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Medical Officer Loksewa Model Questions 2082

Medical Officer – Lok Sewa Aayog (Public Service Commission)

Position: मेडिकल अधिकृत (Medical Officer)
Grade: Eighth Level
Service: Nepal Health Service – General Health Services Group

Exam Overview

The Eighth Level Open Competitive Examination for the Medical Officer position in the General Health Services Group is conducted in two phases:

First Phase – Written Examination
- Full Marks: 200
- Pass Marks: 40% in each paper
- Language: Nepali, English, or both
- Papers:
  - Paper I: General Health Services (MCQs) – 100 Marks
  - Paper II: General Health Services (Subjective) – 100 Marks
Second Phase – Group Test & Interview
- Full Marks: 40 (10 for Group Discussion, 30 for Interview)

First Phase – Written Examination

Paper I: General Health Services (MCQs)

Marks: 100
Duration: 1 hr 15 min
Negative Marking: 20% deduction for each wrong answer; no deduction for unanswered questions
No calculators allowed

Paper II: General Health Services (Subjective)

Marks: 100
Duration: 3 hrs
Questions may be a single 10-mark question, multi-part questions, or short notes.
Separate answer booklets for each section must be used.

Second Phase – Group Test & Interview

Group Discussion

Marks: 10
Duration: 30 minutes
Format: Leaderless Group Discussion on a given topic
Includes turn-by-turn discussion and an individual presentation.
Evaluation Committee:
- PSC Member – Chairperson
- PSC Member – Member
- Psychologist – Member
- Subject Expert – Member

Interview

Marks: 30

Vacancy Fulfillment

Open Competition: 55% of total posts
Reserved Quotas (45%):
- Women – 33%
- Indigenous/Janajati – 27%
- Madhesi – 22%
- Dalit – 9%
- Persons with Disabilities – 5%
- Candidates from Backward Regions – 4%

Eligibility

Education

MBBS or equivalent from a recognized institution.

Age Limit

Minimum: 21 years
Maximum: 45 years (special provision under Health Service Group)
No age limit for permanent government employees.

Syllabus Summary

The syllabus covers General Health Services topics across multiple medical disciplines.
Both Paper I (MCQ) and Paper II (Subjective) will use the same syllabus.

Section A – General Medicine (30 Marks)

Respiratory Diseases (e.g., Acute Bronchitis, COPD, TB, SARS, Bird Flu)
Cardiovascular Diseases (e.g., Rheumatic Fever, IHD, Myocardial Infarction)
Gastrointestinal Diseases (e.g., Peptic Ulcer, Cirrhosis, Hepatitis)
Blood & Lymphoreticular Disorders (e.g., Anaemia, Leukemia)
Neurological Disorders (e.g., Stroke, Epilepsy, Meningitis)
Endocrine & Metabolic Disorders (e.g., Diabetes, Thyroid Disorders)
Joint & Collagen Disorders (e.g., RA, Osteoarthritis, SLE)
Renal Diseases (e.g., UTI, Renal Failure, Kidney Transplant)
Tropical Diseases (e.g., Malaria, Cholera, Leprosy)
Psychiatry (e.g., Anxiety, Depression, Substance Abuse)
Dermatology & STDs
Pharmacology (drug actions, poison management, special prescribing)
Emergency Medicine (acute care, trauma, shock management)

Section B – Surgery, Ophthalmology, ENT, Dental, Orthopedics, Anesthesiology, Pathology (30 Marks)

General Surgery (e.g., Hernia, Burns, Gallstones)
Ophthalmology (e.g., Cataract, Glaucoma, Trachoma)
ENT (e.g., Otitis Media, Sinusitis, Tonsillitis)
Dental (e.g., Caries, Oral Cancer)
Orthopedics & Joint Diseases
Anesthesiology & Emergency Care
Pathology (lab interpretation, disease pathology)

Section C – Obstetrics & Gynecology, Pediatrics (20 Marks)

Antenatal, Natal, Postnatal Care
Pregnancy Complications (e.g., Eclampsia, Obstructed Labour)
Childhood Diseases (e.g., ARI, Measles, Malnutrition)

Section D – Community Medicine & Forensic Medicine (20 Marks)

Demography, Sociology, Epidemiology, Health Education
Nutrition & Health
RH, EPI, IMCI, School Health, Occupational Health
Forensic Medicine & Jurisprudence (legal aspects, post-mortem, ethics)
Health-related Acts & Policies

Past Question Examples

MCQs:

Quadrant for myringotomy in acute otitis media – D) Posterioinferior
First imaging in acute abdomen – A) Plain X-ray Abdomen
All true about pressure sores except – C) Caused by injury
Ringer lactate contains all except – C) Bicarbonate
Live vaccines are used for – C) Mumps, Measles, Rubella
In HIV infection, transmission can occur via breast milk – C) True

Subjective Samples:

Describe full form of HIV and AIDS, and routes of transmission.
Management of epistaxis in a primary health care centre.
Steps to reduce maternal mortality in Nepal.

