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Syllabus

FCPS Part 1 syllabus 2026: complete subject-by-subject guide

Everything covered in the CPSP FCPS Part 1 exam this year — from Anatomy weightage to Behavioural Sciences high-yield areas, with our recommended study order.

RF
ReviseFCPS1 doctor team
21 Apr 2026 · 8 min read

The CPSP FCPS Part 1 exam tests basic medical sciences across seven core subjects. The 2026 syllabus is largely unchanged from previous years, but candidate weightages and question patterns have shifted noticeably. Here's everything covered, sorted by how much it actually shows up in the paper.

The seven core subjects

Every FCPS Part 1 candidate sits the same paper regardless of intended specialty. The seven subjects are:

  1. Anatomy — gross, microscopic, embryology, neuroanatomy
  2. Physiology — every system, with extra weight on cardio, respiratory, renal
  3. Pathology — general + systemic, plus haematology and immunology
  4. Pharmacology — mechanisms, indications, side-effects, drug interactions
  5. Biochemistry — metabolism, molecular biology, nutrition
  6. Microbiology — bacteriology, virology, parasitology, mycology
  7. Behavioural Sciences — communication, ethics, statistics, public health

Question weightage (approximate, based on recent papers)

Subject~Questions per 200-MCQ paper% of paper
Anatomy40–5020–25%
Physiology35–4517–22%
Pathology30–4015–20%
Pharmacology25–3512–17%
Biochemistry20–3010–15%
Microbiology15–257–12%
Behavioural Sciences10–205–10%

The weightage isn't fixed — recent papers have leaned heavier on Pathology and Pharmacology, with Biochemistry trending down. Don't ignore any subject, but don't spend equal time on each either.

High-yield areas (subject-by-subject)

Anatomy

  • Cranial nerves — origin, course, lesions, reflexes. Every CPSP paper has 3–5 cranial nerve questions.
  • Brachial plexus — drawing it from memory + lesion patterns (Erb's, Klumpke's, claw hand).
  • Embryology — pharyngeal arches/clefts, cardiac development, foregut–midgut–hindgut derivatives.
  • Neuroanatomy — internal capsule, basal ganglia, brainstem cross-sections.

Physiology

  • Cardiac action potential phases, ECG correlations, heart sounds.
  • Lung volumes & capacities, V/Q mismatch, oxygen-haemoglobin dissociation.
  • Nephron function — glomerular filtration, tubular handling, regulation of BP.
  • Endocrine regulation — hypothalamic–pituitary axes, adrenal hormones.

Pathology

  • Cell injury, inflammation, healing — chronic vs acute, cellular adaptations.
  • Atherosclerosis, MI complications, valvular disease.
  • Tumour markers and most common cancers per organ.
  • Anaemias — classification, peripheral smear findings.

Pharmacology

  • Antibiotics — mechanisms, resistance, ADRs.
  • Cardiovascular drugs — beta-blockers, ACEi, calcium channel blockers, anti-arrhythmics.
  • Autonomic drugs — sympathetic and parasympathetic agonists/antagonists.

Biochemistry

  • Glycolysis, TCA, oxidative phosphorylation — enzymes & regulation.
  • Amino acid metabolism (urea cycle, branched-chain).
  • Vitamin deficiencies (B12, folate, fat-solubles).

Microbiology

  • Gram-positive vs Gram-negative classification, then drill into common pathogens.
  • Virology basics — DNA vs RNA viruses, hepatitis serology, HIV life cycle.
  • Parasitology — malaria, amoebiasis, schistosomiasis (high yield in Pakistan).

Behavioural Sciences

  • Biostatistics — sensitivity, specificity, PPV/NPV, types of bias.
  • Doctor–patient communication models.
  • Defence mechanisms (Freud), grief stages.

Recommended study order

Don't go alphabetical. Sequence matters because subjects build on each other:

  1. Anatomy + Embryology first — biggest single block, slowest to learn.
  2. Physiology next — pairs naturally with Anatomy and is the foundation for Pharmacology.
  3. Pathology third — needs Anatomy and Physiology already in your head.
  4. Pharmacology + Microbiology together — overlap heavily on antibiotics, antivirals.
  5. Biochemistry in the middle — denser per hour than the others, so don't leave to the end.
  6. Behavioural Sciences last — small weightage, easy wins, fits well in the final 2 weeks.

How long should you prep?

Honest answer: 8–12 weeks of solid study if you're working full-time, 4–6 weeks if you can study 8+ hours a day. Below 4 weeks is genuinely risky unless you've done it before.

The candidates we've seen pass first attempt almost always finished one full pass of every subject by week 6, then spent the last 2 weeks doing nothing but mock exams and recalls.

What to study with

  • One textbook per subject, not three. Big Robbins for Path, Guyton for Phys, Snell for Anatomy, etc.
  • Question banks daily — at least 50 MCQs/day from week 1. ReviseFCPS1 has 10,176 syllabus-mapped questions; this isn't a sales pitch, you need a Qbank.
  • Real exam recalls — past-paper recalls from candidates who sat recent papers. We have 8,236 across 47 exam sessions.
  • Mnemonics for the dense lists. Don't try to brute-force-memorise the 12 cranial nerves; use the mnemonic.

Final thoughts

The exam is hard but not unfair. CPSP rewards consistent, syllabus-mapped study with daily MCQ practice. Skip the magic-bullet courses, pick one resource per subject, do questions every single day, and finish with mocks under timed conditions. That's the formula.

If you want everything in one place — syllabus-mapped MCQs, real recalls, mock exams, mnemonics, study groups — try ReviseFCPS1 free for 7 days. No card needed.

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