By Dr. Muazzam Manzoor | TopGrade.pk | Updated: June 2026 | Reading Time: 14 mins | 10 Years of MDCAT Past Paper Data

Quick Answer: Biology makes up 34% of MDCAT (68 MCQs out of 200). Based on our analysis of 10 years of MDCAT past papers (2016–2025), the most repeated topics are: Enzymes, Cell Biology, Genetics & Inheritance, Biological Molecules, Human Physiology (Reproduction), Bioenergetics, Evolution, Coordination & Control, Biodiversity, and Biotechnology. These 10 topics alone account for roughly 60–65% of all Biology MCQs in any given year.

Every MDCAT aspirant faces the same problem every year. The Biology syllabus looks massive. Chapters stretch from cell biology to ecology, from genetics to plant hormones, from enzymes to evolution. And with limited time before the exam, the biggest question on every student’s mind is: where do I even start?

At TopGrade.pk, we have been preparing medical students for MDCAT since 2017. Over the past 9 years, our team has gone through every single MDCAT and UHS past paper from 2016 to 2025 the UHS era papers, the PMC-era papers, the NUMS papers, and the provincial papers from Punjab, Sindh, KPK, Balochistan, and Federal/AJK. We tracked every Biology MCQ, tagged it to its topic, and counted how often each topic appeared.

The result? A clear pattern. Certain chapters come up year after year, almost without exception. Other chapters appear occasionally but not consistently. And a few topics hardly ever show up in the actual exam, despite taking up space in the syllabus.

This blog post gives you the exact output of that analysis. These are the 10 Biology topics that have been most consistently tested in MDCAT from 2016 to 2025. If you are running low on time, or you simply want to make sure you are putting your energy where it matters most, this list is your starting point.

MDCAT Biology Breakdown: Total Biology MCQs: 68 (out of 200 total). Biology weightage: 34% of total score. Roughly 12–15 MCQs from the top 3 topics alone appear in most papers.

Why Past Paper Analysis is the Smart Way to Prepare

Some students read every chapter with equal effort. They spend the same amount of time on Biodiversity as they do on Genetics. That is not the right approach for MDCAT.

MDCAT is not a knowledge test in the traditional sense. It is a high-stakes MCQ exam with a very specific pattern. The PMC (Pakistan Medical Commission) and, before that, the UHS (University of Health Sciences) have always tested the same core concepts repeatedly. This is not a coincidence it reflects which biological concepts are genuinely important for a future doctor to understand.

Understanding which topics are tested most often gives you two advantages. First, you know where to spend the most time during preparation. Second, you know which subtopics within those chapters are the most likely to appear as actual MCQ options. Both of these advantages directly translate into marks on the day of the exam.

IMPORTANT: This analysis is based on patterns from 2016–2025 papers. The PMC reserves the right to change the exam structure. Always use this list as a guide, not a guarantee. Cover the full syllabus, but prioritise these topics.

MDCAT Biology Most Repeated Topics at a Glance

Before we go through each topic in detail, here is an overview table based on our past paper analysis:

Rank	Topic / Chapter	FSc Chapter Ref.	Avg MCQs/Year	Difficulty
1	Enzymes	FSc-I Ch. 3 & 5	6–8	High
2	Cell Biology & Cell Cycle	FSc-I Ch. 4 & 22	7–10	Medium
3	Genetics & Inheritance	FSc-II Ch. 20 & 21	6–9	High
4	Biological Molecules	FSc-I Ch. 2 & 3	5–7	Medium
5	Human Physiology (Reproduction)	FSc-II Ch. 16–19	5–7	Medium
6	Bioenergetics (Photosynthesis & Respiration)	FSc-I Ch. 10 & 11	4–6	High
7	Evolution	FSc-II Ch. 24 & 25	3–5	Low-Med
8	Coordination & Control	FSc-II Ch. 14 & 15	3–5	High
9	Biodiversity & Classification	FSc-I Ch. 6–9	3–4	Low
10	Biotechnology	FSc-II Ch. 23	3–5	Medium

Now let’s go through each one in detail, with the exact subtopics that appear most often, common MCQ traps, and what you need to focus on.

Topic 1: Enzymes The #1 Most Tested Biology Topic in MDCAT

Exam Track Record: Enzymes have appeared in every single MDCAT and UHS paper from 2016 to 2025 without exception. No other Biology topic has this record. Expect 6–8 MCQs on enzymes in any paper.

