Hey orris I am a first year in tamilnadu medical student having exams starting from 27th
Asking for Preferences
Perfect - Anatomy, Physiology, and Biochemistry with 16 days to go. Here's a practical game plan:
Your 16-Day Exam Prep Plan (July 11 - July 26)
How Tamil Nadu 1st Year MBBS Exams Work
- Theory papers: Anatomy (Paper 1 - General + Upper Limb, Paper 2 - Lower Limb + Thorax + Abdomen + Head & Neck), Physiology, Biochemistry
- Practical/viva on each subject
- University exams follow the MCI/NMC curriculum pattern
Phase 1: Days 1-6 (High-Yield Revision)
Anatomy (Most content-heavy - give it the most time)
Must-cover topics:
- Upper limb: Brachial plexus, rotator cuff, carpal tunnel, cubital fossa
- Lower limb: Femoral triangle, popliteal fossa, sciatic nerve, arches of foot
- Thorax: Heart borders & surfaces, coronary arteries, mediastinum
- Abdomen: Inguinal canal, portal circulation, peritoneum
- Head & Neck: Cranial nerves, triangles of neck, sinuses
- Embryology: Heart development, gut rotation, pharyngeal arches
- Histology: All basic tissues + organ-specific slides
Resources: BD Chaurasia (clinical cases at the end of each chapter), Inderbir Singh for histology & embryology
Physiology
Must-cover topics:
- Nerve & muscle: Action potential, neuromuscular junction, muscle contraction
- CVS: Cardiac cycle, ECG, JVP, Frank-Starling law, heart sounds
- Respiratory: Lung volumes, V/Q ratio, oxygen dissociation curve
- Renal: GFR, tubular functions, countercurrent mechanism, acid-base
- GIT: Secretions, absorption, GI hormones
- Endocrine: Hypothalamo-pituitary axis, thyroid, adrenal, insulin/glucagon
- Blood: Haemopoiesis, clotting cascade, blood groups
Resources: Ganong or Guyton for concepts; AK Jain for quick revision
Biochemistry
Must-cover topics:
- Carbohydrate metabolism: Glycolysis, TCA, ETC, glycogen metabolism, gluconeogenesis
- Lipid metabolism: Beta-oxidation, ketone bodies, cholesterol synthesis
- Protein metabolism: Urea cycle, transamination
- Enzymes: Km, Vmax, inhibition types
- Vitamins & minerals: Deficiencies are high-yield
- Molecular biology: DNA replication, transcription, translation, PCR
- Clinical biochemistry: LFTs, RFTs, diabetes markers
Resources: Harper's or Lippincott for concepts; Mushtaq for quick Tamil Nadu exam style
Phase 2: Days 7-11 (Previous Year Questions + Practice)
Tamil Nadu Dr. MGR University repeats questions. Do PYQs first - most 10-mark and 5-mark questions are predictable.
- Spend 2 days each on Anatomy, Physiology, Biochemistry PYQs
- Write out answers for 10-mark questions (essay format matters in university exams)
- For anatomy: practice drawing diagrams - they carry separate marks
Phase 3: Days 12-16 (Final Sprint)
- Day 12-13: Rapid revision of all three - use short notes / mnemonics only
- Day 14: Practical preparation (instruments, specimens, slide identification)
- Day 15: Viva prep - know your definitions cold (GFR, action potential threshold, Km, etc.)
- Day 16: Light revision, rest, sleep by 10 PM
Daily Schedule Template
| Time | Activity |
|---|---|
| 6:00-8:00 AM | Fresh topic study (new content) |
| 8:00-9:00 AM | Breakfast + break |
| 9:00-12:00 PM | Continue topic + diagrams |
| 12:00-1:00 PM | Lunch + rest |
| 1:00-3:30 PM | Previous year questions |
| 3:30-4:00 PM | Break |
| 4:00-6:30 PM | Second subject |
| 6:30-7:30 PM | Walk / break |
| 7:30-9:30 PM | Short notes + revision |
| 9:30-10:00 PM | Wind down |
Quick Tips for TN University Exams
- Draw diagrams even when not asked - examiners reward them
- Clinical correlations at the end of answers impress viva examiners
- Enumerate before explaining - numbered points score better than paragraphs
- For Biochemistry: always include metabolic pathways as flow charts
- Know normal values cold (they appear in spotters and viva)
Just tell me which topic you want to start with and I'll give you a detailed explanation, notes, or practice questions on it right away. I have access to medical textbooks and can pull up specific content for any topic you're working on!
