MDCAT Syllabus 2026 - Complete Chapter-wise Breakdown

The MDCAT syllabus 2026 is the single most important document you need before starting your preparation. Every year, thousands of students lose marks simply because they studied topics that were never on the syllabus or skipped chapters that carried heavy weightage. This guide gives you a complete chapter-wise breakdown taken directly from the official PM&DC Uniform MDCAT Curriculum, along with marks distribution, subject-wise tips, and links to free practice MCQs.

The Medical and Dental College Admission Test (MDCAT) is conducted under the authority of the Pakistan Medical & Dental Council (PM&DC), formerly the Pakistan Medical Commission (PMC), and is mandatory for admission to all public and private medical and dental colleges across Pakistan. Whether you are targeting King Edward Medical University, Nishtar, or any other institution, clearing the MDCAT with a competitive score is your gateway to a career in medicine.

MDCAT 2026 Exam Pattern

Before diving into the syllabus details, let us look at the overall structure of the MDCAT 2026 paper. The curriculum specifies a paper-based multiple-choice examination of 180 MCQs to be completed in 3 hours. Each correct answer carries 1 mark, and there is no negative marking. The minimum pass mark is 55% for medical college admission and 50% for dental college admission. The paper is built to a fixed difficulty mix: 15% easy, 70% moderate and 15% difficult.

As you can see, Biology carries the most weight with 81 MCQs (45%), making it the single most important subject for your MDCAT score. Chemistry carries 45 MCQs (25%) and Physics 36 MCQs (20%), while English and Logical Reasoning contribute 9 MCQs (5%) each. While 9 marks may seem small, in a competitive exam where a single mark can shift your merit position by hundreds of places, every mark counts.

Complete Biology Syllabus - MDCAT 2026

Biology is the backbone of MDCAT preparation. With 81 MCQs, it demands the most attention and the deepest conceptual understanding. The PM&DC curriculum lists 16 Biology units, in the order below. Note how tightly several of them are scoped — that scope is the exam, not the textbook chapter of the same name.

1. Acellular Life - Viruses only: classifying them by structure, number of nucleic acid strands, diseases and hosts, plus AIDS and HIV infection (cause, mode of transmission, symptoms). Nothing else on microbes is included.
2. Bioenergetics - Respiration only. The single outcome is to outline the cellular respiration of proteins and fats and correlate these with that of glucose. Photosynthesis, light and dark reactions and the full Krebs/electron transport detail are not in the curriculum.
3. Biological Molecules - Definition and classification of biological molecules and their importance; the biologically important properties of water; carbohydrates (monosaccharides, oligosaccharides, polysaccharides); proteins and amino acids; lipids (phospholipids, triglycerides, acylglycerols); RNA structure and function; conjugated molecules (glycolipids, glycoproteins); and the Watson-Crick double helix, with the gene defined as a nucleotide sequence coding for a polypeptide.
4. Cell Structure & Function - Comparing typical animal and plant cells; prokaryotic versus eukaryotic cells; the structure and function of the nucleus, endoplasmic reticulum, Golgi apparatus and mitochondria; and the structure, chemical composition and function of chromosomes.
5. Coordination & Control / Nervous & Chemical Coordination - Receptors as transducers sensitive to stimuli; the structure of a typical neuron (cell body, dendrites, axon, myelin sheath), the nerve impulse, classification of reflexes and the components of a reflex arc; and the main parts of the brain (brain stem, mid brain, cerebellum, cerebrum) with their functions.
6. Enzymes - The distinguishing characteristics of enzymes, the mechanism of enzyme action, the effect of temperature, pH and concentration on the rate of enzyme reactions, and enzyme inhibitors.
7. Evolution - The origin of life according to the concept of evolution, Lamarck's theory of inheritance of acquired characters, and Darwin's theory of natural selection. Speciation and human evolution are not listed.
8. Reproduction - The human reproductive system only: the functions of the male and female reproductive parts and the hormones regulating them, the menstrual cycle with the role of hormones, and common sexually transmitted diseases with their causative agents and symptoms. Plant reproduction, gametogenesis detail and embryology are outside the curriculum.
9. Support and Movement - Cartilage, muscle and bone and their characteristics and functions; comparison of smooth, cardiac and skeletal muscle; the ultrastructure of skeletal muscle; the process of skeletal muscle contraction; classification of joints; and arthritis.
10. Inheritance - Mendel's laws including the law of independent assortment; gene linkage and crossing over, and how linkage counters independent assortment; and X-linked recessive inheritance, sex linkage and the inheritance of haemophilia.
11. Circulation - The general structure of the human heart, the cardiac cycle and the phases of the heartbeat, the differences and functions of arteries, veins and capillaries, and the lymphatic system (nodes, vessels and organs).
12. Immunity - The specific defence mechanism only: its functions and importance. Non-specific defences and the wider immunology of the FSc chapter are not listed.
13. Respiration - The human respiratory system: the functions of its main parts, the process of gas exchange in the lungs, and the effects of smoking on the respiratory system.
14. Digestion - The human digestive system: its parts and the functions of the main parts, including the associated structures and glands.
15. Homeostasis - The organs of the urinary system and the structure of the kidney related to its function; glomerular filtration, selective reabsorption and tubular secretion; the kidney as both an excretory and osmoregulatory organ; glomerular versus peritubular capillary beds; kidney stones and kidney failure; thermoregulation; and the nitrogenous compounds excreted.
16. Biotechnology - Biotechnology and health care only: producing vaccines to combat health problems, the role of biotechnology in disease diagnosis (DNA/RNA probes, monoclonal antibodies), and the products biotechnologists obtain for disease treatment.