If you had to pick just one Biology chapter to master before your MDCAT, it would be enzymes. Our analysis shows this chapter has been tested in 100% of papers over the last 10 years. The PMC loves enzymes because they sit at the core of biochemistry, physiology, and clinical medicine making them directly relevant to a future doctor’s work.

What to Study: High-Yield Subtopics

• Lock and key model vs Induced fit model know the difference cold
• Enzyme active site: structure, role of R-groups, substrate specificity
• Cofactors vs Coenzymes vs Prosthetic groups definitions and examples (NAD+, FAD, Mg2+, Zn2+)
• Enzyme inhibition: Competitive inhibition (e.g. malonate on succinate dehydrogenase), Non-competitive inhibition (e.g. heavy metal ions)
• Effect of temperature on enzyme activity optimum temperature, denaturation
• Effect of pH on enzyme activity pepsin (pH 2), trypsin (pH 8), salivary amylase (pH 7)
• Km and Vmax —what they mean conceptually (you do NOT need calculations, only understanding)
• Allosteric regulation feedback inhibition examples in metabolic pathways
• Enzyme classification: oxidoreductases, transferases, hydrolases, lyases, isomerases, ligases
• Clinical significance: enzyme deficiencies (PKU = phenylalanine hydroxylase deficiency)

Most Repeated MCQ Traps in Enzymes

• Competitive vs non-competitive inhibition confusion PMC has tested this repeatedly with graphs showing Vmax vs Km changes
• Coenzyme vs cofactor distinction many students mix these up
• The claim that ‘enzymes are used up in reactions’ FALSE, they are regenerated
• Optimum temperature is NOT 37°C for all enzymes pepsin’s optimum is around 40°C

MDCAT Trap: PMC frequently asks about the effect of competitive inhibitor on Vmax it does NOT change Vmax (only Km changes). This distinction has been directly tested.

Topic 2: Cell Biology & Cell Cycle Appears Every Year, 7–10 MCQs

Exam Track Record: Cell biology consistently generates the highest raw number of MCQs in the Biology section. With 7–10 questions per year across cell structure, membrane transport, and the cell cycle, this is the chapter with the highest overall yield.

Cell biology is broad, but the MDCAT tests a fairly predictable set of concepts within it. The exam focuses heavily on organelle functions, the differences between prokaryotic and eukaryotic cells, membrane transport, and mitosis/meiosis. In PMC-era papers (2020 onward), the cell cycle and its regulation have been tested with increasing frequency.

High-Yield Subtopics

• Prokaryotic vs eukaryotic cell key differences (ribosomes, membrane-bound organelles, nucleus)
• Cell organelles: mitochondria structure (cristae, matrix), chloroplast structure, ribosome size (70S vs 80S)
• Fluid Mosaic Model of the Cell Membrane: Singer and Nicolson Model
• Passive transport: diffusion, osmosis, facilitated diffusion
• Active transport: Na+/K+ pump, endocytosis types (phagocytosis, pinocytosis, receptor-mediated)
• Mitosis: all stages with key events (condensation, spindle formation, sister chromatid separation)
• Meiosis: crossing over in prophase I, independent assortment, genetic variation
• Mitosis vs Meiosis differences a very common MCQ format
• Apoptosis, programmed cell death, distinction from necrosis
• Cell cycle checkpoints G1, S, G2/M checkpoints and their roles
• Cancer connection: uncontrolled mitosis, role of proto-oncogenes and tumour suppressor genes

Common MCQ Patterns

• ‘Which organelle is the powerhouse of the cell?’ Mitochondria (this literally appears in almost every year)
• ‘The functional unit of the kidney’ Nephron (also appears in Cell biology/Physiology crossover)
• Identifying the stage of mitosis from a diagram description
• Differences between plant and animal cells (cell wall, plastids, vacuole size)

TopGrade Tip: The question ‘Which organelle is the powerhouse of the cell?’ has appeared 7 times across MDCAT papers from 2016 to 2025. Always answer: Mitochondria. Never second-guess yourself on this one.

Topic 3: Genetics & Inheritance 6–9 MCQs Every Year

Exam Track Record: Genetics is consistently one of the highest-weighted topics. Post-2020 PMC papers show an increasing focus on molecular genetics (DNA replication, transcription, and translation) alongside classical Mendelian genetics.