I want a 2 days physiology plan mainly focussing on paper 2.. remember that I haven't studied much of anything
Searching the Web
Tamil Nadu Dr MGR University 1st year MBBS Physiology Paper 2 syllabus topics
Reading Web Page
https://www.tnmgrmu.ac.in/index.php/library/e-questions/firs…
Good - confirmed it's Physiology Paper IV (Paper 2) under TN MGR regulations. Based on the standard MGR curriculum, Paper 2 covers: CVS, Respiratory, Renal, GIT, Endocrinology, Reproductive physiology, and CNS/Special senses. Here's your zero-to-exam plan:
2-Day Physiology Paper 2 Plan
Starting from scratch - exam on the 27th
What Paper 2 Covers (MGR University)
| System | Weight |
|---|---|
| CVS (Heart, BP, ECG) | ⭐⭐⭐ Highest |
| Respiratory | ⭐⭐⭐ Highest |
| Renal + Acid-Base | ⭐⭐ High |
| Endocrinology | ⭐⭐ High |
| GIT | ⭐ Medium |
| CNS / Special Senses | ⭐ Medium |
| Reproductive | ⭐ Medium |
DAY 1 - Saturday Evening to Sunday Night
Theme: CVS + Respiratory (The two biggest systems)
SLOT 1 (Tonight, 7:30 PM - 10:30 PM) - CVS Part 1
Topics to cover:
- Cardiac cycle - phases, events, pressure changes (Wiggers diagram)
- Heart sounds - S1, S2 causes; S3, S4 in pathology
- ECG - waves and what they represent, normal intervals, lead positions
- Cardiac output - definition, normal value, Fick's principle, measurement methods
- Frank-Starling law - the concept in one clear statement
How to study each topic (you have ~35 min per topic):
- Read the heading + key points from your notes/textbook
- Write the definition / one-liner
- Draw one diagram (Wiggers diagram, ECG strip)
- Note 2 clinical points at the end
Tonight's target diagrams to draw:
- Wiggers diagram (cardiac cycle)
- Normal ECG with labeled waves
SLOT 2 (Sunday 6:00 AM - 9:00 AM) - CVS Part 2
- Arterial Blood Pressure - determinants, normal values, pulse pressure, mean arterial pressure
- Regulation of BP - Baroreceptor reflex (most important), chemoreceptors, RAAS
- Venous return & JVP - a, c, v waves; what they represent
- Microcirculation & lymphatics - Starling forces, oedema formation
- Coronary circulation - peculiarities (very high PYQ topic in MGR)
Target diagram:
- Baroreceptor reflex arc
SLOT 3 (Sunday 10:00 AM - 1:00 PM) - Respiratory Part 1
- Lung volumes and capacities - all 4 volumes + 4 capacities, normal values (MEMORISE these)
- Mechanics of breathing - compliance, surfactant, work of breathing
- Ventilation - alveolar ventilation, dead space (anatomical vs physiological)
- Diffusion - Fick's law, factors affecting O2 and CO2 diffusion
Target diagram:
- Spirometry trace with all volumes labeled
SLOT 4 (Sunday 2:30 PM - 5:30 PM) - Respiratory Part 2
- Oxygen transport - oxyhemoglobin dissociation curve (MUST MASTER - high PYQ)
- CO2 transport - three forms, Haldane effect, Bohr effect
- V/Q ratio - normal value, mismatches, regional differences in lung
- Regulation of respiration - respiratory centres, Hering-Breuer reflex, chemical control
Target diagrams:
- O2 dissociation curve with shift factors (Bohr effect)
- Respiratory control centres
SLOT 5 (Sunday 7:00 PM - 9:30 PM) - CVS + Resp Quick Revision + PYQs