Group Discussion Topics (Examples):

Energy Crisis
Poverty Reduction
Health Insurance
Food Security
Brain Drain

Here’s How to Convert Regular ORS into ReSoMal (How to Prepare ReSoMal from Standard WHO ORS for Severe Malnutrition)

Introduction

Severe acute malnutrition (SAM) complicates fluid and electrolyte balance, necessitating a specialized rehydration solution. ReSoMal—short for Rehydration Solution for Malnutrition—has lower sodium and higher potassium, plus added minerals like magnesium, zinc, and copper, making it safer for rehydration in SAM cases. It must be administered under medical supervision in therapeutic centers and is not for general use or for children with cholera.

Composition of WHO low osmolarity ORS

Component	Amount per Liter (g)	Concentration (mmol/L)	Osmolarity Contribution (mOsm/L)
Sodium chloride	2.6 g	Na⁺ 75 mmol Cl⁻ 65 mmol	75 + 65 = 140
Glucose anhydrous	13.5 g	75 mmol	75
Potassium chloride	1.5 g	K⁺ 20 mmol Cl⁻ 20 mmol	20 + 20 = 40
Trisodium citrate dihydrate	2.9 g	Citrate³⁻ 10 mmol Na⁺ 30 mmol	10 + 30 = 40
Total Osmolarity	21.5 g	–	245 mOsm/L

Step-by-Step Guide: Preparing ReSoMal from Regular WHO ORS

Ingredients Needed (per 2 liters):

Boiled & cooled water: 2 liters
1 packet of WHO low-osmolar ORS (approx. 1-liter packet)
Sucrose (table sugar): 50 g
Concentrated electrolyte/mineral solution: 40 ml (optional; else use potassium chloride stock)

Preparation Instructions:

Mix the Water & ORS Packet
Dissolve one WHO low-osmolar ORS packet in ~2 liters of clean, cooled water.
Add Sugar
Stir in 50 g of sucrose (about 2 heaped tablespoons) to increase energy and glucose content.
Add Mineral Solution (if available)
- Ideally, add 40 ml of electrolyte/mineral solution—it contains potassium, magnesium, zinc, copper, and other trace minerals.
- If unavailable, substitute with 45 ml of potassium chloride (KCl) stock—prepared by dissolving 100 g KCl in 1 liter of water.
Administer with Caution
- ReSoMal contains approximately 45 mmol sodium, 40 mmol potassium, and 3 mmol magnesium per liter.
- Follow medical protocols: typical administration is around 5–10 ml per kg per hour, depending on the child’s condition.
- Monitor closely for signs of overhydration—rapid weight gain, elevated respiratory or pulse rates, or peripheral edema—and pause treatment if they appear.

Why not use regular ORS?

Standard ORS has higher sodium and insufficient potassium for SAM, potentially risking fluid overload and undercorrected hypokalemia.
ReSoMal is tailored to reduce these risks—but it may still cause hyponatremia, so careful monitoring is essential.
It’s contraindicated in cases of cholera or profuse watery diarrhea, where standard WHO ORS is recommended instead.

Composition of ReSoMal (WHO formulation for severe malnutrition)

Component	Amount per Liter (g)	Concentration (mmol/L)	Osmolarity Contribution (mOsm/L)
Sodium chloride	1.5 g	Na⁺ 45 mmol Cl⁻ 37 mmol	45 + 37 = 82
Glucose anhydrous	25 g	139 mmol	139
Potassium chloride	3.5 g	K⁺ 40 mmol Cl⁻ 40 mmol	40 + 40 = 80
Magnesium chloride	0.3 g	Mg²⁺ 3 mmol Cl⁻ 6 mmol	3 + 6 = 9
Zinc acetate	0.03 g	Zn²⁺ 0.3 mmol	0.3
Copper sulphate	0.003 g	Cu²⁺ 0.05 mmol	0.05
Trisodium citrate dihydrate	0.6 g	Citrate³⁻ 7 mmol Na⁺ 21 mmol	7 + 21 = 28
Total Osmolarity	–	–	300 mOsm/L

Summary Table

Item	Details
Purpose	Rehydration for children with severe acute malnutrition (SAM)
Base Ingredients	WHO ORS packet, water, sugar, optional electrolyte solution
Substitution Option	Use KCl stock if mineral blend isn’t available
Administration	Slow and monitored—5-10 ml/kg/hour or as per protocol
Key Warnings	Not for cholera; risk of overhydration and hyponatremia

Summary and Conclusion

ReSoMal is a life-saving adaptation of ORS for malnourished children—but it’s delicate medicine. Always follow WHO protocols and local medical guidelines, and never administer without proper training and monitoring.

