient and family about hand hygiene, signs of infection, and the importance of reporting fever immediately — under RA 9173, patient education is a core nursing responsibility.

Question Type

case_study

Answer Structure

• Opening statement: state the triad of leukemia (anemia, neutropenia, thrombocytopenia) — sets up all three diagnoses (0.5 mark).
• Three prioritized NANDA-based nursing diagnoses using Maslow's framework with rationale for each priority — 1.5 marks.
• Nursing interventions for the highest priority (infection risk) — at least five specific, leukemia-appropriate interventions — 2 marks.
• Patient teaching and RA 9173 reference — holistic, law-grounded — 1 mark.

Scoring Breakdown

Common Mark Deductions

• Prioritizing 'Activity Intolerance' above infection or bleeding — anemia is third priority in Maslow's framework.
• Writing 'monitor patient' without specifying what to monitor — state ANC values, temperature thresholds.
• Failing to explain WHY infection is the top priority — 'leading cause of death in leukemia' must be stated.
• Omitting the ANC threshold of 500/µL — this is the clinical cutoff for severe neutropenia.
• Not mentioning fever as a medical emergency in a neutropenic patient — this is a high-yield NLE concept.

Key Phrases To Include

• Maslow's hierarchy
• physiologic safety
• Risk for Infection
• neutropenia
• absolute neutrophil count (ANC)
• ANC below 500/µL
• leading cause of death
• Risk for Bleeding
• thrombocytopenia
• Activity Intolerance
• anemia
• protective isolation
• fever of 38°C
• medical emergency
• G-CSF
• RA 9173
• patient education

Marks

2

Topic

Blood Transfusion

Difficulty

hard

Template Id

T12

Examiner Tip

When comparing two reactions, use a structured format: Cause → Manifestations → Management. Contrast the blood pressure direction — this single detail distinguishes many students who know the topic from those who truly understand it.

Model Answer

An acute hemolytic reaction is caused by ABO blood type incompatibility due to a patient identification or clerical error; it presents with fever, chills, severe low back and flank pain, hemoglobinuria (red-brown urine), hypotension, and tachycardia, and may progress to shock, DIC, and acute kidney injury. Management: immediately STOP the transfusion, maintain the IV line with 0.9% normal saline via new tubing, notify the physician and blood bank, and send specimens for analysis. A circulatory overload reaction (TACO) is caused by infusing blood too rapidly or in too large a volume for the patient's cardiovascular capacity (common in elderly or cardiac patients); it presents with dyspnea, crackles on lung auscultation, hypertension, distended neck veins, and cough. Management: slow or stop the infusion, position the patient upright, administer prescribed diuretics and supplemental oxygen.

Question Type

short_answer

Answer Structure

• Row 1 — Acute hemolytic: cause (ABO incompatibility), key manifestations (flank pain, hemoglobinuria, shock), management (STOP, NSS, notify) — 1 mark.
• Row 2 — Circulatory overload (TACO): cause (rapid or excessive volume), key manifestations (dyspnea, crackles, hypertension, JVD), management (slow/stop, upright position, diuretics, O2) — 1 mark.

Scoring Breakdown

Common Mark Deductions

• Confusing the blood pressure direction — hemolytic reaction causes hypotension, while TACO causes hypertension.
• Omitting hemoglobinuria as a hallmark of hemolytic reaction — red-brown urine is the most visible distinguishing sign.
• Stating 'slow the transfusion' for hemolytic reaction — the transfusion must be STOPPED completely, not slowed.
• Forgetting to position the TACO patient upright — this reduces preload and is a priority nursing action.

Key Phrases To Include

• ABO incompatibility
• clerical error
• flank pain
• hemoglobinuria
• hypotension
• shock
• DIC
• acute kidney injury
• circulatory overload
• TACO
• rapid infusion
• dyspnea
• crackles
• hypertension
• distended neck veins
• upright position
• diuretics

Marks

1

Topic

DIC

Difficulty

easy

Template Id

T13

Examiner Tip

The NLE frequently tests the 'first' or 'priority' action for DIC. Treat the underlying cause is always the correct answer. Blood product support is secondary.

Model Answer

The first and most important step in managing DIC is to identify and treat the underlying triggering cause (e.g., sepsis, obstetric emergency, or malignancy), because DIC is always a secondary disorder and will not resolve without elimination of the trigger.

Question Type

very_short_answer

Answer Structure

• State the action: treat the underlying cause.
• State the rationale: DIC is a secondary disorder and will not resolve without eliminating the trigger.

Scoring Breakdown

Common Mark Deductions

• Stating 'administer heparin' as the first step — heparin use in DIC is selective and controversial, and is not the first or definitive management.
• Stating 'transfuse blood products' as the first step — blood products support, they do not treat the cause.

Key Phrases To Include

• treat the underlying cause
• secondary disorder
• trigger

Marks

3

Topic

Lymphoma

Difficulty

medium

Template Id

T14

Examiner Tip

For comparison questions worth 3 marks, organize your answer as a mini-table in paragraph form. State the criterion first, then the Hodgkin finding, then the NHL finding. Three criteria, three marks.