Write out answers for these likely essay questions:
- "Describe the cardiac cycle with a diagram" (10 marks)
- "Explain the regulation of arterial blood pressure" (10 marks)
- "Describe the transport of oxygen in blood" (10 marks)
- "Write about lung volumes and capacities" (10 marks)
DAY 2 - Monday
Theme: Renal + Endocrine + GIT + CNS (Rapid coverage)
SLOT 6 (Monday 6:00 AM - 9:00 AM) - Renal
- GFR - definition, normal value, autoregulation, measurement (inulin clearance)
- Tubular reabsorption - proximal tubule (65%), glucose Tm, renal threshold
- Countercurrent mechanism - how the medullary gradient is built (draw it)
- Concentration and dilution of urine - ADH role
- Acid-base regulation by kidney - HCO3 reabsorption, H+ secretion, buffer systems
Target diagram:
- Countercurrent multiplier in loop of Henle
SLOT 7 (Monday 9:30 AM - 12:00 PM) - Endocrinology
Focus only on high-yield glands:
| Gland | Must Know |
|---|---|
| Hypothalamo-pituitary | Portal circulation, releasing hormones, feedback loops |
| Thyroid | T3/T4 synthesis, effects, regulation |
| Adrenal cortex | Zones + their hormones, cortisol effects, Conn's/Cushing's |
| Insulin & Glucagon | Secretion triggers, effects on metabolism |
| Parathyroid & Calcium | PTH vs calcitonin vs Vit D - calcium regulation |
Target diagram:
- Hypothalamo-pituitary-thyroid axis (feedback loop)
SLOT 8 (Monday 1:00 PM - 3:00 PM) - GIT
- Gastric secretion - HCl secretion mechanism (proton pump), phases of gastric secretion
- Pancreatic secretion - enzymes, regulation
- Bile - composition, enterohepatic circulation
- Absorption - glucose, fat, iron, B12 (sites and mechanisms)
- GI hormones - Gastrin, Secretin, CCK (source, stimulus, action)
SLOT 9 (Monday 3:30 PM - 5:30 PM) - CNS / Special Senses
MGR Paper 2 usually asks 1 question from this section. Pick two topics:
- Cerebellum - functions, signs of cerebellar lesion (DANIA mnemonic)
- Basal ganglia - functions, Parkinson's disease physiology
- Sleep - stages, REM vs NREM, functions
- Vision - visual pathway, lesions at different points
- Hearing - how sound is conducted, Rinne and Weber tests physiology
SLOT 10 (Monday 7:00 PM - 9:30 PM) - Full Day 2 Revision + PYQ Essays
Write out:
- "Describe GFR - its measurement and regulation" (10 marks)
- "Write about insulin - secretion and effects" (10 marks)
- "Explain gastric secretion" (10 marks)
Key Mnemonics to Memorize
Lung volumes (normal values):
- TV = 500 mL, IRV = 3000 mL, ERV = 1100 mL, RV = 1200 mL
- VC = 4600 mL, TLC = 5800 mL, FRC = 2300 mL
O2 curve shifts RIGHT (decreased affinity) with: "CADET face right"
- CO2 ↑, Acid (pH ↓), 2,3-DPG ↑, Exercise, Temperature ↑
ECG normal intervals:
- PR = 0.12-0.20 s, QRS = 0.08-0.10 s, QT = 0.35-0.44 s
GI hormones - source:
- Gastrin = G cells (stomach antrum)
- Secretin = S cells (duodenum)
- CCK = I cells (duodenum)
Answer Writing Format (for 10-mark essays)
1. Definition / Introduction (2 lines)
2. Diagram (if applicable) - label everything
3. Enumerated points with subheadings
4. Clinical correlation at the end (1-2 lines)
This format consistently scores 7-8/10 even with average content.
