If you're preparing for MDCAT 2026, the single most important document you'll ever read isn't a guidebook or a YouTube lecture — it's the syllabus itself. PMDC publishes an exact list of what can be tested, down to the learning outcome. Most students never read it properly and end up over-preparing topics that carry almost no weight while under-preparing ones that decide their score. This article lays out the entire curriculum exactly as PMDC released it, organized so you can actually use it to plan your prep.
On this page
Exam Structure, Weightage & Difficulty
MDCAT is a single paper-based test of 180 MCQs taken in 3 hours, with no negative marking. That last part matters more than students think — there is zero penalty for attempting every question, so leaving MCQs blank is pure lost opportunity.
180Total MCQs
3 hrsDuration
55%Pass — Medical
50%Pass — Dental
0Negative Marking
5Subjects Tested
Subject-Wise Weightage
This is the table that should anchor your entire study plan. Biology alone is worth almost as much as Chemistry and Physics combined — yet a lot of students split their revision time evenly across subjects, which is mathematically the wrong move.
| Subject | Weightage | MCQs | Share of paper |
|---|---|---|---|
| Biology | 45% | 81 | |
| Chemistry | 25% | 45 | |
| Physics | 20% | 36 | |
| English | 5% | 9 | |
| Logical Reasoning | 5% | 9 | |
| Total | 100% | 180 |
Difficulty Distribution
PMDC also fixes how hard the paper is allowed to be. Knowing this changes how you prepare — the bulk of the paper rewards solid conceptual understanding, not memorizing edge cases for the hardest 15%.
15%Easy MCQs
70%Moderate MCQs
15%Difficult MCQs
Practice every unit below, free
NexaMed Prep has chapterwise MCQ tests mapped to this exact PMDC curriculum, plus full-length mock exams and a mistake vault that tracks what you keep getting wrong.
Start Practicing →Biology Syllabus 81 MCQs · 45%
Biology is the single highest-leverage subject on the paper. Sixteen units, and a few of them — Biological Molecules, Coordination & Control, and Circulation — are dense enough that they alone can swing several MCQs.
01Acellular Life
Viruses — classification by structure, strands, disease, host. AIDS & HIV — symptoms, transmission, causative agent.
02Bioenergetics
Cellular respiration of proteins and fats, correlated with glucose respiration.
03Biological Molecules
Classification of biological molecules; water's properties (polarity, hydrolysis, specific heat, solvent action, density, cohesion); carbohydrates (mono-, oligo-, polysaccharides); proteins & amino acids; lipids (phospholipids, triglycerides, esters); RNA structure & function; conjugated molecules; DNA double helix (Watson & Crick); gene definition.
04Cell Structure & Function
Animal vs plant cell structure; prokaryotic vs eukaryotic comparison; organelles — nucleus, ER, Golgi apparatus, mitochondria; chromosome structure, composition & function.
05Coordination & Control
Receptors as transducers; neuron structure (cell body, dendrites, axon, myelin sheath); nerve impulse; reflex classification & reflex arc; brain structure (brain stem, midbrain, cerebellum, cerebrum) and function of each part.
06Enzymes
Distinguishing characteristics; mechanism of action; effects of temperature, pH, concentration; enzyme inhibitors.
07Evolution
Origin of life; Lamarckism (inheritance of acquired characters); Darwinism (natural selection).
08Reproduction
Male & female reproductive system functions and hormones; menstrual cycle; common STDs — causative agents & symptoms.
09Support & Movement
Cartilage, muscle, bone characteristics; smooth/cardiac/skeletal muscle comparison; skeletal muscle ultrastructure & contraction; joint classification; arthritis.
10Inheritance
Mendel's laws, independent assortment; gene linkage & crossing over; X-linked recessive inheritance; sex-linkage & hemophilia inheritance pattern.
11Circulation
Human heart structure; cardiac cycle & phases of heartbeat; arteries vs veins vs capillaries; lymphatic system (nodes, vessels, organs).
12Immunity
Specific defense mechanisms — functions & importance.
13Respiration
Human respiratory system parts & function; gas exchange in lungs; effect of smoking on the respiratory system.
14Digestion
Parts of the human digestive system; functions of main parts including associated glands.