Genetics feels intimidating to many students because it combines both theory and problem-solving. But the MDCAT does not ask you to solve complex pedigree charts. It tests conceptual understanding of Mendelian ratios, blood group genetics, sex-linked inheritance, and DNA-level processes. Master these concepts, and genetics becomes one of the most rewarding chapters to study.

High-Yield Subtopics

• Mendelian genetics: Law of Segregation, Law of Independent Assortment
• Monohybrid cross 3:1 phenotypic ratio, 1:2:1 genotypic ratio
• Dihybrid cross 9:3:3:1 phenotypic ratio
• Incomplete dominance (4 o’clock flower example) 1:2:1 ratio
• Codominance ABO blood group system (most tested genetics MCQ in Pakistan)
• Sex-linked inheritance: haemophilia, colour blindness (X-linked recessive)
• Sex determination in humans: the XY system, role of the SRY gene
• Linkage Morgan’s experiments with Drosophila
• DNA structure double helix, antiparallel strands, base pairing rules (A-T, G-C)
• DNA replication semiconservative model, role of DNA polymerase, helicase, ligase
• Transcription: mRNA synthesis, role of RNA polymerase, template strand concept
• Translation codon, anticodon, role of ribosome, start codon (AUG), stop codons
• Genetic mutations: point mutations, frameshift mutations, chromosomal aberrations
• Blood groups ABO system genotypes (IA, IB, i) and Rh factor basics

Must-Know MCQ: Which blood group is the universal donor? O negative (O−). Which is the universal recipient? AB positive (AB+). This comes up every few years in some form.

Genetics MCQ Traps to Watch

• Haemophilia carrier females are NOT affected (X^H X^h). A female is only affected if homozygous recessive (X^h X^h)
• Incomplete dominance vs Codominance in incomplete dominance, the phenotype is intermediate; in codominance, both alleles are expressed fully
• Difference between genotype and phenotype in the context of blood groups, know all IA, IB, ii combinations

MDCAT 2026: PMDC Policy Change Explained (Important Update for Students)

Topic 4: Biological Molecules 5–7 MCQs, High-Precision Topic

Exam Track Record: Biological Molecules is closely linked to Enzymes and is tested separately in most papers. Carbohydrate and protein structure, nucleic acid details, and lipid classification are the key focus areas.

This chapter requires precision. MDCAT MCQs on biological molecules are specific they test exact molecular structures, bond types, and chemical properties. You cannot get by with vague understanding here. The good news is that once you have these details memorised, these are among the most reliably answered questions.

High-Yield Subtopics

• Carbohydrates: monosaccharides (glucose, fructose, galactose), disaccharides (maltose = glucose + glucose, sucrose = glucose + fructose, lactose = glucose + galactose)
• Polysaccharides: starch (amylose + amylopectin), glycogen (animal storage), cellulose (structural)
• Glycosidic bond condensation reaction, hydrolysis
• Proteins: amino acid structure (amino group + carboxyl group + R group), peptide bond formation
• Protein structure levels: primary, secondary (alpha helix, beta pleated sheet), tertiary, quaternary
• Denaturation causes (heat, pH, organic solvents) and effects
• Lipids: triglyceride structure (glycerol + 3 fatty acids), ester bond
• Saturated vs unsaturated fatty acids saturated = no double bonds, solid at room temp
• Phospholipids role in cell membrane bilayer (hydrophilic head, hydrophobic tail)
• DNA vs RNA structural differences (deoxyribose vs ribose, thymine vs uracil, double-stranded vs single-stranded)
• ATP structure (adenosine + 3 phosphate groups), role as energy currency

Common Mistake: Many students confuse lactose intolerance with biology it happens because of a deficiency of the lactase enzyme, not because of any carbohydrate structure issue. Concept linkage with enzymes is common in MCQs.

Topic 5: Human Physiology 5–7 MCQs (Digestion, Excretion, Circulation, Reproduction)

Exam Track Record: Human Physiology covers multiple systems. PMC tests all of them but Reproduction, Excretion (kidney), and Circulation are the most frequently tested systems. These are medically relevant topics that future doctors genuinely need to understand.