What to Skip (seriously, no time)
- Reproductive physiology (low yield, complex)
- Detailed CSF physiology
- Temperature regulation (unless it's a known PYQ at your college)
Tell me which topic you want to start with tonight and I'll give you a clean set of notes on it right away. We can go topic by topic through the whole plan together!
I want to focus on cvs, rs, cns and special senses in addition 2 other topics from the remaining.. what can I read
Asking for Preferences
Solid pick - Endocrine and Reproductive actually overlap a lot (hormones, feedback loops), so studying them together saves time.
Here's your focused reading list for all 6 systems - only the topics that are actually worth your 2 days:
Your 6-System Reading List
1. CVS - Cardiovascular System
Must-Read Topics (in this order)
| # | Topic | What to focus on |
|---|---|---|
| 1 | Cardiac cycle | Phases, Wiggers diagram, pressure-volume changes |
| 2 | Heart sounds | S1 & S2 causes; S3/S4 clinical significance |
| 3 | ECG | P, QRS, T waves; what each represents; normal intervals |
| 4 | Cardiac output | Definition, normal value, Fick's principle, factors affecting |
| 5 | Frank-Starling law | Concept + clinical relevance (heart failure) |
| 6 | Arterial BP | Determinants, pulse pressure, MAP formula |
| 7 | BP regulation | Baroreceptor reflex (most important), RAAS, chemoreceptors |
| 8 | JVP | a, c, v waves and what they represent |
| 9 | Coronary circulation | Peculiarities - flows in diastole, autoregulation |
| 10 | Microcirculation | Starling forces, oedema formation |
Skip: Foetal circulation, lymphatics in detail, cardiac reflexes (low yield)
2. RS - Respiratory System
Must-Read Topics (in this order)
| # | Topic | What to focus on |
|---|---|---|
| 1 | Lung volumes & capacities | All 4 volumes + 4 capacities, normal values - memorise |
| 2 | Spirometry | How it measures volumes, FEV1/FVC ratio |
| 3 | Compliance & surfactant | Definition, factors, why surfactant matters (IRDS) |
| 4 | O2 transport | Oxyhemoglobin dissociation curve, Bohr effect, shift factors |
| 5 | CO2 transport | 3 forms, Haldane effect, carbonic anhydrase |
| 6 | V/Q ratio | Normal value (0.8), regional differences, mismatches |
| 7 | Diffusion | Fick's law, O2 vs CO2 diffusion capacity |
| 8 | Control of respiration | Respiratory centres (DRG/VRG), Hering-Breuer reflex, chemical control |
| 9 | Hypoxia | Types - hypoxic, anaemic, stagnant, histotoxic |
| 10 | Altitude & exercise | Acclimatisation changes (commonly asked) |
Skip: Pulmonary circulation in detail, non-respiratory functions of lung
3. CNS - Central Nervous System
Must-Read Topics (pick these 5 - enough to answer any CNS question)
| # | Topic | What to focus on |
|---|---|---|
| 1 | Cerebellum | 3 functional lobes, functions, signs of lesion (DANIA) |
| 2 | Basal ganglia | Circuit, functions, Parkinson's & Huntington's physiology |
| 3 | Thalamus | Relay functions, role in pain |
| 4 | Hypothalamus | Functions (temperature, sleep, appetite, autonomic) |
| 5 | Sleep | NREM vs REM stages, EEG patterns, functions of sleep |
| 6 | EEG | 4 waves (alpha, beta, theta, delta) - which state each |
Skip: Detailed spinal cord tracts (Paper 1 topic), limbic system in depth
4. Special Senses
Must-Read Topics