15Homeostasis
Urinary system & kidney structure; glomerular filtration, selective reabsorption, tubular secretion; excretion vs osmoregulation; glomerular vs peritubular capillaries; kidney stones & kidney failure; thermoregulation; nitrogenous excretory compounds.
16Biotechnology
Vaccine production; disease diagnosis via DNA/RNA probes & monoclonal antibodies; biotech products used in disease treatment.
Chemistry Syllabus 45 MCQs · 25%
Chemistry has the most units of any subject — 20 in total — but most are tightly scoped. Organic chemistry (units 13–19) makes up nearly a third of the subject's content alone.
01Fundamental Concepts
Mole ratios & stoichiometric calculations; limiting & excess reactants; theoretical, actual & percentage yield.
02Atomic Structure
Discovery of the proton; Planck's quantum theory & photons; quantum numbers & orbitals; shapes of s, p orbitals; hydrogen spectrum; electronic configuration via Aufbau, Pauli & Hund's rule.
03Gases
Kinetic molecular theory postulates; STP; Boyle's & Charles's law; absolute zero; ideal gas equation & the constant R; real vs ideal gases.
04Liquids
Properties via kinetic theory; evaporation, vapor pressure, boiling point; hydrogen bonding in H₂O, NH₃, HF; anomalous behavior of water at 4°C.
05Solids
Crystalline solids; factors affecting ionic crystal shape; ionic vs molecular crystals; crystal lattice; lattice energy.
06Chemical Equilibrium
Reversible reactions; Le Chatelier's principle; solubility products; common ion effect; buffer solutions; Haber's process.
07Reaction Kinetics
Rate of reaction & rate equation; factors affecting rate; order of reaction; activation energy & activated complex; rate constant.
08Thermochemistry
Exothermic vs endothermic reactions; system, internal energy, enthalpy; first law of thermodynamics; Hess's Law.
09Electrochemistry
Redox reaction characteristics; oxidation number method; cathode, anode, electrode potential, S.H.E.
10Chemical Bonding
VSEPR theory; sigma & pi bonds; hybridization; molecular polarity & dipole moment; ionic character of covalent bonds; bond energy.
11S- & P-Block Elements
Atomic/ionic/covalent radii, ionization energy, electron affinity, electronegativity; periodic table demarcation; Group I, II & IV reactions with water, oxygen, chlorine.
12Transition Elements
Electronic structures of d-block elements & ions.
13Organic Chemistry Fundamentals
Definition & classification of organic compounds; functional groups; stereoisomerism.
14Hydrocarbons
Alkane nomenclature & free radical mechanism; alkene nomenclature & shapes; benzene MOT, resonance & electrophilic substitution (nitration, sulphonation, halogenation, Friedel-Crafts); alkyne IUPAC naming, preparation & acidity; substitution vs addition.
15Alkyl Halides
IUPAC nomenclature; structure & reactivity of RX; nucleophilic substitution & elimination mechanisms.
16Alcohols & Phenols
Nomenclature, structure & reactivity; ether & ester preparation; electrophilic aromatic substitution in phenols; alcohol vs phenol distinction.
17Aldehydes & Ketones
Nomenclature & structure; preparation; acid/base catalyzed nucleophilic addition; reduction to alcohols; oxidation reactions.
18Carboxylic Acids
Nomenclature, structure & preparation; reactivity; conversion to acyl halides, anhydrides, esters.
19Macromolecules
Protein classification & structure-function relationship; nutritional importance; enzymes as biocatalysts.
20Industrial Chemistry
Adhesives — types & applications; dyes — types & uses; condensation & addition polymers.
Physics Syllabus 36 MCQs · 20%
Physics rewards formula fluency more than memorization. Force & Motion and Waves are the two heaviest units — both pack in multiple sub-concepts that show up as separate MCQs.
01Vectors & Equilibrium
Vector addition via rectangular components; scalar (dot) product; vector (cross) product.
02Force & Motion
Displacement, velocity, acceleration; displacement-time graphs; projectile motion — max height, range, time of flight, max range angle; Newton's three laws; momentum & elastic/inelastic collisions.
03Work & Energy
Work, kinetic & potential energy; gravitational PE & reference levels; power as F·v; energy loss to friction; device efficiency.