Erbs palsy possible MCQ and answer explained

The image provided shows a newborn child with a characteristic position of the right upper limb.

The arm appears to be adducted and internally rotated at the shoulder, with the forearm extended and pronated. This posture is suggestive of a birth-related brachial plexus injury.

Considering the typical clinical presentations of the options provided:

Klumpke’s paralysis:

This affects the lower roots of the brachial plexus (C8-T1), leading to weakness or paralysis of the forearm and hand muscles, often presenting with a claw hand deformity. It doesn’t match the position seen in the image.

Erb’s palsy:

This is an injury to the upper roots of the brachial plexus (C5-C6, and sometimes C7), which typically presents with the arm hanging by the side and rotated medially, with the forearm extended and pronated – a position known as “waiter’s tip.”

This condition closely matches the posture seen in the image.

Long thoracic nerve palsy:

This would primarily affect the serratus anterior muscle, leading to “winged scapula” but wouldn’t cause the arm positioning depicted in the image.

Thoracic outlet syndrome:

This is highly unlikely in a newborn, as it generally results from compression of the brachial plexus or subclavian vessels in the area between the base of the neck and the armpit, seen in older patients.

Given the posture of the arm and the typical presentation of these conditions, Erb’s palsy

(B) is the most likely diagnosis.

This condition is commonly associated with birth trauma, particularly in deliveries involving shoulder dystocia

Conn Disease vs Primary Adrenal Insufficiency Explained

Cushing Syndrome (Excess Cortisol)

Understanding Hormonal Disorders and Electrolyte Imbalances

Certain endocrine disorders can significantly alter the balance of sodium (Na⁺) and potassium (K⁺) in the body, leading to characteristic clinical presentations. Here, we examine three important conditions—Conn’s disease, Addison’s disease, and Cushing syndrome—and their effects on electrolyte regulation.

Q. Which of the following conditions is most likely to present with increased sodium (↑ Na⁺) and decreased potassium (↓ K⁺)?

a) Addison’s disease

b) Conn’s disease

c) Cushing syndrome

d) All of the aboveConn’s Disease (Primary Hyperaldosteronism)

Conn’s disease is caused by excessive secretion of aldosterone, a hormone that promotes sodium reabsorption and potassium excretion in the kidneys. This hormonal excess leads to:

↑ Na⁺ (hypernatremia) due to sodium retention
↓ K⁺ (hypokalemia) due to increased potassium loss
Resulting clinical features: hypertension and muscle weakness from hypokalemia

Because both increased sodium and decreased potassium occur, Conn’s disease perfectly fits the profile for this electrolyte change.

conn disease

Addison’s Disease (Primary Adrenal Insufficiency)

Addison’s disease is characterized by insufficient production of both aldosterone and cortisol. This deficiency results in:

↓ Na⁺ (hyponatremia) due to reduced sodium reabsorption
↑ K⁺ (hyperkalemia) due to impaired potassium excretion
Associated symptoms: low blood pressure, fatigue, and skin hyperpigmentation

Since sodium is low and potassium is high, Addison’s disease does not match the criteria for increased Na⁺ and decreased K⁺.

adrenal insufficiency

Cushing Syndrome (Excess Cortisol)

Cushing syndrome is caused by prolonged exposure to elevated cortisol levels. While cortisol primarily affects glucose metabolism, it can have mineralocorticoid-like effects in certain situations, leading to:

Mild sodium retention
Hypertension
Potassium levels typically remain normal, unless there is marked mineralocorticoid activity (as seen in ectopic ACTH production)

Cushing Syndrome (Excess Cortisol)

Thus, Cushing syndrome generally does not cause the significant hypokalemia seen in Conn’s disease.

Summary: Who Fits the Criteria?

The combination of increased sodium (↑ Na⁺) and decreased potassium (↓ K⁺) is a hallmark of Conn’s disease. Addison’s disease produces the opposite electrolyte pattern, and Cushing syndrome rarely causes a significant drop in potassium unless in special cases.

Correct answer: b) Conn’s disease

Condition	Hormone Change	Sodium (Na⁺)	Potassium (K⁺)	Blood Pressure	Key Notes
Conn’s Disease (Primary Hyperaldosteronism)	↑ Aldosterone	↑ (Retention)	↓ (Excretion)	↑ (Hypertension)	Classic ↑ Na⁺ + ↓ K⁺ pattern
Addison’s Disease (Primary Adrenal Insufficiency)	↓ Aldosterone & ↓ Cortisol	↓ (Loss)	↑ (Retention)	↓ (Hypotension)	Opposite pattern to Conn’s
Cushing Syndrome (Excess Cortisol)	↑ Cortisol	↑ (Mild retention)	Usually Normal (↓ only if excess mineralocorticoid effect)	↑ (Hypertension)	Hypokalemia uncommon unless ectopic ACTH

Some Important signs and Names in Medical sciences

Important signs and Names in Medical sciences

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contrast findings and names

Here are some important signs and names in medical science grouped by domain.

