Updated April 2026 · Based on NBEMS guidelines and past NEET SS paper analysis · Full NEET SS 2026 Guide →
Complete Syllabus Topic-wise Breakdown Weightage Analysis

NEET SS Pathology Syllabus 2026:
Complete Topic-wise Breakdown + Weightage

If you don't understand the syllabus, you don't stand a chance in NEET SS Pathology. Most aspirants waste months studying random topics. The toppers study what actually gets asked. This page gives you the full topic-wise syllabus, high-yield areas, weightage insights based on past paper analysis, and a clear strategy for what to study versus what to skip.

By Dr. Akshay Bali & Dr. Maitrayee Roy · Updated April 2026 · eLearningFRCPath

The truth about NEET SS Pathology: The syllabus is based on your MD-level pathology knowledge, but tested at a much deeper, clinical + image-based level. Not all topics are equal — some topics dominate the paper every single year. This page shows you exactly which ones.

1. What Is Included in the NEET SS Pathology Syllabus?

The syllabus is vast — but the exam is predictable if you know the pattern.

NEET SS Pathology is conducted by the National Board of Examinations in Medical Sciences (NBEMS) for admission to DM Oncopathology, DM Hematopathology, DM Cytopathology, and related super-specialty courses. The examination tests advanced knowledge in pathology — significantly beyond the MD level. NBEMS does not publish a line-by-line syllabus document, but the scope of the exam is well understood from official information bulletins and analysis of past papers.

The syllabus broadly covers six major domains:

01

General Pathology

Cell injury, inflammation, neoplasia, immunopathology, genetic disorders

02

Hematopathology

Leukemias, lymphomas, myeloproliferative disorders, bone marrow pathology

03

Systemic Pathology

GI, hepatobiliary, lung, breast, renal, endocrine, CNS, skin, GU, GYN

04

Cytopathology

FNAC, Pap smear, fluid cytology, Bethesda system

05

Molecular Pathology & IHC

PCR, FISH, NGS, IHC panels, tumour genetics, companion diagnostics

06

Lab Medicine

Transfusion medicine, coagulation, quality control, lab techniques

Key point: NBEMS does not prescribe topic-level detail in the way RCPath does for FRCPath. The syllabus scope is based on the MD Pathology curriculum and is tested at an advanced, application-based level. Past paper analysis is the most reliable way to understand weightage — and that's what this page is based on.
01General Pathology
Foundation — Medium Weightage

Your foundation. Questions here are conceptual but predictable — they test understanding of mechanism, not rote memory. General pathology forms the theoretical backbone that every systemic topic builds upon.

Topics Covered

  • Cell injury & cell death (necrosis types, apoptosis pathways — intrinsic vs extrinsic)
  • Inflammation — acute, chronic, granulomatous (types, mediators, cells involved)
  • Healing & repair (wound healing, fibrosis, angiogenesis)
  • Hemodynamic disorders (thrombosis, embolism, infarction, DIC, shock)
  • Neoplasia — tumour biology (oncogenes, tumour suppressor genes, carcinogenesis steps)
  • Immunopathology (hypersensitivity types, autoimmune diseases, immunodeficiencies, transplant rejection)
  • Genetic disorders (chromosomal abnormalities, single gene disorders, multifactorial)
  • Amyloidosis — classification, staining, clinical patterns
  • Environmental & nutritional pathology
High-Yield Focus Areas
  • Apoptosis pathways (intrinsic mitochondrial vs extrinsic death receptor)
  • Multi-step carcinogenesis & tumour progression
  • Tumour suppressor genes (p53, Rb, APC, BRCA1/2, VHL)
  • Granulomatous inflammation — causes, types, differential diagnosis
  • Amyloid types and organ-specific deposition patterns
02Hematopathology
Highest Weightage — ~20–25%

This is the king of the NEET SS Pathology syllabus. Alone, hematopathology contributes approximately 20–25% of the paper based on past trends. If you're weak here, your rank drops. Simple.