Human physiology is where biology connects directly to medicine. This is why PMC weights it heavily. Students who are genuinely interested in becoming doctors often find this the most engaging section of the syllabus. From a marks perspective, covering the kidney, heart, and reproductive system in depth gives you the best return on time invested.

High-Yield Subtopics

• Kidney: structure of nephron (Bowman’s capsule, glomerulus, PCT, loop of Henle, DCT, collecting duct)
• Filtration, selective reabsorption, and tubular secretion occur in the nephron
• Role of ADH (antidiuretic hormone) in water reabsorption
• Dialysis principle of how haemodialysis works
• Heart: 4 chambers, valves (mitral, tricuspid, pulmonary, aortic)
• Cardiac cycle: systole, diastole, and lub-dub sounds
• Blood vessels: artery vs vein vs capillary structural differences
• ABO blood groups in the context of transfusion reactions
• Immune system: types of immunity (innate vs adaptive), role of antibodies, B cells, T cells
• Reproduction: male reproductive system (spermatogenesis), female reproductive system (oogenesis, menstrual cycle)
• Fertilisation and early development: zygote, morula, blastula
• Digestion: role of enzymes (amylase in the mouth, pepsin in the stomach, lipase in the small intestine)
• Liver functions include bile production, glycogen storage, and detoxification

TopGrade Tip: The question about which enzyme acts in the mouth comes up repeatedly the answer is Salivary Amylase (also called ptyalin). Similarly, Pepsin acts in the stomach at pH 2, and Trypsin acts in the small intestine. Do not mix these up.

Topic 6: Bioenergetics 4–6 MCQs, Notoriously Tricky

Exam Track Record: Bioenergetics covers Photosynthesis and Cellular Respiration. Both are tested every year. The 2025 updated PMDC syllabus specifically added more detail to the plant portion, so expect this chapter’s weightage to stay high.

Bioenergetics is one of the chapters where students either score very well or lose multiple marks. The reason is that it requires understanding processes at a mechanistic level it is not enough to know that photosynthesis produces glucose. You need to know where each step happens, which molecules are involved, and what the products are at each stage.

High-Yield Subtopics Photosynthesis

• Light reactions (Light-dependent): location = thylakoid membranes, products = ATP + NADPH + O2
• Calvin cycle (Light-independent / Dark reactions): location = stroma, inputs = CO2 + ATP + NADPH, output = G3P (which forms glucose)
• Photosystems I and II PSI (P700, produces NADPH), PSII (P680, splits water)
• Z-scheme of electron transport in light reactions
• Factors affecting photosynthesis: light intensity, CO2 concentration, temperature, water availability
• C3 vs C4 plants C4 plants (sugarcane, maize) have a CO2 concentrating mechanism

High-Yield Subtopics Cellular Respiration

• Glycolysis: location = cytoplasm, products = 2 pyruvate + 2 ATP (net) + 2 NADH
• Krebs cycle (Citric acid cycle): location = mitochondrial matrix, inputs = acetyl-CoA, products = CO2 + NADH + FADH2 + 1 ATP per turn (2 turns per glucose)
• Oxidative phosphorylation (ETC): location = inner mitochondrial membrane, uses NADH and FADH2, produces ~32–34 ATP
• Total ATP from one glucose: 36–38 ATP (commonly tested as 38 in FSc textbooks)
• Anaerobic respiration: lactic acid fermentation (animals) vs alcohol fermentation (yeast)

MDCAT Trap: Students confuse the location of the Krebs cycle (mitochondrial matrix) with Glycolysis (cytoplasm). PMC has directly tested this. Do not mix them up.

Topic 7: Evolution 3–5 MCQs, Easy Marks if You Know the Key Facts

Exam Track Record: Evolution is tested in every paper, but usually at a lower volume than the top 6 topics. The good news is that evolution MCQs are mostly factual and not calculation-based, making them easy marks if you study the right points.

Evolution questions in MDCAT are straightforward compared to topics like enzymes or genetics. They focus on the history of evolutionary thought, key mechanisms, and evidence for evolution. These are topics you can cover in a few hours and reliably score on.