Start your Biology practice now with free Biology MCQs covering every chapter listed above.

Complete Chemistry Syllabus - MDCAT 2026

Chemistry carries 45 MCQs (25%) on the MDCAT. The PM&DC curriculum lists 20 Chemistry units, in the order below. Many students find Chemistry daunting because of the sheer volume of the textbook, but the curriculum is far tighter than the textbook and a structured approach will cover it efficiently.

1. Introduction of Fundamental Concepts of Chemistry - Moles and Avogadro's number: constructing mole ratios from balanced equations and performing stoichiometric calculations with moles, particles, masses and gas volumes; limiting and excess reactants; and theoretical, actual and percentage yield.
2. Atomic Structure - Discovery and properties of the proton (positive rays); Planck's quantum theory and the photon as a unit of radiation energy; quantum numbers and the distinction between principal energy level, sub-level and orbital; the shapes of s and p orbitals; the spectrum of hydrogen using quantum theory; and electronic configuration using the Aufbau principle, the Pauli exclusion principle and Hund's rule.
3. Gases - The postulates of kinetic molecular theory and the motion of gas particles; standard temperature and pressure; Boyle's law; Charles's law; the significance and value of absolute zero; deriving the ideal gas equation; the significance and units of R; and the distinction between real and ideal gases.
4. Liquids - Simple properties of liquids explained by kinetic molecular theory (diffusion, compression, expansion, intermolecular forces); evaporation, vapour pressure and boiling point; hydrogen bonding in H₂O, NH₃ and HF; and the anomalous behaviour of water with maximum density at 4°C.
5. Solids - Crystalline solids; the three factors affecting the shape of ionic crystals; the difference between ionic and molecular crystals; the structure of a crystal lattice; and lattice energy.
6. Chemical Equilibrium - Chemical equilibrium in terms of reversible reactions and the macroscopic characteristics of the forward and reverse reactions; Le Chatelier's principle applied to changes in concentration, pressure, temperature and catalyst; solubility products; the common ion effect; buffer solutions and their types; and the synthesis of ammonia by Haber's process.
7. Reaction Kinetics - Chemical kinetics; rate of reaction and rate equation; the qualitative factors affecting rate; order of reaction and writing the rate law; activation energy and the activated complex and how they relate to reaction rate; and the role of the rate constant.
8. Thermochemistry and Energetics of Chemical Reactions - The definition of thermodynamics; classifying reactions as exothermic or endothermic; the terms system, surroundings, boundary, state function, heat, heat capacity, internal energy, work done and enthalpy; the units of internal energy; the first law of thermodynamics as conservation of energy; Hess's law applied to simple energy cycles; and enthalpy of reaction.
9. Electrochemistry - The characteristics of a redox reaction; oxidation and reduction defined by change in oxidation number; balancing redox equations by the oxidation-number-change method; and cathode, anode, electrode potential, the standard hydrogen electrode and standard electrode potential. Electrolysis calculations and the Nernst equation are not listed.