Topics Covered

  • Acute leukaemias — AML (WHO classification, cytogenetics, molecular subtypes), ALL
  • Chronic leukaemias — CML (BCR-ABL, molecular monitoring), CLL/SLL
  • Lymphomas — Hodgkin (types, staging, Reed-Sternberg morphology, IHC: CD15/CD30)
  • Non-Hodgkin lymphomas (DLBCL, Follicular, Mantle cell, Marginal zone, Burkitt)
  • Myeloproliferative neoplasms — PV, ET, PMF (JAK2, CALR, MPL mutations)
  • Myelodysplastic syndromes — WHO classification, cytogenetics, IPSS-R scoring
  • Plasma cell neoplasms — Multiple myeloma, Waldenstrom, MGUS, amyloidosis
  • Bone marrow pathology — aspirate vs trephine interpretation
  • Flow cytometry — principles, marker panels, gating strategy
  • Haemolytic anemias — hereditary, acquired, autoimmune
  • Coagulation disorders — factor deficiencies, DIC, TTP-HUS
  • Platelet disorders — ITP, TTP, Bernard-Soulier, Glanzmann
Must-Master Areas
  • WHO 5th Edition leukaemia & lymphoma classification
  • Flow cytometry panels for acute leukaemia vs lymphoma
  • IHC markers: CD20, CD30, CD15, CD10, BCL-6, BCL-2, Cyclin D1, TdT
  • Cytogenetics: t(8;21), t(15;17), t(9;22), t(14;18), t(11;14), t(8;14)
  • Bone marrow trephine biopsy interpretation — cellularity, fibrosis, infiltration patterns
Why this section makes or breaks your rank: Hematopathology questions test recognition — WHO classification, flow cytometry plots, bone marrow images, and IHC panels. You need to identify these in 30 seconds, not 3 minutes. The 800+ mock test MCQs on eLearningFRCPath include dedicated hematopathology sets for exactly this reason.

4. Systemic Pathology — All Organ Systems

This is where the volume lives. Each system contributes multiple questions every year.

4AGI & Hepatobiliary Pathology
High Weightage

Topics

  • Colorectal carcinoma — adenoma-carcinoma sequence, Lynch syndrome, MSI/MMR testing
  • GIST — CD117, DOG1, molecular markers, risk stratification
  • IBD — Crohn's vs UC, IBD-associated dysplasia surveillance
  • GI NETs — grading (Ki-67), WHO classification
  • HCC — etiology, variants (fibrolamellar, scirrhous), IHC (HepPar1, Arginase, Glypican-3)
  • Cholangiocarcinoma — classification, risk factors
  • Autoimmune hepatitis — scoring systems
  • PBC vs PSC — histological and serological differences
  • Viral hepatitis — grading and staging, Ishak/Metavir
  • Polyp classification — FAP, Peutz-Jeghers, juvenile, serrated
High-Yield
  • CRC molecular pathways (CIN vs MSI vs CIMP)
  • GIST risk stratification (Miettinen criteria)
  • Hepatitis grading: Ishak vs Metavir scoring
4BBreast Pathology
High Weightage

Topics

  • Invasive carcinoma subtypes — NST, lobular, tubular, mucinous, metaplastic
  • Molecular classification — Luminal A, Luminal B, HER2-enriched, Basal-like, Triple-negative
  • DCIS — patterns, grading, Van Nuys prognostic index
  • BRCA1/2 — pathology associations, testing indications
  • HER2 scoring — IHC (0, 1+, 2+, 3+), FISH criteria
  • ER/PR assessment — Allred scoring
  • Nottingham grading — tubule formation, nuclear pleomorphism, mitoses
  • Fibroadenoma, phyllodes tumour — classification, borderline criteria
  • Prognostic & predictive markers — Ki-67, Oncotype DX, MammaPrint
High-Yield
  • HER2 scoring algorithm (IHC + FISH)
  • Molecular subtypes and their clinical implications
  • Triple-negative breast cancer — pathology and IHC profile
4CCNS / Neuropathology
High Weightage

Topics

  • WHO 2021 CNS tumour classification — integrated diagnosis approach
  • Gliomas — IDH mutation, ATRX, 1p/19q co-deletion, TERT promoter
  • Glioblastoma — IDH-wildtype, molecular criteria for grade 4
  • Medulloblastoma — molecular subgroups (WNT, SHH, Group 3, Group 4)
  • Meningiomas — grading, molecular markers
  • Embryonal tumours — ATRT, ETMR
  • Demyelinating diseases — MS, NMO
  • Neurodegenerative diseases — Alzheimer, Parkinson, prion diseases
High-Yield
  • IDH1/2 mutation significance — glioma grading and prognosis
  • Molecular criteria for glioblastoma (TERT, EGFR, +7/−10)
  • 1p/19q co-deletion — oligodendroglioma diagnosis
4DPulmonary Pathology
High Weightage