Model Answer

Hodgkin lymphoma is defined by the presence of Reed-Sternberg cells on lymph node biopsy — this is the hallmark pathologic finding. It typically begins in a single, localized lymph node region (commonly the cervical nodes) and spreads in an orderly, contiguous fashion to adjacent nodes. It has a bimodal age distribution, affecting young adults (15–35 years) and older adults (over 55 years), and generally carries a favorable prognosis, particularly when diagnosed at an early localized stage, as it is highly curable with chemotherapy and radiation. Non-Hodgkin lymphoma (NHL) does NOT contain Reed-Sternberg cells; it arises from a diverse group of lymphocyte malignancies. NHL typically presents with widespread involvement of multiple lymph node regions and extranodal sites from the outset, with an unpredictable, non-contiguous spread pattern. It is more common in older adults and in immunocompromised individuals. Prognosis is variable and depends on the specific subtype — some forms are indolent (slow-growing) while others are highly aggressive.

Question Type

short_answer

Answer Structure

• Row 1: Pathologic finding — Reed-Sternberg cells present in Hodgkin, absent in NHL (1 mark).
• Row 2: Spread pattern — contiguous/orderly in Hodgkin vs. widespread/non-contiguous in NHL (0.5 mark).
• Row 3: Age group — bimodal in Hodgkin vs. predominantly older adults in NHL (0.5 mark).
• Row 4: Prognosis — generally favorable and curable in Hodgkin vs. variable by subtype in NHL (1 mark).

Scoring Breakdown

Common Mark Deductions

• Stating that NHL has Reed-Sternberg cells — these are exclusive to Hodgkin lymphoma.
• Describing Hodgkin's spread as non-contiguous — the orderly, contiguous spread is a defining characteristic.
• Stating that NHL has a uniformly good prognosis — it is variable by subtype.
• Omitting the bimodal distribution of Hodgkin lymphoma — this is a classic NLE teaching point.

Key Phrases To Include

• Reed-Sternberg cells
• contiguous spread
• bimodal age distribution
• young adults and older adults
• favorable prognosis
• highly curable
• no Reed-Sternberg cells
• widespread involvement
• non-contiguous
• variable prognosis
• immunocompromised

Marks

3

Topic

Hemophilia

Difficulty

medium

Template Id

T15

Examiner Tip

Hemophilia joint bleed questions are a favorite case scenario. Memorize RICE + Factor VIII + no aspirin/NSAIDs as your automatic response sequence. Any answer missing factor replacement earns only partial credit.

Model Answer

The patient is experiencing hemarthrosis (bleeding into the joint space), which is the hallmark complication of hemophilia and requires prompt intervention to prevent joint destruction. PRIORITY NURSING INTERVENTIONS — apply the RICE protocol and factor replacement: (1) Rest the affected joint immediately — immobilize the right knee to stop the bleeding and prevent further injury; do not bear weight on the leg. (2) Ice — apply a cold pack wrapped in a cloth to the swollen knee for 20 minutes to promote vasoconstriction and reduce bleeding and swelling. Do NOT apply heat, as heat promotes vasodilation and worsens bleeding. (3) Compression — apply a compression bandage to the knee to reduce swelling and support the joint. (4) Elevation — elevate the right leg above the level of the heart to promote venous return and reduce swelling and bleeding pressure. (5) Factor VIII replacement — notify the physician and anticipate the administration of Factor VIII concentrate at the first sign of the bleed; early factor replacement is the definitive treatment and prevents joint destruction. (6) Avoid aspirin and NSAIDs for pain relief — these inhibit platelet aggregation and will worsen bleeding; use acetaminophen (paracetamol) as a safer analgesic. (7) Monitor neurovascular status — assess the 5 P's (Pain, Pallor, Pulse, Paresthesia, Paralysis) distal to the affected joint to detect compartment syndrome. (8) Document and report — document the extent of swelling and pain, and report to the physician for evaluation of the factor level and the need for repeat dosing.

Question Type

case_study

Answer Structure

• Opening: Identify the complication — hemarthrosis — and its significance (joint destruction risk) (0.5 mark).
• RICE protocol with rationale for each step — Rest, Ice (not heat), Compression, Elevation (1 mark).
• Factor VIII replacement — the definitive treatment, first sign protocol, physician notification (1 mark).
• Analgesic choice (acetaminophen, NOT aspirin/NSAIDs) and neurovascular monitoring (0.5 mark).

Scoring Breakdown

Common Mark Deductions

• Recommending heat application — heat causes vasodilation and worsens joint bleeding.
• Recommending aspirin or ibuprofen for pain — this is a critical contraindication in hemophilia.
• Not mentioning Factor VIII replacement as the definitive treatment — this is the most important intervention.
• Omitting neurovascular monitoring — compartment syndrome is a serious complication of hemarthrosis.

Key Phrases To Include

• hemarthrosis
• joint destruction
• RICE
• Rest
• Ice
• Compression
• Elevation
• Factor VIII concentrate
• first sign of bleeding
• avoid aspirin
• avoid NSAIDs
• acetaminophen
• neurovascular status
• 5 P's
• compartment syndrome