Medical Imaging / Pathology Descriptions

Bird beak appearance – tapering of the distal esophagus (achalasia)
Ground-glass opacity – hazy lung opacity resembling frosted glass
Onion-skin appearance – concentric layering seen in some bone lesions or vessel walls
Honeycomb lung – clustered cystic air spaces in lung fibrosis
Double bubble sign – two adjacent fluid-filled structures on abdominal imaging (duodenal atresia)
Sunburst appearance – radiating spicules from a central lesion (osteosarcoma)
Apple core lesion – constricted, irregular narrowing of the colon (colon cancer)
Popcorn calcification – coarse, lobulated calcifications (pulmonary hamartoma)
Eggshell calcification – thin rim of calcification around lymph nodes
String sign – thin stream of contrast through a narrowed bowel segment (Crohn’s disease)

Microscopy / Lab Descriptions

Spaghetti and meatballs appearance – Malassezia yeast and hyphae mix on KOH prep
Starry-sky appearance – lymph node histology in Burkitt lymphoma
Owl’s eye appearance – CMV-infected cells
Coffee bean nuclei – groove-like nuclear indentations in ovarian granulosa cells
Crushed glass appearance – cytoplasm in certain hepatitis cases

Dermatology / Physical Exam

Butterfly rash – malar rash in lupus erythematosus
Cobblestone mucosa – mucosal swelling pattern (Crohn’s disease)
Strawberry tongue – erythematous tongue with enlarged papillae (scarlet fever, Kawasaki disease)
Target lesion – concentric rings as in erythema multiforme
Auspitz sign – pinpoint bleeding spots when psoriasis scales are removed

Important Points in Renal System

Important Point for Diagnosis of Renal pathologies

Cross section of kidney

Urinary Findings & Associated Diseases

S/No.	Disease	Key Finding in Urine
1	Acute Pyelonephritis	WBC casts in urine
2	Acute Cystitis	WBCs in urine
3	Glomerulonephritis	RBC casts in urine
4	Bladder Carcinoma	RBCs in urine
5	Chronic End-stage Renal Disease	Waxy casts

Glomerular Diseases & Key Findings

S/No.	Disease	Key Finding
1	IgA Nephropathy (Berger’s Disease)	Cola or tea-colored urine
2	Type-1 MPGN, SLE Nephritis	Mesangial electron-dense deposit
3	Type-2 MPGN	Intramembranous deposit
4	Goodpasture Syndrome	Anti-GBM antibody
5	Post-streptococcal GN	Sub-epithelial humps
6	Membranous Glomerulopathy	Sub-epithelial deposit
7	Minimal Change Disease	Effacement of foot processes of podocytes
8	Goodpasture Syndrome	Hemoptysis + Hematuria
9	Alport Syndrome	Deafness + Hematuria
10	Wegener’s Granulomatosis	Sinusitis + Hemoptysis + Hematuria

High-Yield Nephrology Points

IgA Nephropathy (Berger’s Disease) → Most common cause of nephritic syndrome
Focal Segmental Glomerulosclerosis (FSGS) → Most common cause of nephrotic syndrome in adults
Minimal Change Disease → Most common cause of nephrotic syndrome in children

General High-Yield Nephrology Facts

IgA Nephropathy (Berger’s disease) → Most common cause of nephritic syndrome worldwide.
Post-streptococcal glomerulonephritis → Most common cause of nephritic syndrome in children.
Minimal Change Disease (MCD) → Most common cause of nephrotic syndrome in children; responds dramatically to steroids.
Focal Segmental Glomerulosclerosis (FSGS) → Most common cause of nephrotic syndrome in adults (especially in African descent and HIV patients).
Membranous Nephropathy → Most common cause of nephrotic syndrome in white adults; associated with HBV, HCV, SLE, malignancy.
Diabetic Nephropathy → Most common cause of end-stage renal disease in developed countries.
Amyloidosis → Nephrotic-range proteinuria; Congo red positive, apple-green birefringence.

Characteristic Urinary Cast Associations

RBC casts → Glomerulonephritis, vasculitis.
WBC casts → Pyelonephritis, interstitial nephritis.
Granular (muddy brown) casts → Acute tubular necrosis (ATN).
Waxy casts → Chronic kidney disease, ESRD.
Fatty casts (Maltese cross appearance) → Nephrotic syndrome.
Hyaline casts → Nonspecific; can be normal in dehydration or exercise.