10. Chemical Bonding - VSEPR theory and predicting molecular shapes from the number of bonded pairs; the features of sigma and pi bonds; orbital hybridization and the shapes of simple molecules; dipole moment, molecular polarity and the ionic character of a covalent bond; and bond energies as a measure of bond strength.
11. S- and P- Block Elements - Atomic, ionic and covalent radii, ionization energy, electron affinity, electronegativity, bond energy and bond length and their trends; the demarcation of the periodic table into s-, p-, d- and f-blocks; and the reactions of Group I and Group II elements with water, oxygen and chlorine, plus the reactions of Group IV elements.
12. Transition Elements - Only the electronic structures of the elements and ions of the d-block. Coloured ions, complex and coordination compounds, catalysis and variable valency applications are not in the curriculum.
13. Fundamental Principles of Organic Chemistry - Defining organic chemistry and organic compounds; classifying organic compounds on a structural basis; the functional group; and stereoisomerism and its types.
14. Chemistry of Hydrocarbons - Nomenclature of alkanes and the free radical substitution mechanism (initiation, propagation, termination) in methane and ethane; IUPAC nomenclature, shapes, structure and reactivity of alkenes and their preparation by dehydration of alcohols and dehydrohalogenation; benzene by molecular orbital treatment, resonance and resonance energy, its reactivity compared with alkanes and alkenes, electrophilic substitution (nitration, sulphonation, halogenation, Friedel-Crafts alkylation and acylation) and the effect of substituents; IUPAC naming, preparation, acidity and reactions of alkynes; and the difference between substitution and addition reactions.
15. Alkyl Halides - IUPAC naming, structure and reactivity of alkyl halides; and the mechanisms and types of nucleophilic substitution and elimination reactions.
16. Alcohols and Phenols - Nomenclature, structure and reactivity of alcohols and their chemistry through the preparation of ethers and esters; the nomenclature, structure and reactivity of phenols and their electrophilic aromatic substitution; and the difference between an alcohol and a phenol.
17. Aldehydes and Ketones - Nomenclature and structure; preparation; reactivity of aldehydes and ketones and their comparison; acid- and base-catalysed nucleophilic addition reactions; reduction to alcohols; and oxidation reactions.
18. Carboxylic Acids - Nomenclature, structure and preparation of carboxylic acids; their reactivity; and conversion into derivatives (acyl halides, acid anhydrides and esters) and the reactions interconverting these.
19. Macromolecules - The basis of protein classification and the structure-function relationship of proteins; the role of various proteins in maintaining body functions and their nutritional importance; and the role of enzymes as biocatalysts.
20. Industrial Chemistry - The types and applications of adhesives; the types and uses of dyes; and condensation and addition polymers and their sub-types.

Practice Chemistry MCQs organized by chapter with our free Chemistry question bank.

Complete Physics Syllabus - MDCAT 2026

Physics carries 36 MCQs (20%) and is often considered the most conceptually demanding subject. The PM&DC curriculum lists 16 Physics units, in the order below. This is the subject where the gap between the textbook and the curriculum is widest: three of the last four units carry only one or two learning outcomes each.