Topics

  • Lung adenocarcinoma — WHO classification, lepidic/acinar/papillary/micropapillary/solid patterns
  • Driver mutations — EGFR, ALK, ROS1, KRAS G12C, MET, BRAF, NTRK, RET
  • PD-L1 scoring — TPS, interpretation, companion diagnostics
  • Squamous cell carcinoma — IHC (p40, CK5/6)
  • Small cell carcinoma vs large cell neuroendocrine carcinoma
  • Carcinoid tumours — typical vs atypical
  • Mesothelioma — histological types, IHC panels (calretinin, WT-1, D2-40 vs CEA, BerEP4)
  • Interstitial lung diseases — UIP, NSIP, DAD, hypersensitivity pneumonitis
High-Yield
  • Lung adenocarcinoma classification (invasive vs in situ vs minimally invasive)
  • Driver mutation testing algorithm (EGFR → ALK → ROS1 → PD-L1)
  • Mesothelioma IHC panel
4EEndocrine Pathology (Thyroid Focus)
Medium Weightage

Topics

  • Thyroid tumours — PTC variants, FTC, NIFTP criteria, BRAF V600E, RAS, RET/PTC, TERT
  • Bethesda system for reporting thyroid cytopathology
  • Medullary thyroid carcinoma — calcitonin, chromogranin, MEN2 association
  • Parathyroid — adenoma vs hyperplasia vs carcinoma
  • Adrenal — pheochromocytoma, adrenocortical tumours, neuroblastoma (paediatric)
  • Pituitary — adenoma classification, transcription factor-based approach
4FGenitourinary Pathology
Medium Weightage

Topics

  • RCC subtypes — clear cell, papillary (type 1/2), chromophobe, MiT family, collecting duct
  • Urothelial carcinoma — grading (low vs high grade), variants, molecular subtypes
  • Prostate carcinoma — Gleason grading, ISUP grade groups, AMACR, p63, CK5/6
  • Wilms tumour — triphasic histology, anaplasia, molecular markers
  • Testicular germ cell tumours — seminoma vs non-seminomatous, staging, IHC (PLAP, OCT4, CD30)
4GGynaecological Pathology
Medium Weightage

Topics

  • Endometrial carcinoma — Type I vs Type II, molecular classification (POLE, MMRd, p53-mutant, NSMP)
  • Cervical pathology — SIL, HPV subtypes, Bethesda system
  • Ovarian tumours — surface epithelial (serous, mucinous, endometrioid), sex cord-stromal, germ cell
  • Gestational trophoblastic disease — hydatidiform mole (complete vs partial), choriocarcinoma
  • LVI significance in gynaecological malignancies
4HDermatopathology
Low–Moderate Weightage

Topics

  • Melanoma — Breslow thickness, Clark levels, staging, sentinel node, BRAF mutation
  • BCC, SCC — subtypes, grading
  • Dermatofibrosarcoma protuberans — COL1A1-PDGFB fusion, CD34
  • Merkel cell carcinoma — CK20, neuroendocrine markers
  • Inflammatory dermatoses — lichenoid, spongiotic, psoriasiform patterns
4IRenal Pathology
Medium Weightage

Topics

  • Glomerulonephritis — IgA, membranous, MPGN, crescentic, minimal change, FSGS
  • Diabetic nephropathy — Kimmelstiel-Wilson lesion, classification
  • Lupus nephritis — ISN/RPS classification
  • Transplant rejection — Banff classification
  • Renal tumours — see Genitourinary section above
  • IF and EM patterns in glomerular disease
4JSoft Tissue & Bone Pathology
Low–Moderate Weightage

Topics

  • Soft tissue sarcomas — liposarcoma, synovial sarcoma, rhabdomyosarcoma, leiomyosarcoma
  • Bone tumours — osteosarcoma, Ewing sarcoma, chondrosarcoma, giant cell tumour
  • Molecular markers — SYT-SSX (synovial), EWSR1-FLI1 (Ewing), MDM2/CDK4 (well-diff liposarcoma)
05Cytopathology
Medium Weightage — Easy Marks

Often underestimated by candidates. Cytopathology is highly image-based — if you've practised the images, these become easy marks. If you haven't, you'll waste time guessing.