| # | Topic | What to focus on |
|---|---|---|
| 1 | Vision | Rods vs cones, dark adaptation, visual pathway + lesions |
| 2 | Hearing | Sound conduction (air vs bone), cochlea basics, Rinne & Weber physiology |
| 3 | Pain | Gate control theory, referred pain, types of pain fibres |
| 4 | Taste & Smell | Basic mechanism, cranial nerves involved |
Skip: Vestibular system in detail, detailed retinal physiology
5. Endocrinology
Must-Read Topics (overlap with Reproductive - study together)
| # | Topic | What to focus on |
|---|---|---|
| 1 | Hypothalamo-pituitary axis | Portal system, releasing hormones, feedback loops |
| 2 | Thyroid | T3/T4 synthesis steps, effects on metabolism, TSH regulation |
| 3 | Adrenal cortex | 3 zones + hormones (GFR → Salt, Sugar, Sex), cortisol effects |
| 4 | Adrenal medulla | Adrenaline vs noradrenaline effects |
| 5 | Insulin & Glucagon | Secretion triggers, opposing metabolic effects |
| 6 | Parathyroid + Calcium | PTH vs Calcitonin vs Vit D - calcium regulation triangle |
| 7 | Growth hormone | Effects, IGF-1, acromegaly vs gigantism |
Skip: Pineal gland, detailed prostaglandins
6. Reproductive Physiology
Must-Read Topics (keep it focused)
| # | Topic | What to focus on |
|---|---|---|
| 1 | Menstrual cycle | Follicular vs luteal phase, hormone changes (FSH/LH/E2/P4) - draw the graph |
| 2 | Ovulation | LH surge mechanism, corpus luteum formation |
| 3 | Pregnancy hormones | hCG, progesterone, oestrogen roles |
| 4 | Spermatogenesis | Steps, Sertoli cell functions, testosterone |
| 5 | Puberty | Changes in male and female, Tanner stages briefly |
Skip: Lactation details, contraception physiology (low yield for Paper 2 theory)
How to Split This Across 2 Days
Day 1
| Time | System |
|---|---|
| Morning (3 hrs) | CVS - full coverage |
| Afternoon (3 hrs) | RS - full coverage |
| Evening (2 hrs) | CVS + RS revision + write 2 essay answers |
Day 2
| Time | System |
|---|---|
| Morning (2 hrs) | Endocrine |
| Mid-morning (1.5 hrs) | Reproductive |
| Afternoon (2 hrs) | CNS |
| Late afternoon (1.5 hrs) | Special Senses |
| Evening (2 hrs) | Full revision of all 6 - diagrams only |
The 10 Diagrams You Must Draw (non-negotiable)
- Wiggers diagram
- ECG strip with labeled waves
- Spirometry trace with all volumes
- O2 dissociation curve with shift factors
- Baroreceptor reflex arc
- Respiratory control centres
- Hypothalamo-pituitary feedback loop
- Menstrual cycle hormone graph
- Visual pathway with lesion effects
- Countercurrent mechanism (if you add Renal later)
Which system do you want to start with right now? I'll give you clean, exam-ready notes on it immediately.
I want to read all questions from those topics in this questionbank.. give me a perfect plan to study cvs, rs, cns, and specia senses covering all questions in question bank
Reading File
Running Command
cd /home/daytona/workspace/attachments/24f5f8a0-a9d2-42fb-bb1d-d33875167946/ && …
Running Command
cd /home/daytona/workspace/attachments/24f5f8a0-a9d2-42fb-bb1d-d33875167946/ && …
Running Command
cd /home/daytona/workspace/attachments/24f5f8a0-a9d2-42fb-bb1d-d33875167946/ && …
I've read every question in your TYTANZ QB. Here's your complete question-by-question plan covering CVS, RS, CNS, Special Senses - nothing skipped.