1. Vectors and Equilibrium - Adding vectors using perpendicular (rectangular) components, the scalar product of two vectors in terms of the angle between them, and the vector product.
2. Force and Motion - Displacement, average velocity, displacement-time graphs, acceleration and the distinction between uniform and variable acceleration; projectile motion as two-dimensional motion in a vertical plane, the ideal projectile, the constant horizontal component of velocity, and calculating maximum height, range, time of flight and the launch angle for maximum range; Newton's laws of motion, the second law as rate of change of momentum, the third law and conservation of momentum; elastic and inelastic collisions in one dimension; and momentum and explosive forces.
3. Work and Energy - Work as the product of force and displacement in the direction of the force; energy; kinetic energy; the difference between potential energy and gravitational potential energy; absolute potential energy measured from a reference level; power as the scalar product of force and velocity; the work-energy theorem in a resistive medium and work done against friction dissipated as heat; and energy losses in practical devices and efficiency.
4. Rotational and Circular Motion - Angular displacement expressed in radians, and the definitions of revolution, degree and radian; angular velocity; and the relations between linear and angular displacement, velocity and acceleration. Centripetal force, banking of roads and vertical circular motion are not listed.
5. Fluid Dynamics - Terminal velocity; fluid drag; steady (streamline or laminar), incompressible and non-viscous flow and the transition to turbulence at high velocity; the equation of continuity Av = constant as a form of conservation of mass; and Bernoulli's equation, derived for a horizontal tube of flow and applied to blood physics.
6. Waves - Wave motion illustrated by ropes and springs; progressive waves and why mechanical waves need a medium; the wave model terms (medium, displacement, amplitude, period, compression, rarefaction, crest, trough, wavelength, velocity); the equation v = fλ; transverse versus longitudinal waves; Newton's formula for the speed of sound in air, Laplace's correction and the factors affecting the speed of sound; the principle of superposition; interference of sound waves; stationary waves, nodes and antinodes, modes of vibration of a stretched string and stationary waves in organ pipes; and simple harmonic motion, its characteristics, and the projection of circular motion as SHM. The Doppler effect is not listed.
7. Thermodynamics - Thermal equilibrium and the transfer of thermal energy from higher to lower temperature; specific heat versus molar specific heat of a gas; work done by a thermodynamic system during a volume change; the first law of thermodynamics as conservation of energy; and deriving the relation C_p − C_v = R for an ideal gas. Entropy, heat engines and the second law are not listed.
8. Electrostatics - Coulomb's law and the reduction of force in a medium; the electric field as a field of force; the magnitude and direction of the field due to two point charges and sketching the field lines; the field due to an infinite charged conducting plate; electric potential defined by the work done in bringing unit positive charge from infinity, its unit, and the expression for potential due to a point charge; and charging and discharging a capacitor through a resistance.
9. Current Electricity - Steady current; Ohm's law; resistivity and its dependence on temperature; the internal resistance of sources and its consequences for external circuits; and the conditions for maximum power transfer. Kirchhoff's laws, the Wheatstone bridge and the potentiometer are not listed.
10. Electromagnetism - Magnetic flux density and its units; magnetic flux as the scalar product of magnetic field and area; the path followed by a charged particle shot into a magnetic field perpendicular to it; and the force acting on a charged particle in a uniform magnetic field. Ampere's law, solenoids and the force on a current-carrying conductor are not listed.
11. Electromagnetic Induction - Faraday's law of electromagnetic induction; Lenz's law used to predict the direction of an induced current and related to conservation of energy; and the construction and working of a transformer, including how step-up and step-down transformers allow efficient transmission along cables. Self- and mutual inductance and AC generators are not listed.
12. Alternating Current - The phase of alternating current and how phase lag and phase lead occur in AC circuits; the flow of AC through a resistor, a capacitor and an inductor; and familiarity with the electromagnetic spectrum from radio waves to gamma rays.
13. Electronics - Only rectification and the PN junction: defining rectification and the use of diodes for half-wave and full-wave rectification, and describing the PN junction with its forward and reverse biasing. Transistors, logic gates and digital circuits are not in the curriculum.
14. Dawn of Modern Physics - A single outcome: explaining the particle model of light in terms of photons with energy. The photoelectric effect equation, the Compton effect, pair production, de Broglie wavelength and the uncertainty principle are not listed.
15. Atomic Spectra - Only describing and explaining atomic spectra / the line spectrum. Bohr's derivations, X-ray production and lasers are not listed.
16. Nuclear Physics - A simple model of the atom made of protons, neutrons and electrons; the spontaneous and random nature of nuclear decay; half-life and solving problems using λ = 0.693 / T_½; and the biological effects of radiation together with its medical uses. Fission, fusion, mass defect and binding energy are not listed.

Strengthen your Physics concepts with our topic-wise Physics MCQs.