Classic Triads & Syndromic Associations

Goodpasture Syndrome → Hemoptysis + Hematuria + Anti-GBM antibodies.
Alport Syndrome → Hematuria + Sensorineural deafness + Ocular defects; “basket-weave” GBM on EM.
Wegener’s (Granulomatosis with polyangiitis) → Sinusitis + Hemoptysis + Hematuria; c-ANCA positive.
Microscopic Polyangiitis → Hemoptysis + Hematuria; p-ANCA positive; no granulomas.

Special Histopathology & EM Findings

Minimal Change Disease → Effacement of podocyte foot processes.
FSGS → Segmental sclerosis & hyalinosis.
Membranous Nephropathy → Spike-and-dome appearance on silver stain; subepithelial deposits.
Post-streptococcal GN → Lumpy-bumpy (granular) deposits; subepithelial humps.
MPGN Type 1 → Subendothelial deposits; tram-track GBM splitting.
MPGN Type 2 (Dense Deposit Disease) → Intramembranous dense deposits.
Lupus Nephritis → Wire-loop capillaries; full-house immunofluorescence (IgG, IgA, IgM, C3, C1q).

Other Must-Know Nephrology Facts

Hyperkalemia in CKD is often worsened by ACE inhibitors, ARBs, potassium-sparing diuretics, and NSAIDs.
Nephrotic syndrome → Hypercoagulable state due to loss of antithrombin III in urine.
Nephritic syndrome → Usually due to immune-mediated GBM damage with inflammation.
RPGN (Crescentic GN) → Rapidly progressive renal failure; crescents on light microscopy; poor prognosis without aggressive therapy.
ADPKD → Associated with berry aneurysms, hepatic cysts, and mitral valve prolapse.
ARPKD → Associated with Potter sequence and congenital hepatic fibrosis.

Sebaceous cyst MCQ and important points

MCQ For Discussion on Sebaceous cyst

A cystic swelling with a punctum is likely to be:

a. Lipoma

b. Dermoid

c. Neurofibroma

d. Sebaceous cyst ✅

Answer: d

Solution

A cystic swelling with a punctum is a sebaceous cyst.

Classification of Cysts

A. Congenital

Dermoids
Thyroglossal cysts
Urachal cysts

B. Acquired

Retention cysts → Sebaceous cysts, Bartholin cysts, parotid/breast cysts, ranula
Distention cysts → Colloid goiter, ovarian cysts, lymph cysts
Exudation cysts → Hydrocele

C. False cysts (no epithelial lining)

Pseudocyst of pancreas
Hematoma
Plunging ranula

Notes on Ranula

Ranula: Retention cyst due to obstruction of salivary glands
Plunging ranula: Extravasation cyst due to obstruction and rupture of sublingual salivary glands

sebaceous cyst

Swellings that are brilliantly transilluminant

Ranula
Cystic hygroma & lymph cyst
Primary hydrocele
Epididymal cyst
Meningocele

Swellings that are cross-fluctuant

Psoas abscess
Bilocular hydrocele
Plunging ranula
Compound ganglion of palm

Anesthetic Agents of Choice in Different Conditions

General anesthesia choices and Contraindications in Several Conditions

Selecting appropriate anesthetic agents is crucial for optimizing patient outcomes and minimizing risks. Below is a list of preferred anesthetic agents for various medical conditions, along with contraindications associated with specific diseases. This information is based on current medical guidelines and literature.

General Anesthesia

Anesthetic Agents of Choice in Different Conditions:

General Anesthesia:
- Propofol: Commonly used for induction and maintenance due to its rapid onset and short duration.
  Etomidate: Preferred in patients with cardiovascular instability because it has minimal effects on heart function.
- Ketamine: Suitable for patients at risk of hypotension and bronchospasm, as it maintains airway reflexes and has analgesic properties.
Procedural Sedation and Analgesia (PSA):

Midazolam: Used for its anxiolytic and amnestic effects; often combined with analgesics like fentanyl.

Dexmedetomidine: Provides sedation with minimal respiratory depression, beneficial in specific procedural settings.

Total Intravenous Anesthesia (TIVA):

Propofol: Commonly used due to its favorable recovery profile and antiemetic properties.

Local Anesthesia:

Lidocaine: Widely used for minor surgical procedures and dental work.
Bupivacaine: Preferred for longer-duration anesthesia, such as in epidural blocks.

Regional Anesthesia:

Epidural Block: Commonly used for labor pain management and surgeries involving the pelvis and lower limbs.
Spinal Block: Often utilized for cesarean sections and lower abdominal surgeries.

Contraindications of Anesthetic Agents in Various Diseases:

Propofol:

Cardiac Disease: May cause hypotension; use with caution in patients with compromised cardiac function.

1. Etomidate:
2. Ketamine:
3. Midazolam:
4. Local Anesthetics (e.g., Lidocaine, Bupivacaine):
5. Epidural and Spinal Anesthesia:

10 steps of management of Malnutrition: Complications, Assessment, and Prevention

Malnutrition: Complications, Assessment, and Prevention

Malnutrition is a serious public health concern affecting individuals of all ages, particularly children in low-resource settings. It can lead to both acute and chronic complications, impacting survival, growth, and overall health.