High-Yield Subtopics

• Lamarck vs Darwin Lamarck (inheritance of acquired characteristics), Darwin (natural selection)
• Charles Darwin and the Voyage of the Beagle Galapagos finches, variation in beaks
• Natural selection: variation → selection pressure → differential reproduction → adaptation
• Types of natural selection: directional, stabilising, disruptive
• Hardy-Weinberg equilibrium conditions (large population, random mating, no mutation, no migration, no selection), NOT something that happens in nature
• Evidence for evolution: fossil record, comparative anatomy (homologous vs analogous structures), comparative embryology, molecular biology (cytochrome c)
• Homologous structures same origin, different function (e.g. human arm, whale flipper, bat wing)
• Analogous structures different origin, same function (e.g. bird wing, butterfly wing)
• Speciation allopatric (geographic isolation) vs sympatric speciation

Key Fact: Cytochrome c is a protein found in all aerobic organisms. The closer two species are in evolutionary terms, the more similar their cytochrome c sequence. Humans and chimpanzees have identical cytochrome c; this is a common MCQ fact.

Topic 8: Coordination & Control (Nervous & Hormonal) 3–5 MCQs

Exam Track Record: Coordination and Control covers the nervous system and endocrine system. PMC tests both, with a stronger emphasis on the nervous system, specifically the neuron, synapse, and action potential.

This is one of the more clinically relevant topics in the Biology syllabus. For a future doctor, understanding how neurons communicate and how hormones regulate body functions is fundamental. PMC reflects this in the exam coordination questions test genuine understanding rather than pure memorisation.

High-Yield Subtopics Nervous System

• Neuron structure: cell body (soma), dendrites, axon, myelin sheath, nodes of Ranvier
• Types of neurons: sensory (afferent), motor (efferent), interneurons (association)
• Resting membrane potential: -70mV, maintained by Na+/K+ ATPase pump (3 Na+ out, 2 K+ in)
• Action potential: depolarisation (Na+ rush in), repolarisation (K+ rush out), hyperpolarisation
• All-or-nothing principle a neuron either fires at full strength or not at all
• Saltatory conduction action potential jumps between nodes of Ranvier (faster in myelinated fibres)
• Synapse: presynaptic neuron, synaptic cleft, postsynaptic neuron, neurotransmitters (ACh)
• Brain regions: cerebrum (voluntary actions, intelligence), cerebellum (balance, coordination), medulla oblongata (breathing, heart rate)

High-Yield Subtopics Endocrine System

• Insulin vs Glucagon insulin lowers blood glucose (secreted by beta cells), glucagon raises it (alpha cells)
• ADH (antidiuretic hormone) secreted by posterior pituitary, increases water reabsorption in kidney
• Adrenaline (epinephrine) fight or flight response, secreted by adrenal medulla
• Thyroxine regulates metabolic rate, requires iodine, hypothyroidism vs hyperthyroidism
• Feedback mechanisms negative feedback (most hormonal systems), positive feedback (oxytocin in labour)

Topic 9: Biodiversity & Classification 3–4 MCQs, Mostly Factual

Exam Track Record: Biodiversity is tested every year but at a lower MCQ count. These questions are almost always factual (classification, characteristics of kingdoms/phyla) and can be answered quickly if you have memorised the key features.

Classification questions are good news for time-pressured students. They are almost always straightforward factual questions with one clearly correct answer. You do not need to deeply understand the biology you need to memorise the distinguishing features of each group.

High-Yield Subtopics

• Five Kingdom system vs Three Domain system (Bacteria, Archaea, Eukarya)
• Kingdom Monera: prokaryotes, no membrane-bound nucleus, cell wall of peptidoglycan
• Kingdom Protista: unicellular eukaryotes, includes Amoeba, Paramecium, Plasmodium
• Kingdom Fungi: chitin cell wall, heterotrophic, absorptive nutrition, hyphae and mycelium
• Kingdom Plantae: autotrophic, cellulose cell wall, alternation of generations
• Kingdom Animalia: heterotrophic, no cell wall, multicellular
• Viruses acellular, not classified in any kingdom, obligate intracellular parasites
• Taxonomy levels: Domain, Kingdom, Phylum, Class, Order, Family, Genus, Species
• Binomial nomenclature genus + species (e.g. Homo sapiens)
• Characteristics of major animal phyla: Porifera (sponges), Cnidaria (jellyfish), Platyhelminthes (flatworms), Nematoda, Annelida, Arthropoda (largest phylum), Mollusca, Echinodermata, Chordata

MCQ Shortcut: Arthropoda is the largest animal phylum by number of species. Insects alone make up the majority. This factoid appears in MDCAT papers regularly.