English Syllabus - MDCAT 2026

English carries 9 MCQs (5%) on the MDCAT. While it is one of the two smallest sections, it is also the easiest to score full marks in if you prepare smartly. The curriculum does not organise English into chapters at all - it lists three competencies, each with its own learning outcomes:

1. Reading and Thinking Skills - Scanning a passage to answer short questions, deducing the meaning of the context, and analysing how a writer or poet uses language to appeal to the senses through figurative language.
2. Formal and Lexical Aspects of Language - By far the largest competency, and the one most MDCAT English MCQs are drawn from. It covers deducing the meaning of difficult words from contextual clues; synonyms with varying shades of meaning as used for irony, parody and satire; pronoun-antecedent agreement; tenses; infinitives and infinitive phrases; gerunds and gerund phrases; the varying position of adverbs; prepositions of position, time, movement and direction; transitional devices; all punctuation marks; analysing sentences for classes and phrases and how position changes meaning and communicative function; sentence inversion; active and passive voice; and direct and indirect speech.
3. Writing Skills - Proofreading and editing a given text for errors of usage and style, faulty sentence structure, subject-verb agreement, and errors of function and spelling.

Note that antonyms and analogies are not learning outcomes in the curriculum - the vocabulary outcomes are about deducing meaning from context and about synonyms with shades of meaning. Practice English MCQs covering all three competencies with our free English question bank.

Logical Reasoning Syllabus - MDCAT 2026

Logical Reasoning is the newest addition to the MDCAT and carries 9 MCQs (5%). Many students underestimate this section, but it can be a reliable source of marks once you understand the question types. The curriculum lists exactly six themes, and nothing outside them can be examined:

1. Critical Thinking - The process of evaluation that uses logic to separate truth from falsehood and reasonable from unreasonable beliefs. You develop logical arguments for statements being true or false, give reasons for right beliefs, and critically evaluate false beliefs.
2. Letter and Symbol Series - Sequential orders of letters, numbers or both in which each term follows a specific rule, based on arithmetical operations, geometrical progression, or the position of letters in alphabetical order.
3. Logical Deductions - Using statements and the relations between them precisely to reach the conclusions they imply. You predict new relations from given relations and build new structures from information in structures already drawn, typically by deciding which of several statements is the most accurate response to a question about a short passage.
4. Logical Problems - Puzzles requiring deductive reasoning, where you combine different pieces of information to arrive at an answer, and infer the result of one problem to resolve another.
5. Course of Action - Given a statement to be taken as true, determining which suggested administrative step or decision for improvement, follow-up or further action logically follows. You gather parts of information, use them to make decisions, and judge courses of action by argument.
6. Cause and Effect - The relationship between two things where one makes the other happen: giving reasons for incidents and events, rejecting false beliefs through valid arguments, and building positive thinking through strong arguments.

Get familiar with all six themes through our Logical Reasoning practice MCQs.

Subject-wise Weightage and Marks Distribution

Understanding the percentage weightage of each subject helps you allocate your study time wisely. Here is how the 180 marks are distributed:

The three science subjects collectively account for 90% of the total marks. Your primary study time should be dedicated to Biology, Chemistry, and Physics. However, English and Logical Reasoning should not be neglected as those 18 marks can be the difference between getting into your dream college or missing the cutoff.

Subject-wise Preparation Tips

Biology Tips

• Study the learning outcome, not the chapter title - Bioenergetics is a single outcome about the cellular respiration of proteins and fats correlated with that of glucose, and Immunity is a single outcome about the specific defence mechanism. Do not read the whole textbook chapter for either.
• Focus on conceptual clarity - The paper is 70% moderate-difficulty and rewards application over rote recall. Understand processes like enzyme inhibition, kidney function and muscle contraction rather than memorising lists.
• Make diagrams - Drawing the human heart, the nephron, a typical neuron and the ultrastructure of skeletal muscle helps in retention and in answering structural questions. These are all explicit curriculum outcomes.
• Past papers are gold - Many questions repeat or follow similar patterns from previous years. Solve MDCAT past papers, but discard any question that comes from a chapter no longer in the curriculum.
• Do not over-invest in Biotechnology - It is one unit with three outcomes, all about health care: vaccines, diagnosis with DNA/RNA probes and monoclonal antibodies, and treatment products. Recombinant DNA technique detail, PCR and gel electrophoresis are not listed.

Chemistry Tips

• Organic Chemistry is non-negotiable - Units 13 through 18 are organic chemistry and collectively carry a large portion of Chemistry marks. Master the reaction mechanisms the curriculum names: free radical substitution, electrophilic substitution in benzene, nucleophilic substitution and elimination in alkyl halides, and nucleophilic addition in aldehydes and ketones.
• Memorize periodic trends - The S- and P- Block unit explicitly lists atomic, ionic and covalent radii, ionization energy, electron affinity, electronegativity, bond energy and bond length. Transition Elements, by contrast, is only the electronic structure of d-block elements and ions - one outcome, so learn it and move on.
• Practice numerical problems - Mole ratios and stoichiometry, limiting reactant and percentage yield, the gas laws and the ideal gas equation, Hess's law cycles and solubility product questions are the numerical areas the curriculum actually names.
• Use flashcards for reactions - Create flashcards for organic reactions, their conditions, and products.