TYTANZ QB - Complete 2-Day Study Plan
CVS + RS + CNS + Special Senses
Star rating guide: *** = Very high PYQ frequency | ** = Moderate | * = Low but possible | (no star) = Attempt only if time permits
DAY 1 - CVS + RESPIRATORY
MORNING SESSION (6:00 AM - 9:30 AM)
CARDIOVASCULAR - ESSAYS (7 questions)
Work through each essay topic - read it, understand it, draw the diagram, write a 5-line outline answer.
| # | Essay Question | Stars | Time |
|---|---|---|---|
| 1 | Define cardiac cycle & events. Describe pressure & volume changes during cardiac cycle | *** | 30 min |
| 2 | Define arterial blood pressure. Mechanism of regulation of ABP | *** | 25 min |
| 3 | Define cardiac output. Factors regulating it. Methods to measure it | *** | 25 min |
| 4 | Define ECG. Normal waves, segments & intervals. Note on ECG leads | - | 20 min |
| 5 | Structure & function of conducting system of heart. Properties of cardiac muscle | ** | 20 min |
| 6 | Innervation of heart & regulation of heart rate | - | 15 min |
| 7 | Define shock & its types. Hypovolemic shock & management | * | 15 min |
Diagrams to draw during this session:
- Wiggers diagram (cardiac cycle - pressure/volume curves)
- Normal ECG with labeled waves, intervals, segments
- Conducting system of heart
MID-MORNING SESSION (10:00 AM - 1:00 PM)
CARDIOVASCULAR - SHORT NOTES (39 questions)
Group these by topic and cover systematically:
Group A - Electrical (30 min)
| # | Short Note | Stars |
|---|---|---|
| 5 | Action potential in cardiac tissues | ** |
| 6 | Pacemaker potential | *** |
| 7 | Conducting system of heart | * |
| 8 | ECG leads | *** |
| 9 | Einthoven's law & Kirchoff's law | * |
| 10 | Lead II ECG | *** |
| 35 | Normal ECG | *** |
| 36 | Significance of PR interval & ST segment | *** |
Group B - Mechanical (30 min)
| # | Short Note | Stars |
|---|---|---|
| 3 | Frank-Starling law of heart | * |
| 4 | Properties of cardiac muscles | - |
| 12 | Heart sounds | *** |
| 33 | Tracing of intra-atrial pressure curve | * |
| 34 | Changes in ventricular volume during phases | ** |
| 37 | Preload & Afterload | * |
| 39 | Cardiac output & Cardiac index | ** |
| 15 | Law of Laplace | - |
| 13 | Heart lung preparation | * |
Group C - Circulation & BP (30 min)
| # | Short Note | Stars |
|---|---|---|
| 1 | Windkessel vessels | - |
| 11 | JVP | - |
| 14 | Regulation of heart rate | * |
| 16 | Korotkov sounds | * |
| 17 | Microcirculation | - |
| 18 | Baroreceptor reflex | * |
| 19 | Cushing reflex | - |
| 20 | Humoral mechanism of BP regulation | ** |
| 21 | CV changes during exercise | - |
| 22 | Autoregulation of blood flow | * |
Group D - Special circulations & Pathology (30 min)
| # | Short Note | Stars |
|---|---|---|
| 2 | Cardiac innervation - Sympathetic & Parasympathetic | - |
| 23 | Special features of cerebral blood flow | - |
| 24 | Regulation of cerebral blood flow | * |
| 25 | Special features of coronary circulation | * |
| 26 | Regulation of coronary circulation | *** |
| 27 | Triple response | *** |
| 28 | Fetal circulation | ** |
| 29 | Hypovolemic shock | * |
| 30 | Types of shock and causes | ** |
| 31 | Heart failure | * |
| 32 | Heart block | ** |
| 38 | Reynold's number | ** |
AFTERNOON SESSION (2:30 PM - 5:30 PM)
RESPIRATORY - ESSAYS (6 questions)
| # | Essay Question | Stars | Time |
|---|---|---|---|
| 1 | Neural control of respiration. Note on periodic breathing | **** | 25 min |
| 2 | Chemical control of respiration. Note on Cheyne Stokes breathing | **** | 25 min |
