NEET PG 2026 Subject Wise Weightage: Complete Data from 14 Years of PYQs

NBEMS does not publish an official subject-wise weightage for NEET PG. What exists instead is a pattern built from analysing actual question papers across 14 years of exams — and that pattern is reliable enough to build an entire preparation strategy around.

This post goes beyond the basic tables most guides offer. You will get the complete subject-wise breakdown calibrated to the new 2026 format (180 questions, 720 marks), trend data showing which subjects have grown and shrunk over time, high-yield topics within each subject, and a study time allocation model built directly from the weightage data. If you are still setting up your overall approach, start with our NEET PG 2026 preparation hub and come back to this for the subject maths.

One critical point before the numbers: the 2026 format change from 200 to 180 questions does not simply reduce every subject's count proportionally. Some subjects have historically been asked in fixed distributions tied to the exam structure. The recalibration to 180 questions shifts the absolute counts, not the relative importance.

What Changed in 2026 and Why It Changes the Weightage Math

Before 2026, NEET PG had 200 questions worth 800 marks across three broad sections (Pre-Clinical, Para-Clinical, Clinical). Starting with the August 30, 2026 exam, the format is 180 questions worth 720 marks across five locked sections — Groups A through E — of 36 questions each, with 42 minutes per section.

The key implication for subject-wise weightage: a subject that carried 25 questions out of 200 (12.5%) does not carry the same 12.5% of 180 — it may carry 22 questions (12.2%) or 20 questions (11.1%) depending on how NBEMS redistributes within the new section architecture. The relative importance of subjects is preserved. The absolute question count per subject shifts slightly.

Every table in this post reflects the 180-question format.

Complete NEET PG 2026 Subject Wise Weightage Table

Data derived from analysis of 14 years of NEET PG PYQs (2010–2024), scaled to the 180-question 2026 format.

Subject	Approx. Questions (out of 180)	% Weightage	Marks Range
General Medicine	24–28	13–16%	96–112
General Surgery	18–22	10–12%	72–88
OBG	14–18	8–10%	56–72
Pathology	14–18	8–10%	56–72
Pharmacology	12–16	7–9%	48–64
Microbiology	12–14	7–8%	48–56
Paediatrics	8–12	5–7%	32–48
SPM / Community Medicine	8–12	5–7%	32–48
Anatomy	8–10	4–6%	32–40
Physiology	8–10	4–6%	32–40
Biochemistry	6–9	3–5%	24–36
Dermatology	5–8	3–5%	20–32
Psychiatry	5–8	3–5%	20–32
Orthopaedics	5–8	3–5%	20–32
ENT	4–7	2–4%	16–28
Ophthalmology	4–7	2–4%	16–28
Forensic Medicine	4–6	2–4%	16–24
Anaesthesia	3–6	2–3%	12–24
Radiology	3–5	2–3%	12–20

Important note: NBEMS does not publish official subject-wise counts. These ranges are based on PYQ pattern analysis and will vary slightly from paper to paper. Some subjects (Dermatology, Psychiatry) are often embedded within General Medicine questions in the paper — a question about a skin condition may be coded under Medicine rather than Dermatology in practice.

Subject Tier Classification

Tier 1 — Highest Weightage (Target 70%+ accuracy)

These five subjects together account for approximately 45–50% of the total paper. Getting these right moves your rank more than anything else.

General Medicine (13–16% of paper). The single most heavily weighted subject in NEET PG. Includes direct medicine questions plus clinical presentations across Cardiology, Nephrology, Endocrinology, Infectious Diseases, Haematology, and Neurology. In the 2024 paper, clinical medicine questions made up the largest single block of questions. Questions from Dermatology (skin conditions with clinical presentations) and Psychiatry (diagnosis, drug mechanisms) are often phrased as Medicine cases even when they test specialty knowledge.

General Surgery (10–12%). Second highest individual subject weightage. Questions cover surgical anatomy, operative steps, wound management, and post-operative complications. Clinical surgery questions — which present a patient scenario and ask for the next step in management — have increased as a proportion of this subject over recent cycles.