Topics Covered

  • FNAC — thyroid (Bethesda system), breast, lymph node, salivary gland
  • Pap smear interpretation — LSIL, HSIL, ASCUS, AGC, SCC
  • Fluid cytology — pleural, peritoneal, CSF (malignant cells, reactive mesothelial vs adenocarcinoma)
  • Urine cytology — Paris system
  • Imprint cytology — intraoperative use
  • Cytological features of specific tumours — nuclear features, background patterns
High-Yield
  • Bethesda system for thyroid FNAC (categories I–VI with malignancy risk)
  • FNAC of lymph node — reactive vs lymphoma vs metastatic
  • Papanicolaou stain interpretation — nuclear details
06Molecular Pathology & IHC
Fastest Growing Section

This area is increasing in weightage every year. If you're preparing for NEET SS 2026 or 2027, expect more questions from this domain than any previous year. This is also where the FRCPath Part 1 syllabus overlaps most directly.

Topics Covered

  • PCR — types (RT-PCR, qPCR, digital PCR), applications
  • FISH — principles, applications (HER2, ALK, 1p/19q, BCR-ABL)
  • Next-generation sequencing (NGS) — panel testing, WES, WGS, clinical applications
  • IHC panels — organ-specific tumour markers, CK7/CK20 algorithm, TTF-1, CDX2, PAX8, GATA3
  • Predictive vs prognostic biomarkers — distinction and clinical significance
  • EGFR, KRAS, BRAF, ALK, ROS1, NTRK fusions — companion diagnostics
  • MMR/MSI testing — Lynch syndrome screening, universal testing in CRC/endometrial
  • Liquid biopsy — ctDNA, CTC, clinical applications
  • Tumour mutational burden (TMB) — immunotherapy prediction
High-Yield
  • CK7/CK20 pattern for carcinoma of unknown primary
  • NTRK fusions — pan-cancer biomarker, diagnostic and therapeutic significance
  • PD-L1 scoring systems (TPS vs CPS) and their clinical use
  • MMR IHC panel interpretation (MLH1, PMS2, MSH2, MSH6)
07Lab Medicine
Short but Scoring

This section is smaller in volume but highly predictable. The topics repeat frequently and are straightforward if you've revised them.

Topics Covered

  • Transfusion medicine — blood group systems (ABO, Rh), compatibility testing, transfusion reactions
  • Coagulation — PT, aPTT, mixing studies, factor assays, DIC, TTP-HUS
  • Laboratory quality — internal QC, external QA (EQAS), Westgard rules, Levy-Jennings charts
  • Lab techniques — automation, fixation, tissue processing, special stains, frozen section
  • Clinical governance — audit cycles, quality indicators, accreditation (NABL, ISO 15189)
  • Lab safety — biosafety levels, specimen handling, waste management
High-Yield
  • Transfusion reactions — classification, management, investigation
  • Westgard rules — 1-2s, 2-2s, R-4s, 10x, multi-rule interpretation
  • Special stains — PAS, Congo red, reticulin, Masson trichrome, Ziehl-Neelsen — clinical applications

8. NEET SS Pathology Weightage — What Actually Matters

Based on analysis of past NEET SS papers — not guesswork.

NBEMS does not publish official topic weightage. The table below is based on analysis of past NEET SS Pathology papers and question patterns across multiple sittings. Use this as a strategic guide, not an absolute guarantee.

TopicWeightageVisualTrend
HematopathologyHighest (~20–25%)
Consistently dominant
GI & HepatobiliaryHigh (~12–15%)
Stable, high every year
Breast PathologyHigh (~10–12%)
Stable
CNS / NeuropathologyHigh (~8–12%)
Increasing
Lung PathologyHigh (~8–10%)
Increasing
Molecular Pathology & IHCRising (~8–12%)
Fastest growing area
General PathologyMedium (~6–8%)
Stable
CytopathologyMedium (~5–8%)
Stable
GU / Renal / GYNMedium (~6–8%)
Stable
Endocrine (Thyroid)Medium (~4–6%)
Stable
Lab MedicineModerate (~3–5%)
Predictable
Dermatopathology / Soft TissueLow (~2–4%)
Low but present
Interpretation: The top 5 topics (Hematopathology + GI + Breast + CNS + Lung) together account for approximately 60–70% of the paper. If you master these five, you're already in a strong position. Molecular Pathology is the fastest-growing area — expect more questions from this section than any previous year.