| 3 | Hypoxia - causes, types and features | *** | 20 min |
| 4 | Oxygen dissociation curve with diagram. Note on Bohr effect | ** | 20 min |
| 5 | Mechanics of breathing | ** | 20 min |
| 6 | Physiological changes during and after exercise | - | 15 min |
Diagrams to draw:
- O2 dissociation curve with Bohr effect and shift factors
- Respiratory control centres (DRG, VRG, pneumotaxic, apneustic)
- Spirometry trace with all volumes
EVENING SESSION (6:30 PM - 9:00 PM)
RESPIRATORY - SHORT NOTES (19 questions)
| # | Short Note | Stars |
|---|---|---|
| 1 | Non-respiratory functions of lungs | *** |
| 2 | Special features of pulmonary circulation | *** |
| 3 | Lung volumes and capacities | ** |
| 4 | Compliance of lungs | * |
| 5 | Ventilation-perfusion ratio | * |
| 6 | Role of surfactant in pulmonary mechanics | * |
| 7 | Caisson's disease (Dysbarism/Decompression sickness) | * |
| 8 | Alveolar capillary membrane | * |
| 9 | Transport of O2 and CO2 | * |
| 10 | Cardiopulmonary resuscitation (CPR) | ** |
| 11 | O2-hemoglobin dissociation curve | * |
| 12 | Neural control of respiration | ** |
| 13 | Chemical control of respiration | ** |
| 14 | Timed vital capacity (FEV1/FVC) | - |
| 15 | Periodic breathing | - |
| 16 | Cheyne Stokes breathing | * |
| 17 | Hering-Breuer reflex | ** |
| 18 | Acclimatization | * |
| 19 | Dead space | - |
| 20 | Asphyxia | - |
DAY 2 - CNS + SPECIAL SENSES
MORNING SESSION (6:00 AM - 9:00 AM)
CNS - ESSAYS (8 questions)
| # | Essay Question | Stars | Time |
|---|---|---|---|
| 1 | Descending tracts of spinal cord. Pyramidal tract in detail - function & lesions at different levels | *** | 30 min |
| 2 | Nuclei of hypothalamus. Connections and functions | *** | 25 min |
| 3 | Classify pain. Receptors for pain. Analgesic system in brain. Dual pathway for pain | * | 20 min |
| 4 | Ascending tracts of spinal cord. Posterior column tracts with diagram | * | 20 min |
| 5 | Connections and functions of basal ganglia. Clinical disorders & physiological basis of management | *** | 25 min |
| 6 | Functional lobes of cerebellum. Structure, connections, functions. Clinical features of cerebellar disease | *** | 25 min |
| 7 | ARAS - Components, functions and significance | ** | 15 min |
| 8 | Referred pain - definition, examples, dermatome role, projection theory, facilitation theory | * | 15 min |
Diagrams to draw:
- Pyramidal tract (internal capsule pathway)
- Basal ganglia circuit (direct + indirect pathway)
- Cerebellar connections (afferents + efferents)
MID-MORNING SESSION (9:30 AM - 12:00 PM)
CNS - SHORT NOTES (24 questions)
Group A - Sleep, EEG, Higher functions (45 min)
| # | Short Note | Stars |
|---|---|---|
| 1 | Waves of EEG and clinical significance | ** |
| 2 | EEG changes during sleep | * |
| 3 | REM and NREM sleep | - |
| 19 | Types of memory. Neural mechanism of memory | ** |
| 20 | Role and function of the Limbic System | ** |
| 22 | Control of appetite | * |
Group B - Hypothalamus, Thalamus, Cortex (40 min)
| # | Short Note | Stars |
|---|---|---|
| 4 | Role of hypothalamus in hunger and satiety | ** |
| 5 | Functions of thalamus | *** |
| 6 | Hypothalamic thermostat mechanism | - |
| 10 | Homunculus | ** |
Group C - Movement disorders & Tracts (35 min)
| # | Short Note | Stars |
|---|---|---|
| 7 | Parkinson's disease | ** |
| 8 | Basal ganglia and its functions | ** |
| 9 | Brown Sequard syndrome | *** |
| 13 | Tracts of Goll and Burdach | * |
| 15 | Spinocerebellar tract | * |
| 17 | Differences between UMN & LMN lesions | ** |