OBG (8–10%). One of the most consistent subjects across cycles. Antenatal management, obstetric emergencies, contraception methods, and gynaecological malignancy staging appear reliably every year. OBG has a high PYQ repetition rate — concepts that appeared in 2015 papers reappear in rephrased form in recent papers.

Pathology (8–10%). The highest-weighted laboratory subject. Tumour markers, cellular pathology, inflammation, and specific tumour classifications have dominated recent papers. Pathology also forms the basis for understanding Medicine and Surgery questions — good Pathology preparation has a compounding effect on clinical subject performance.

Pharmacology (7–9%). Drug mechanisms, adverse effects, and interactions are consistently tested. Drug adverse effects have been weighted more heavily than mechanisms in recent cycles, making pharmacovigilance-type questions important. The combination of good Pharmacology and Microbiology preparation accounts for roughly 14–17% of the paper combined.

Tier 2 — Moderate Weightage (Target 60%+ accuracy)

These subjects together account for approximately 25–30% of the paper. Strong performance here separates mid-range ranks from competitive ones.

Microbiology (7–8%). Laboratory diagnosis — which test identifies which organism — is the most frequently tested aspect. Specific organisms and their virulence factors, toxin mechanisms, and drug resistance patterns repeat reliably across years.

Paediatrics (5–7%). Growth and development milestones are the most-tested single topic area in Paediatrics. Neonatal conditions, immunisation schedules, and nutritional deficiency presentations follow. Paediatrics questions are often short clinical stems — they reward systematic preparation more than detailed knowledge.

SPM / Community Medicine (5–7%). Epidemiology, biostatistics, and disease control programs account for most marks. Questions on specific programs (National Health Mission, immunisation schedule updates) appear every year and are entirely predictable if you track official updates.

Anatomy (4–6%). Surgical anatomy (applied anatomy relevant to clinical procedures) has increasingly dominated over embryology and histology in recent papers. The shift toward clinical application in Anatomy means that knowing the anatomical basis of nerve injuries, surgical triangles, and compartment relationships is more valuable than memorising gross anatomy diagrams.

Physiology (4–6%). Cardiac physiology (Frank-Starling, pressure-volume loops), renal tubular physiology, and respiratory function testing appear reliably. Graph-based questions testing interpretation of physiological curves have increased in recent years.

Biochemistry (3–5%). Metabolic pathways (glycolysis, TCA cycle, fatty acid oxidation) and enzyme kinetics are the mainstay. Molecular biology topics — PCR, blotting techniques, restriction enzymes — have appeared increasingly in recent cycles.

Tier 3 — Lower Individual Weightage (Target 50%+ accuracy)

Each of these subjects contributes 2–5% of the paper individually. Combined, they account for roughly 20–25% of the total paper. Students who cover these even superficially consistently outperform those who skip them.

Dermatology (3–5%): Morphology-based questions, common skin conditions, and treatment protocols. Often overlaps with Medicine question stems.

Psychiatry (3–5%): Diagnostic criteria, drug mechanisms, ECT indications. High PYQ repetition rate.

Orthopaedics (3–5%): Fracture eponyms, nerve injuries from fractures, common paediatric orthopaedic conditions.

ENT (2–4%): Tuning fork tests (Weber, Rinne, ABC) are consistently high-yield. Surgical landmarks and audiological testing appear reliably.

Ophthalmology (2–4%): Glaucoma, retinal conditions, and ophthalmic drug side effects. Image-based questions have increased.

Forensic Medicine (2–4%): Medico-legal aspects and toxicology (organ-specific poisons and antidotes). High PYQ repetition — the same questions appear cycle after cycle with minimal variation.

Anaesthesia (2–3%): Stages of anaesthesia, local anaesthetic toxicity, and malignant hyperthermia management.

Radiology (2–3%): X-ray pattern recognition for high-yield conditions. Questions on CT findings for surgical emergencies have appeared in recent papers.

How Subject Weightage Has Shifted Over Time

NBEMS has progressively increased the clinical orientation of NEET PG over the past decade. Understanding this trend helps you allocate time accurately.