9. High-Yield Topics You Cannot Skip

These topics repeat in some form every year. They are non-negotiable.

01

AML Classification

WHO 5th Ed subtypes, cytogenetics, molecular risk stratification

02

Lymphoma Subtypes & IHC

Hodgkin vs NHL panels, CD markers, molecular subtypes

03

Breast Cancer Markers

ER/PR/HER2 scoring, molecular classification, Oncotype DX

04

Glioma Molecular Markers

IDH, ATRX, 1p/19q, TERT, EGFR — WHO 2021 integrated diagnosis

05

Lung Cancer Mutations

EGFR, ALK, ROS1, KRAS G12C, PD-L1, companion diagnostics

06

CRC Molecular Pathways

CIN vs MSI vs CIMP, Lynch screening, BRAF V600E

07

Thyroid Molecular Markers

BRAF V600E, RAS, RET/PTC, NIFTP criteria, TERT promoter

08

IHC Panel Algorithms

CK7/CK20, TTF-1/CDX2, GATA3/PAX8 — carcinoma of unknown primary

Pro tip: Download the free 199 MCQ PDF from eLearningFRCPath — it covers all 8 of these high-yield areas with concept-based questions and detailed explanations.

10. How to Study the NEET SS Pathology Syllabus (Smart Way)

Don't study like everyone else. Study like a topper.

Don't Study Like This

  • "Let me finish the whole syllabus first"
  • Reading textbooks cover to cover
  • Studying all topics equally
  • Memorising facts without understanding mechanism
  • Skipping image-based practice

Study Like This Instead

  • Prioritise by weightage — high-yield first
  • System-wise coverage (Hemato → GI → Breast → CNS → Lung)
  • Daily MCQ practice — application-based, not trivia
  • 30–40% of questions are image-based — practise images daily
  • Revise IHC panels and molecular markers weekly

4-Step Smart Study Plan

Step 1

Master High-Weight Topics First

Start with Hematopathology + Oncopathology. This alone covers ~40% of the paper. Use high-yield notes for structured coverage.

Step 2

System-wise Deep Dive

Finish GI → Breast → CNS → Lung → Thyroid in that order. Focus on WHO classification, IHC panels, and molecular markers for each system.

Step 3

Daily MCQ Practice

NEET SS is application-based — you need to recognise, not recall. Use the 800+ online MCQ bank for timed, exam-pattern practice.

Step 4

Image-Based Mastery

30–40% of questions are image-based. Practise histopathology images, flow cytometry plots, and IHC staining patterns. This is where ranks are decided.

11. Biggest Mistakes NEET SS Pathology Aspirants Make

Avoid these traps — every year, candidates lose rank to predictable errors.

Treating syllabus as a checklist

NEET SS isn't about what you studied — it's about what you can recognise in 30 seconds.

No clarity on high-yield topics

Studying dermpath and hemato equally is a strategic error. One is 25% of the paper, the other is 3%.

No structured revision

Reading without revision cycles means you forget 70% within 2 weeks. Build spaced repetition into your plan.

No real exam-level practice

Reading textbooks without solving exam-pattern MCQs leaves you unprepared for the application-based format.

Skipping molecular pathology

This is the fastest-growing section. Ignoring it costs you marks that your competitors are picking up.

Ignoring images until the last week

Image interpretation takes months to build. Last-minute cramming doesn't work for pattern recognition.

12. NEET SS vs FRCPath Part 1: Syllabus Overlap

Preparing for one? You're 90% ready for the other.

FRCPath Part 1 (Royal College of Pathologists, UK) and NEET SS Pathology share approximately 90% syllabus overlap. Both exams test advanced histopathology, IHC, molecular pathology, hematopathology, and oncopathology at a similar depth. The key differences are in exam format and UK-specific guidelines.