Group D - Nerve physiology & Misc (30 min)
| # | Short Note | Stars |
|---|---|---|
| 11 | Saltatory conduction | ** |
| 12 | Formation, circulation and functions of CSF | ** |
| 14 | Blood brain barrier | - |
| 16 | Degeneration & Regeneration of nerve fibres | - |
| 18 | Gate control theory | - |
| 21 | Neuromuscular transmission | * |
| 23 | Synapse | * |
| 24 | Stretch reflex | * |
AFTERNOON SESSION (1:30 PM - 4:30 PM)
SPECIAL SENSES - ESSAYS (6 questions)
| # | Essay Question | Stars | Time |
|---|---|---|---|
| 1 | Photochemical mechanism of vision. Mechanism of dark adaptation | * | 25 min |
| 2 | Draw and explain visual pathway. Effects of lesions at various levels | *** | 30 min |
| 3 | Refractive errors of the eye. Physiological basis of their correction | * | 20 min |
| 4 | Auditory pathway with diagram. Note on conduction deafness | * | 25 min |
| 5 | Mechanisms of hearing | * | 20 min |
| 6 | Middle ear and its functions. Transmission of sound waves & mechanism of hearing | - | 15 min |
Diagrams to draw (MUST):
- Visual pathway with lesion effects at each level (most commonly drawn diagram in exams)
- Auditory pathway
LATE AFTERNOON SESSION (5:00 PM - 7:00 PM)
SPECIAL SENSES - SHORT NOTES (23 questions)
Group A - Vision (45 min)
| # | Short Note | Stars |
|---|---|---|
| 1 | Aqueous humor | ** |
| 2 | Dark adaptation | *** |
| 3 | Optic pathway with lesions at various levels | ** |
| 4 | Pupillary light reflex | * |
| 5 | Mechanism of accommodation for near vision | * |
| 6 | Color vision | *** |
| 7 | Refractive errors of the eyes | *** |
| 17 | Theories of color vision | - |
| 18 | Refractive errors/defects of image forming mechanism | - |
| 19 | Mechanism of phototransduction | - |
Group B - Hearing (40 min)
| # | Short Note | Stars |
|---|---|---|
| 8 | Structure and functions of middle ear | *** |
| 9 | Cochlea | - |
| 10 | Organ of Corti | - |
| 11 | Travelling wave theory | - |
| 12 | Sound waves in air → action potentials in cochlear nerve | - |
| 13 | Cochlear microphonic potential | ** |
| 15 | Theories of hearing | - |
| 16 | Hearing defects | - |
Group C - Taste, Smell, Vestibular (35 min)
| # | Short Note | Stars |
|---|---|---|
| 14 | Taste pathway with diagram | *** |
| 20 | Mechanism of gustatory transduction | - |
| 21 | Olfactory pathway and applied physiology | - |
| 22 | Taste pathway | * |
| 23 | Otolith organ | * |
EVENING SESSION (7:30 PM - 9:30 PM)
FULL REVISION
- Go through all ***** and **** questions only
- Redraw 5 key diagrams from memory (Wiggers, O2 curve, Visual pathway, Pyramidal tract, Cardiac cycle)
- Write quick 3-line outlines for all 7 CVS essays and 6 RS essays
Quick Reference - Question Count Summary
| System | Essays | Short Notes | Total |
|---|---|---|---|
| CVS | 7 | 39 | 46 |
| RS | 6 | 19 | 25 |
| CNS | 8 | 24 | 32 |
| Special Senses | 6 | 23 | 29 |
| TOTAL | 27 | 105 | 132 |
Non-Negotiable Diagrams (draw these before exam day)
- Wiggers diagram - cardiac cycle
- Normal ECG - labeled waves + intervals
- Conducting system of heart
- O2 dissociation curve with Bohr effect
- Respiratory control centres
- Spirometry trace with all volumes/capacities
- Pyramidal tract
- Basal ganglia circuit
- Visual pathway with lesion effects
- Auditory pathway
Whenever you're ready to start a topic, just say "teach me [topic name]" and I'll give you the full notes, key points, and diagrams explained - pulled straight from your textbooks.
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