Subject Group	Pre-2015 Approx. Share	2020–2024 Approx. Share	2026 Projected Share
Clinical (Medicine, Surgery, OBG, Paediatrics, Psychiatry, Dermatology)	35–40%	42–48%	44–50%
Para-Clinical (Pathology, Pharmacology, Microbiology, Forensic, SPM)	35–40%	32–37%	30–36%
Pre-Clinical (Anatomy, Physiology, Biochemistry)	20–25%	15–20%	14–18%

What this tells you: if you are allocating study time proportionally to an old weightage table, you are under-preparing for clinical subjects and over-preparing for pre-clinical ones. The trend has been consistent for a decade and is not reversing.

Subject-wise High-Yield Topics for 2026

These are the topics within each subject that have appeared most frequently across 14 years of PYQs. Covering these topics gets you to approximately 70–80% of each subject's marks with 40–50% of the study time.

Subject	Top 3 High-Yield Topics
General Medicine	Cardiology (ECG, arrhythmias, heart failure); Nephrology (CKD, electrolytes, GN); Infectious diseases (TB, HIV, malaria)
General Surgery	Hernias (types, repair, complications); Thyroid surgery; GI cancers staging and management
OBG	Pre-eclampsia and eclampsia management; Contraception methods and failure rates; Gynaecological malignancy staging
Pathology	Tumour markers and their associated cancers; Inflammatory cell types and functions; Wound healing phases
Pharmacology	Autonomic drug mechanisms (adrenergic, cholinergic); Antibiotic spectra and resistance; Adverse effect profiles
Microbiology	Laboratory diagnosis tests (organism-specific); Clostridium species and toxins; STI causative organisms
Paediatrics	Growth and development milestones; Neonatal conditions (jaundice, RDS, NEC); Immunisation schedule
SPM	Epidemiological study design; National health programs; Biostatistics (sensitivity, specificity, NNT)
Anatomy	Surgical anatomy (triangles, spaces, fascial planes); Nerve injury at specific fracture sites; Embryological derivatives
Physiology	Cardiac physiology (Frank-Starling, pressure-volume loops); Renal tubular function; Respiratory function tests
Biochemistry	Glycolysis and TCA cycle (regulated steps); Enzyme kinetics (Km, Vmax); Molecular biology techniques
Dermatology	Bullous disorders (pemphigus vs pemphigoid); Leprosy classification and treatment; Psoriasis management
Psychiatry	ICD diagnostic criteria for major conditions; Drug mechanisms and side effects; ECT indications and contraindications
Orthopaedics	Fracture eponyms and nerve injuries; Compartment syndrome; Paediatric orthopaedic conditions
ENT	Tuning fork tests (Weber, Rinne, ABC interpretation); Vertigo causes and management; Common surgeries
Ophthalmology	Glaucoma (types, treatment mechanisms); Diabetic retinopathy staging; Ophthalmic drug adverse effects
Forensic Medicine	Medico-legal aspects of death; Toxicology (organ-specific poisons and antidotes); Sexual assault examination
Anaesthesia	Stages and signs of general anaesthesia; Local anaesthetic mechanism and toxicity; Malignant hyperthermia
Radiology	X-ray patterns for TB and pneumothorax; CT findings for extradural vs subdural haematoma; Fracture recognition

Study Time Allocation Based on Weightage

This model allocates study time proportionally to subject weightage while adjusting for difficulty and PYQ availability. It is designed for a student with 3 to 6 months before the exam. For the week-by-week version, see our 3-month study plan; for the wider approach it sits inside, see the complete NEET PG preparation strategy.