AspectNEET SS PathologyFRCPath Part 1
Conducting bodyNBEMS (India)RCPath (UK)
PurposeDM Oncopathology, DM Hematopathology admissionFellowship of RCPath — consultant pathway
Core syllabus overlap~90% shared content
Classification standardWHO 5th EditionWHO 5th Edition + RCPath Datasets
Molecular pathologyIncreasing yearlyAlready substantial
UK-specific guidelinesNot requiredRequired (NICE, RCPath datasets)
Exam formatMCQs (single day, computer-based)SBAs/EMQs (varies by specialty)
Strategic advantage: If you're preparing for NEET SS, you can simultaneously prepare for FRCPath Part 1 with relatively little additional effort — mainly adding UK-specific guidelines. The eLearningFRCPath course is designed to cover both examinations.

Prepare With Clarity — eLearningFRCPath Resources

Built by practising pathologists. Designed for NEET SS, INI-SS, and FRCPath candidates.

Full Course

Notes + 800+ MCQs + live recordings. Lifetime access.

800+ Mock MCQs

Exam-pattern questions with concept explanations.

High-Yield Notes

13 systems, WHO 5th Ed updated. Rapid revision.

Live Batch 2026

Weekly Zoom sessions with Dr. Akshay Bali.

Free 199 MCQ PDF

No login. No paywall. Direct download.

14. Frequently Asked Questions

Common questions about the NEET SS Pathology syllabus.

Does NBEMS publish the exact NEET SS Pathology syllabus?
No. NBEMS does not publish a detailed topic-level syllabus for NEET SS. The scope is based on the MD Pathology curriculum and is tested at an advanced, application-based level. Past paper analysis is the most reliable way to understand what gets asked.
Which topic has the highest weightage in NEET SS Pathology?
Hematopathology consistently has the highest weightage, contributing approximately 20–25% of the paper based on past trends. This includes leukaemias, lymphomas, myeloproliferative neoplasms, and bone marrow pathology.
How many questions are image-based in NEET SS Pathology?
Based on past papers, approximately 30–40% of questions are image-based. These include histopathology images, IHC staining patterns, flow cytometry plots, cytology images, and gross specimens. Image-based practice is essential.
Is molecular pathology becoming more important in NEET SS?
Yes. Molecular pathology and IHC are the fastest-growing sections. Expect more questions on companion diagnostics (EGFR, ALK, PD-L1), NGS, MMR/MSI testing, and tumour molecular classification. This trend is expected to continue in 2026 and beyond.
Is the NEET SS Pathology syllabus the same as FRCPath Part 1?
There is approximately 90% overlap between the two syllabi. Both cover advanced histopathology, hematopathology, molecular pathology, and oncopathology at a comparable depth. The main difference is that FRCPath requires familiarity with UK-specific guidelines (NICE, RCPath Datasets).
What is the difference between NEET SS and INI SS for pathology?
NEET SS (conducted by NBEMS) leads to DM Oncopathology, DM Hematopathology, and DM Cytopathology at most medical colleges. INI SS (conducted by AIIMS/PGI) leads to DM Histopathology at premium institutes like AIIMS Delhi, PGI Chandigarh, and JIPMER. The syllabus for both is nearly identical.
How many months should I prepare for NEET SS Pathology?
A minimum of 4–6 months of dedicated preparation is recommended. Candidates who combine self-study with a structured course and regular MCQ practice tend to perform better. Start with high-weightage topics (hematopathology, GI, breast, CNS, lung) and build outward.
Which WHO classification edition should I study?
Study the WHO Classification of Tumours, 5th Edition (volumes published 2019–2024). This is the current standard used in both NEET SS and FRCPath examinations. Pay special attention to classification updates in haematolymphoid tumours, CNS tumours, and lung tumours.
Are lab medicine questions easy marks in NEET SS?
Yes, lab medicine is a short but scoring section. The topics (transfusion medicine, coagulation, quality control, special stains) are predictable and repeat frequently. If you've revised them, they're essentially free marks. Don't skip this section.
Should I study dermatopathology and soft tissue pathology?
These sections have lower weightage (approximately 2–4% combined), but they're not zero. Cover the high-yield topics within each (melanoma staging, DFSP, Ewing sarcoma molecular markers) without spending disproportionate time. Focus on recognition, not exhaustive detail.

The syllabus is not the problem. Everyone has the same syllabus.

The difference is how you prioritise, how you revise, and how you practise.

Explore the Full Course → Download Free 199 MCQs