Physics Tips

• Master the formulas - Physics is formula-driven. Create a formula sheet and revise it daily. Understand the derivation of key formulas so you can reconstruct them if you forget.
• Solve numerical problems daily - A large share of Physics MCQs involve calculation. Projectile motion, collisions, the equation of continuity, Bernoulli's equation, v = fλ, C_p − C_v = R and half-life are the curriculum's explicitly computational outcomes.
• Weight your time by unit size - Force and Motion and Waves are by far the largest units and deserve the most time. Dawn of Modern Physics, Atomic Spectra and Electronics have one or two outcomes each, so a single focused session covers all three.
• Understand unit conversions - Many students lose marks due to unit conversion errors. Always check your units before selecting an answer.

English Tips

• Read daily - Even 15 minutes of reading English content (newspapers, articles) improves your comprehension and your ability to deduce meaning from context, which is what the curriculum actually tests.
• Prioritise the second competency - Formal and Lexical Aspects of Language carries fourteen of the curriculum's twenty-one English outcomes. Tenses, prepositions, punctuation, transitional devices, voice and reported speech are the highest-yield areas.
• Practise proofreading - The Writing Skills competency is entirely error-spotting: faulty sentence structure, subject-verb agreement and errors of function and spelling. Correct short passages rather than memorising rules in the abstract.

Logical Reasoning Tips

• Practice pattern recognition - Letter and symbol series questions become easy with practice. Do 10 series questions daily, covering both arithmetical and geometrical progressions.
• Practise passage-based deduction - Logical Deductions on this paper means reading a short passage and picking the statement that most accurately answers the question, not solving formal syllogisms with Venn diagrams. Practise the passage format.
• Skip the off-syllabus drills - Do not spend time on blood relations, direction sense, coding-decoding or seating arrangements. They are not in the curriculum and will not appear.
• Time yourself - Logical reasoning questions should take about 1 minute each. Practice under timed conditions to build speed.

How to Use This Syllabus Effectively

Having the syllabus is only the first step. Here is a practical approach to turn this syllabus into a high MDCAT score:

1. Print out this syllabus and tick off chapters as you complete them. Visual progress tracking keeps you motivated.
2. Create a study plan that covers all chapters at least twice before the exam. First pass for learning, second pass for revision and MCQ practice.
3. Pair each chapter with MCQ practice - After studying a chapter, immediately solve related MCQs. Our subject-wise question banks are organized by topic to make this easy.
4. Take weekly mock tests - Use our timed practice tests to simulate exam conditions and identify weak areas.
5. Review your mistakes - Keep an error log. Every wrong answer is a learning opportunity. Review your error log weekly.

Frequently Asked Questions

Has the MDCAT syllabus changed for 2026?

No. PM&DC has confirmed that the MDCAT 2025 Uniform Curriculum applies unchanged to MDCAT 2026. Not a single unit or subtopic has been added, removed or reworded. The structure remains Biology (16 units), Chemistry (20 units), Physics (16 units), English (3 competencies) and Logical Reasoning (6 themes). Always verify with the official PM&DC website for any last-minute notification.

What is the passing score for MDCAT 2026?

The curriculum sets the minimum pass mark at 55% for medical college admission (99 out of 180) and 50% for dental college admission (90 out of 180). Passing, however, is not the same as being competitive: admission to top public sector colleges in Punjab usually requires 150+ out of 180.

Is there negative marking in MDCAT 2026?

No, there is no negative marking in the MDCAT. Each correct answer awards 1 mark, and unanswered or incorrect questions receive 0 marks. This means you should attempt every question.

How many months are needed to prepare for MDCAT?

Most successful candidates prepare for 3 to 6 months. If you have a strong FSc foundation, 3 months of focused preparation with daily MCQ practice and weekly mock tests can be sufficient. If your concepts are weak, start at least 5-6 months before the exam date.