Acute Complications of Malnutrition

A helpful mnemonic for remembering the main acute complications is “Shieldeded”:

Sugar deficiency / Hypoglycemia – Low blood sugar levels can lead to lethargy, seizures, and even coma.
Hypothermia – Impaired thermoregulation increases vulnerability to cold stress.
Infection – Reduced immunity predisposes to frequent and severe infections.
Electrolyte disorder – Commonly includes imbalances in sodium, potassium, and magnesium.
Dehydration – Often due to diarrhea or inadequate fluid intake.
Deficiency of vitamins and minerals – Leads to a range of specific deficiency syndromes (e.g., anemia, rickets, night blindness).

Next we will discuss 10 essential steps in the management of malnutrition (Severe Acute Malnutrition – SAM) based on standard WHO guidelines.

Management of Malnutrition (SAM) – 10 Steps

Step	Management	Key Actions	Timeline
1	Treat/Prevent Hypoglycemia	Give glucose immediately, start frequent feeds	Immediately (within first hours)
2	Treat/Prevent Hypothermia	Keep child warm, kangaroo care	Immediately & ongoing (first 24 hrs)
3	Treat/Prevent Dehydration	Use ReSoMal, careful rehydration	First 24 hours
4	Correct Electrolyte Imbalance	Give potassium, magnesium, restrict sodium	First 1–2 days
5	Treat Infections	Start broad-spectrum antibiotics	Immediately (Day 1)
6	Correct Micronutrient Deficiencies	Vitamin A, zinc, folate (avoid iron initially)	Day 1 onward
7	Start Cautious Feeding	Begin F-75 diet (stabilization phase)	First 2–7 days
8	Achieve Catch-up Growth	Switch to F-100 or RUTF	After stabilization (Day 7+)
9	Provide Sensory Stimulation	Play therapy, emotional care	Throughout treatment
10	Prepare for Follow-up	Nutrition education, immunization, monitoring	Before discharge & after recovery

Chronic Complications of Malnutrition

Untreated or prolonged malnutrition can result in chronic health problems:

Pseudotumour cerebri – Raised intracranial pressure without a brain tumor, causing headaches and visual disturbances.
Nutritional recovery syndrome / Refeeding syndrome – Metabolic complications following rapid nutritional rehabilitation.
Khan syndrome / Encephalitis-like syndrome – Neurological presentation resembling brain infection.

Nutritional Assessment

A complete nutritional assessment includes:

Anthropometry – Measurement of weight, height, mid-upper arm circumference (MUAC), and growth charts.
Biochemical markers – Blood tests to assess nutrient levels and detect deficiencies.
Clinical evaluation – Physical examination for signs of malnutrition.
Dietary evaluation – Analysis of food intake patterns and adequacy.
Epidemiological assessment – Community-based data to identify at-risk populations.

Prevention of Malnutrition: GOBIFFF Strategy

The GOBIFFF approach is widely promoted for prevention:

G – Growth monitoring
O – Oral rehydration solution (ORS) use
B – Breastfeeding promotion
I – Immunization coverage
F – Family planning
F – Female education
F – Feeding improvement (appropriate complementary feeding)

Follow-up in Malnutrition

Monitoring recovery is crucial for preventing relapse:

Initial follow-up: At 2 weeks, 1 month, and 3 months after starting treatment.
Long-term follow-up: Every 3 months thereafter until the Z-score is greater than –1.

Assessment of Physical Growth Schedule

Monthly for children under 1 year
Every 2 months for ages 1–2 years
Every 3 months for ages 3–5 years

Conclusion

Malnutrition remains preventable through early detection, community education, and targeted interventions. A combination of clinical vigilance and public health measures can ensure healthier growth and development in children worldwide.

MCQs for TU IOM Staff Nurse Exam (with Answers) set three

50 Advanced-Level MCQs for TU IOM Staff Nurse Exam (with Answers)

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MCQs for TU IOM Staff Nurse Exam (with Answers)

🫀 1. Which of the following ECG findings is most specific for myocardial infarction?

A. ST depression

B. T wave inversion

C. ST elevation in contiguous leads

D. Prolonged QT interval

✅ Answer: C. ST elevation in contiguous leads

🧠 2. A client with schizophrenia says, “The sky is full of flying monkeys.” This is an example of:

A. Hallucination

B. Delusion

C. Neologism

D. Flight of ideas

✅ Answer: B. Delusion

👶 3. A newborn is born with a cleft palate. What is the nurse’s priority intervention during feeding?