04Rotational & Circular Motion
Angular displacement, radians; angular velocity; linear-angular variable relationships.
05Fluid Dynamics
Terminal velocity & fluid drag; laminar vs turbulent flow; equation of continuity (Av = constant); Bernoulli's equation & its application in blood physics.
06Waves
Wave characteristics — amplitude, period, wavelength; wave speed (v = fλ); transverse vs longitudinal; speed of sound & Laplace's correction; superposition & interference; stationary waves, nodes/antinodes; organ pipes; Simple Harmonic Motion & its link to circular motion.
07Thermodynamics
Thermal equilibrium & heat flow; specific vs molar specific heat; first law of thermodynamics; Cp − Cv = R derivation.
08Electrostatics
Coulomb's Law; electric field & field lines; field due to a point charge & an infinite sheet; electric potential & potential energy; capacitor charging/discharging through resistance.
09Current Electricity
Steady current; Ohm's Law; resistivity & temperature coefficient; internal resistance; maximum power transfer.
10Electromagnetism
Magnetic flux density; magnetic flux as B·A; motion of a charged particle in a magnetic field.
11Electromagnetic Induction
Faraday's Law; Lenz's Law & energy conservation; transformer construction & step-up/down operation.
12Alternating Current
AC phase, lag & lead; AC through resistors, capacitors, inductors; the electromagnetic spectrum.
13Electronics
Rectification — half & full wave diodes; PN junction forward & reverse biasing.
14Dawn of Modern Physics
Particle model of light — photons & their energy.
15Atomic Spectra
Atomic spectra & line spectrum explained.
16Nuclear Physics
Atomic nucleus composition; spontaneous & random nuclear decay; half-life equation (λ = 0.693/T½); biological & medical uses of radiation.
English Syllabus 9 MCQs · 5%
Only 9 MCQs, but they're some of the fastest marks on the paper if your grammar fundamentals are solid — there's no calculation, no memorized facts, just applied rules.
01Reading & Thinking Skills
Scanning for short-answer questions; deducing contextual meaning; analyzing figurative language.
02Formal & Lexical Aspects of Language
Contextual word meaning; synonyms for irony/parody/satire; pronoun-antecedent agreement; tenses; infinitives & gerunds; adverb & preposition placement; transitional devices; punctuation; active/passive voice; direct/indirect speech.
03Writing Skills
Proofreading & editing for usage and style; faulty sentence structure; subject-verb agreement; spelling errors.
Logical Reasoning Syllabus 9 MCQs · 5%
No prior knowledge required — this section tests how you think under time pressure, not what you've memorized. Practice volume matters more here than for any other section.
01Critical Thinking
Evaluating statements as true/false; identifying and critically assessing false beliefs through logical reasoning.
02Letter & Symbol Series
Arithmetic operations on number series; geometric progressions; sequential rules for letters & symbols.
03Logical Deductions
Predicting new relations from given relations; deducing the most accurate response from a short passage.
04Logical Problems
Deductive reasoning puzzles; inferring one problem's result to resolve another.
05Course of Action
Judging which suggested administrative/policy action logically follows from a given statement.
06Cause & Effect
Identifying causal relationships between events; rejecting false beliefs through valid argument structure.
Source: All content on this page is transcribed directly from the official 2026 MDCAT Curriculum document published by the Pakistan Medical & Dental Council (PMDC), Mauve Area G-10/4, Islamabad. Nothing here has been altered, reworded for difficulty, or supplemented with outside topics — use the download link above to verify against the original PDF at any time.
Frequently Asked Questions
Is this the latest official MDCAT syllabus?
Yes — this is the 2026 curriculum exactly as confirmed by PMDC, covering Biology, Chemistry, Physics, English, and Logical Reasoning.
Which subject should I prioritize first?
Biology, by a wide margin. It's worth 45% of the paper — more than Chemistry and Physics combined (45%). After Biology, Chemistry's organic chemistry units (13–19) are the next highest-density block.
Is there negative marking in MDCAT?
No. PMDC's official structure confirms there is no negative marking, so every MCQ should be attempted — guessing carries no downside.
What's the minimum passing score?
55% for medical college admission and 50% for dental college admission, as set by PMDC.
Can I download the original PDF?
Yes — the download button near the top of this page links directly to the unedited official PMDC document.