Topic 10: Biotechnology 3–5 MCQs, Rapidly Growing Importance

Exam Track Record: Biotechnology has grown in importance since PMC took over MDCAT in 2020. The chapter is short but tested at a higher density than its length suggests 3–5 MCQs from a relatively short FSc chapter is significant.

Biotechnology is the most modern chapter in the MDCAT Biology syllabus. It connects directly to real-world medicine genetic engineering, recombinant DNA technology, and gene therapy are topics that will be part of a future doctor’s professional life. PMC recognises this and tests it accordingly. The chapter is short in the FSc book, making it an excellent high-yield investment of study time.

High-Yield Subtopics

• Recombinant DNA technology steps: restriction enzymes, ligation, vector insertion, transformation, selection
• Restriction enzymes (endonucleases) cut DNA at specific palindromic sequences, produce sticky ends
• Vectors: plasmids (most common), bacteriophages, cosmids, BACs
• Polymerase Chain Reaction (PCR) three steps: denaturation, annealing, extension; uses: DNA amplification, forensics, disease diagnosis
• Gel electrophoresis separates DNA by size, smaller fragments move further
• Gene therapy somatic vs germline gene therapy, introduction of healthy gene to replace defective one
• Transgenic organisms insulin-producing bacteria (E. coli), Bt crops, Golden Rice
• Cloning reproductive cloning (Dolly the sheep), therapeutic cloning
• Bioinformatics use of computers to analyse biological data (genome sequencing)
• Applications in medicine: insulin production (recombinant human insulin), hepatitis B vaccine, erythropoietin

Key Fact: The first recombinant human insulin was produced in 1982 using genetically modified E. coli bacteria. Before this, diabetic patients used pig or cow insulin. This historical fact appears in MDCAT MCQs.

How to Use This Analysis in Your MDCAT Preparation

Knowing which topics are most repeated is step one. The more important step is using this information correctly in your study plan. Here is a strategy that works for students at TopGrade.pk:

Phase 1: Concept Building (Start of Preparation)

Read through all 10 topics in your FSc textbook or your preferred notes. Do not skip chapters; build a full understanding of the concepts. At this stage, you are not memorising MCQs; you are building the mental framework that allows you to handle any variation of a question.

Phase 2: MCQ Practice by Topic

Once you have covered a topic conceptually, immediately move to MCQ practice for that specific topic. At TopGrade.pk, our MCQ bank has over 30 million questions attempted by students, with topic-wise filtering that lets you drill exactly these 10 topics in isolation.

Phase 3: Past Paper Practice

After covering all topics, begin solving full past papers under timed conditions. A minimum of 10 full papers from 2016 to 2025 is the standard we recommend at TopGrade. Pay attention to which topics you are getting wrong; almost always, it will be a subset of these 10 chapters.

Phase 4: Revision in Final 3 Weeks

In the last 3 weeks before MDCAT, shift to rapid revision. Go through your error notebook (MCQs you got wrong), revise the high-yield subtopics listed in this article, and do one or two mock tests per week.

⏱️ Time Allocation Suggestion: If you have 3 months for MDCAT Biology preparation, spend the first month on all chapters, the second month on heavy MCQ practice for these 10 topics, and the third month on past papers and revision.

Frequently Asked Questions (MDCAT Biology)

Final Thoughts

Biology is the subject that can make or break your MDCAT score. At 34% of the total exam, it is not something you can afford to approach casually. But it is also the subject where smart preparation gives the biggest advantage.

The 10 topics in this analysis, Enzymes, Cell Biology, Genetics, Biological Molecules, Human Physiology, Bioenergetics, Evolution, Coordination & Control, Biodiversity, and Biotechnology, have been the backbone of MDCAT Biology testing for a decade. Students who master these topics thoroughly, practise MCQs consistently, and solve past papers under exam conditions consistently outperform those who try to cover everything equally.

At TopGrade.pk, more than 411,500 students have used our platform to prepare for MDCAT and other entry tests. Our MCQ bank, video lectures, personalised study schedules, and 24/7 mentor access are built specifically for Pakistani students preparing for these exact exams.

If you are serious about your MDCAT preparation, the next step is clear: start with these 10 chapters, practice the MCQs, and track your progress. The exam can be cracked with the right preparation and it starts with knowing exactly what to focus on.

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