A. Allow the baby to cry between feeds

B. Use a standard nipple

C. Position upright and use a special nipple

D. Encourage breastfeeding

✅ Answer: C. Position upright and use a special nipple

💉 4. A patient develops urticaria and shortness of breath after IV penicillin. What is the nurse’s first action?

A. Stop the infusion

B. Administer antihistamine

C. Start oxygen therapy

D. Notify physician

✅ Answer: A. Stop the infusion

🧬 5. Which drug requires monitoring of absolute neutrophil count (ANC)?

A. Haloperidol

B. Clozapine

C. Fluoxetine

D. Diazepam

✅ Answer: B. Clozapine

🧫 6. In a case-control study, the measure of association is:

A. Relative risk

B. Attributable risk

C. Odds ratio

D. Incidence rate

✅ Answer: C. Odds ratio

🩸 7. Heparin acts by:

A. Inhibiting vitamin K

B. Inhibiting thrombin and factor Xa

C. Activating platelets

D. Decreasing fibrinogen production

✅ Answer: B. Inhibiting thrombin and factor Xa

🧠 8. Which of the following indicates increased intracranial pressure (ICP) in a child?

A. High-pitched cry

B. Sunken fontanelle

C. Increased appetite

D. Slow breathing

✅ Answer: A. High-pitched cry

🫁 9. What is the hallmark sign of a tension pneumothorax?

A. Bradycardia

B. Tracheal deviation

C. Rales

D. Hemoptysis

✅ Answer: B. Tracheal deviation

💊 10. Which anti-tubercular drug causes optic neuritis?

A. Isoniazid

B. Rifampicin

C. Ethambutol

D. Pyrazinamide

✅ Answer: C. Ethambutol

👩⚕️ 11. What is the nurse’s role during informed consent?

A. Explain the procedure

B. Assess client’s understanding and witness the signature

C. Sign the consent form on behalf of the patient

D. Guarantee the success of the procedure

✅ Answer: B. Assess client’s understanding and witness the signature

👶 12. The most common cause of neonatal sepsis in Nepal is:

A. E. coli

B. Staphylococcus aureus

C. Group B streptococcus

D. Klebsiella pneumoniae

✅ Answer: C. Group B streptococcus

💉 13. Which insulin has no peak and lasts up to 24 hours?

A. Regular insulin

B. NPH insulin

C. Lispro

D. Glargine

✅ Answer: D. Glargine

🧬 14. The presence of HBsAg for more than 6 months indicates:

A. Immunity

B. Acute infection

C. Chronic carrier state

D. Past exposure

✅ Answer: C. Chronic carrier state

💊 15. Lithium toxicity may occur when used with:

A. ACE inhibitors

B. NSAIDs

C. Diuretics

D. All of the above

✅ Answer: D. All of the above

🩺 16. During postural drainage, the nurse should be cautious in:

A. Bronchial asthma

B. Heart failure

C. Pneumonia

D. Cystic fibrosis

✅ Answer: B. Heart failure

🧠 17. Which neurotransmitter is primarily involved in Parkinson’s disease?

A. Serotonin

B. Acetylcholine

C. Dopamine

D. Norepinephrine

✅ Answer: C. Dopamine

🩸 18. Which IV fluid is isotonic?

A. 0.45% Normal saline

B. 5% Dextrose in water

C. 0.9% Normal saline

D. Dextrose in 0.45% saline

✅ Answer: C. 0.9% Normal saline

🧪 19. A nurse is evaluating fundal height at 28 weeks. Where should the fundus be palpated?

A. At the symphysis pubis

B. Below umbilicus

C. At the umbilicus

D. Above umbilicus

✅ Answer: D. Above umbilicus

💉 20. The correct needle size for intradermal injection is:

A. 16G

B. 22G

C. 26G

D. 20G

✅ Answer: C. 26G

🧠 21. The first sign of hypoxia is usually:

A. Cyanosis

B. Restlessness

C. Bradycardia

D. Hypotension

✅ Answer: B. Restlessness

🧬 22. Which stage of labor is from full dilation to delivery of baby?

A. First stage

B. Second stage

C. Third stage

D. Latent phase

✅ Answer: B. Second stage

📊 23. The best research design to establish cause-effect is:

A. Case-control study

B. Cross-sectional study

C. Randomized controlled trial

D. Descriptive study

✅ Answer: C. Randomized controlled trial

💉 24. Which antipsychotic has the highest risk of extrapyramidal symptoms (EPS)?

A. Olanzapine

B. Risperidone

C. Haloperidol

D. Clozapine

✅ Answer: C. Haloperidol

🩸 25. What is the goal of primary health care?

A. Provide tertiary care

B. Provide high-tech services

C. Achieve health for all

D. Prevent rare diseases

✅ Answer: C. Achieve health for all

🧪 26. Which is the most sensitive indicator of renal function?