Subject	Weightage Share	Suggested Time Allocation	Priority
General Medicine	13–16%	15–18% of total study time	1
General Surgery	10–12%	11–13%	2
OBG	8–10%	9–11%	3
Pathology	8–10%	8–10%	4
Pharmacology	7–9%	7–9%	5
Microbiology	7–8%	6–8%	6
Paediatrics	5–7%	5–7%	7
SPM	5–7%	4–6%	8
Anatomy	4–6%	4–5%	9
Physiology	4–6%	4–5%	10
Biochemistry	3–5%	3–4%	11
Dermatology	3–5%	2–3%	12
Psychiatry	3–5%	2–3%	13
Orthopaedics	3–5%	3–4%	14
ENT	2–4%	2–3%	15
Ophthalmology	2–4%	2–3%	16
Forensic Medicine	2–4%	1–2%	17
Anaesthesia	2–3%	1–2%	18
Radiology	2–3%	1–2%	19

Why Medicine gets slightly more than its weightage share: General Medicine questions require broader contextual knowledge than most other subjects. Questions on OBG, Paediatrics, Dermatology, and Psychiatry often appear in clinical Medicine presentation formats — preparation in Medicine therefore has a multiplier effect on other subjects.

Why Forensic Medicine, Anaesthesia, and Radiology get less than their weightage share: these subjects have very high PYQ repetition rates. Two focused weeks of PYQ drilling in each subject covers roughly 70% of their exam content reliably. Diminishing returns set in faster here than in clinical subjects where application questions vary more.

How to Use This Data With Your Score Calculator

Subject-wise weightage data is most useful when tracked against your actual practice performance.

After each mock test or full-length HAMMER weekly grand test, calculate your accuracy per subject against the weightage table. A subject where you are getting 40% accuracy but carries 12% of the paper is costing you significantly more marks than a subject where you are getting 40% accuracy but carries 3% of the paper.

Use the NEET PG 2026 score calculator to track your section-wise scores after every mock. When you see consistent weakness in one section, check which high-weightage subjects are driving that weakness — that tells you where to allocate additional study time.

A practical formula: multiply your accuracy percentage by the subject's weightage share. A 70% accuracy in General Medicine (weighted at 14%) contributes 9.8 effective percentage points toward your overall score. A 70% accuracy in Radiology (weighted at 2.5%) contributes 1.75 effective percentage points. The same accuracy improvement in Medicine is worth 5.6 times more to your overall score than the same improvement in Radiology.

Subject-Wise PYQ Coverage Target

Subject	Recommended PYQ Depth	Years to Cover
General Medicine	Deep	12–14 years
General Surgery	Deep	12–14 years
OBG	Deep	12–14 years
Pathology	Deep	10–12 years
Pharmacology	Deep	10–12 years
Microbiology	Moderate	8–10 years
Paediatrics	Moderate	8–10 years
SPM	Moderate	8–10 years
Anatomy	Moderate	8–10 years
Physiology	Moderate	8–10 years
Biochemistry	Moderate	6–8 years
Dermatology	Standard	6–8 years
Psychiatry	Standard	6–8 years
Orthopaedics	Standard	6–8 years
ENT	Standard	5–7 years
Ophthalmology	Standard	5–7 years
Forensic Medicine	Standard	5–7 years
Anaesthesia	Light	4–6 years
Radiology	Light	3–5 years

Common Mistakes in Subject Prioritisation

Mistake 1 — Spending equal time on all 19 subjects. Students who study each subject for the same number of hours spend a disproportionate share of their study time on subjects that account for a small fraction of marks. Clinical subjects deserve proportionally more time.

Mistake 2 — Avoiding low-confidence subjects. If General Surgery is your weakest subject and it carries 10–12% of the paper, avoiding it to study Anatomy (4–6%) costs you twice as many marks. Prepare weak subjects in proportion to their weightage, not in proportion to your comfort level.

Mistake 3 — Using pre-2024 weightage tables. Several preparation guides still show weightage data calibrated to the old 200-question, 800-mark format. This overstates Pre-Clinical subject importance slightly and understates the shift toward clinical subjects that has occurred in recent cycles.

Mistake 4 — Ignoring within-subject distribution. General Medicine carries 13–16% of marks — but Cardiology alone accounts for roughly 4–5% of those marks. A student who has thoroughly prepared Cardiology within Medicine while broadly covering other Medicine topics will outperform a student who studied all of Medicine uniformly.