A. BUN

B. Urine output

C. Creatinine clearance

D. Serum creatinine

✅ Answer: C. Creatinine clearance

🧠 27. The best response to a depressed patient expressing hopelessness is:

A. “Everything will be fine.”

B. “Why do you feel that way?”

C. “You seem really down right now.”

D. “Let’s talk about something else.”

✅ Answer: C. “You seem really down right now.”

🩺 28. Which heart sound corresponds to the closure of mitral and tricuspid valves?

A. S1

B. S2

C. S3

D. S4

✅ Answer: A. S1

💊 29. Which electrolyte imbalance can potentiate digoxin toxicity?

A. Hyperkalemia

B. Hypokalemia

C. Hypercalcemia

D. Hypernatremia

✅ Answer: B. Hypokalemia

🧠 30. Postpartum blues usually resolve within:

A. 24 hours

B. 3 days

C. 2 weeks

D. 2 months

✅ Answer: C. 2 weeks

🧬 31. Which is the most common site for deep vein thrombosis (DVT)?

A. Femoral vein

B. Popliteal vein

C. Posterior tibial vein

D. Saphenous vein

✅ Answer: B. Popliteal vein

📦 32. Inventory control system used in PHC is:

A. ABC analysis

B. VED analysis

C. FIFO

D. LIFO

✅ Answer: C. FIFO

🩺 33. The antidote for magnesium sulfate toxicity is:

A. Potassium chloride

B. Calcium gluconate

C. Vitamin K

D. Sodium bicarbonate

✅ Answer: B. Calcium gluconate

📉 34. The most appropriate nursing diagnosis for a patient with CHF is:

A. Risk for infection

B. Impaired gas exchange

C. Acute pain

D. Risk for falls

✅ Answer: B. Impaired gas exchange

💊 35. The half-life of a drug determines:

A. Route of excretion

B. Onset of action

C. Dosage interval

D. Peak effect

✅ Answer: C. Dosage interval

🧠 36. CAGE questionnaire is used to assess:

A. Anxiety

B. Schizophrenia

C. Alcohol abuse

D. Depression

✅ Answer: C. Alcohol abuse

🧪 37. A patient with SIADH will most likely present with:

A. Hypernatremia

B. Hyponatremia

C. Hypokalemia

D. Hyperkalemia

✅ Answer: B. Hyponatremia

🩺 38. Murphy’s sign is indicative of:

A. Appendicitis

B. Pancreatitis

C. Cholecystitis

D. Hepatitis

✅ Answer: C. Cholecystitis

💉 39. Which vaccine is contraindicated in pregnancy?

A. Tetanus toxoid

B. Hepatitis B

C. Influenza

D. MMR

✅ Answer: D. MMR

📊 40. Type I error in research refers to:

A. Failing to reject a false null hypothesis

B. Rejecting a true null hypothesis

C. Using wrong study design

D. Misinterpretation of results

✅ Answer: B. Rejecting a true null hypothesis

💊 41. Most nephrotoxic aminoglycoside is:

A. Gentamicin

B. Amikacin

C. Streptomycin

D. Tobramycin

✅ Answer: A. Gentamicin

👶 42. The most common congenital heart defect is:

A. Patent ductus arteriosus

B. Ventricular septal defect

C. Tetralogy of Fallot

D. Atrial septal defect

✅ Answer: B. Ventricular septal defect

🧪 43. Most common cause of postpartum hemorrhage is:

A. Cervical tear

B. Retained placenta

C. Uterine atony

D. Vaginal laceration

✅ Answer: C. Uterine atony

🩸 44. In management by objectives (MBO), the key principle is:

A. Autocratic leadership

B. Top-down hierarchy

C. Participatory goal setting

D. Group therapy

✅ Answer: C. Participatory goal setting

📚 45. A non-experimental research design is:

A. Quasi-experimental

B. RCT

C. Descriptive study

D. Controlled trial

✅ Answer: C. Descriptive study

🧬 46. The correct order of donning PPE is:

A. Gloves → Mask → Gown

B. Gown → Mask → Gloves

C. Mask → Gloves → Gown

D. Mask → Gown → Gloves

✅ Answer: B. Gown → Mask → Gloves

🧠 47. Most effective communication in therapeutic relationship is:

A. Giving advice

B. Active listening

C. Offering false reassurance

D. Changing the subject

✅ Answer: B. Active listening

💊 48. Which of the following is not a part of the nursing process?

A. Assessment

B. Planning

C. Implementation

D. Supervision

✅ Answer: D. Supervision

🩸 49. Which test is used to detect HIV in newborns?

A. ELISA

B. Rapid test

C. Western blot

D. PCR

✅ Answer: D. PCR

💡 50. When delegating a task to a nursing assistant, the RN is responsible for:

A. Performing the task

B. Supervising and evaluating the outcome

C. Delegating further

D. Ignoring errors

✅ Answer: B. Supervising and evaluating the outcome