MBBSv
2nd Yearv
Class Papersv
Blocksv
BLOCK 4 COMPLETEMCQ weightage (Q1–150): Anatomy Q1–48 (Gross 1–24: skull, face, neck, viscera; Neuro 25–48: brain, spinal cord, cranial nerves), Physiology Q49–76, Biochemistry Q77–98, Pharmacology Q99–115. Remaining subjects: Microbiology Q116–127, Pathology Q128–135, Histology Q136–140, Embryology Q141–144. Core content: Head–neck and neurosciences dominate—gross anatomy plus neuroanatomy integrated with neurophysiology (reflexes, motor–sensory systems) and biochemistry (vitamins, minerals, lab tests), all with exam-oriented clinical correlations. Finishing block: Behavioral Sciences Q145–148 (personality, basic psychology) and Research Q149–150 (referencing, tools)—small in number but easy, high-yield scoring areas.SelectANATOMY BLOCK 3Block-3 Anatomy covers integrated gross anatomy, relations, blood/nerve supply, and applied anatomy of GIT–hepatobiliary, endocrine, renal, pelvic, and reproductive systems. It includes high-yield histology of all major organs (GIT, liver, pancreas, kidney, endocrine and gonads). Embryology emphasizes foregut–hindgut, urogenital development, sex differentiation, diaphragm, and common congenital anomalies. Learning is reinforced with pelvis/perineum anatomy, vasculature, lymphatics, and 3D anatomage models for clinical correlation.SelectBIOCHEMISTRY BLOCK 3Block-3 Biochemistry focuses on digestion and absorption, lipid and nitrogen metabolism, and acid–base balance with buffer systems. It integrates endocrine biochemistry: hormone classification, synthesis, receptors, second messengers, and metabolic actions. Core topics include urea cycle, amino-acid metabolism, cholesterol/lipoproteins, ketone bodies, and electrolyte regulation. Clinical correlation is reinforced through lab investigations (glucose, lipids, bilirubin, enzymes) and biochemical basis of disease.SelectPHYSIOLOGY BLOCK 3Block-3 Physiology integrates GIT, endocrine, renal, and reproductive physiology with emphasis on normal mechanisms and exam-relevant disorders. It covers GI motility, secretion, hormones, reflexes, and fluid–electrolyte, acid–base balance, nephron function, GFR regulation, and renal failure. Endocrine physiology includes pituitary, thyroid, adrenal, calcium regulation, and pancreatic hormones with feedback control. Reproductive physiology explains gametogenesis, hormonal axes, menstrual cycle, pregnancy, parturition, and lactation.Select
Modulev
ENDOCRINOLOGY MODULEThis Endocrinology Module covers Anatomy of pituitary, thyroid, parathyroid, adrenal glands, and pancreas—detailing gross features, relations, blood supply, histology, embryology, and congenital anomalies. Physiology explains hormone mechanisms, feedback control, and integrated functions of pituitary, thyroid, calcium balance, adrenal cortex/medulla, and pancreatic hormones with classic disorders. Biochemistry links chemical nature, synthesis, receptors, signaling pathways, metabolic effects, and lab correlations of all major endocrine hormones. Pharmacology, Pathology, Behavioral Sciences, and Forensic Medicine complete the module with drugs, disease mechanisms (notably diabetes), perception disorders, and legal aspects like brain death and organ transplantation.SelectGIT MODULEThis GIT module integrates Anatomy (gross, histology, embryology, and models) covering the entire digestive tract, hepatobiliary system, pancreas, vasculature, nerves, and developmental anomalies. Physiology explains GI motility, secretion, hormones, reflexes, enteric control, and common functional disorders. Biochemistry focuses on digestion–absorption, lipid metabolism, lipoproteins, eicosanoids, and key clinical lab parameters. Pharmacology, Pathology, and LEAP address GI drugs, core disease mechanisms (GERD, malabsorption, diarrhea), and medico-legal ethics relevant to clinical practice.SelectHEAD AND NECK MODULEMCQ weightage: Physiology (Q1–25), Biochemistry (Q26–28), Anatomy (Q28–93). Head & Neck anatomy: Complete gross coverage of skull, face, orbit, cranial nerves, neck, ear, nose, oral cavity, salivary glands, vessels, and applied anatomy with clinical focus. Development & histology: Full embryology of head–neck structures plus high-yield histology of eye, lip, tongue, and salivary glands. Physiology & allied subjects: CN examination, higher functions, vision, hearing, balance, olfaction, taste; Biochemistry basics, CNS pharmacology, behavioral sciences, and research skills—exam-oriented.SelectNEUROSCIENCE MODULEMCQ weightage: Physiology (Q1–33), Anatomy (Q33–56), Biochemistry (Q57–91). Neuroanatomy: Detailed gross anatomy of cranial fossae, meninges, venous sinuses, spinal cord, brainstem, cerebellum, thalamus, ventricles, cortical areas, blood supply, cranial nerves, with core neuro-histology. Neurophysiology: Organization of CNS, synapses, receptors, reflexes, sensory & motor systems, pain pathways, basal ganglia, cerebellum, and UMN vs LMN lesions with clinical correlations. Allied subjects: Biochemistry (vitamins, minerals, lab tests), Pharmacology (NSAIDs, local anesthetics, anti-Parkinson drugs), Community Medicine, Behavioral Sciences, and Research skills—fully exam-oriented.SelectRENAL–MODULEThis Renal–Pelvic module integrates Anatomy of kidneys, ureters, bladder, urethra, prostate, pelvis, and pelvic floor with histology, embryology, anomalies, and 3D models. Physiology explains fluid compartments, nephron function, urine formation, GFR regulation, electrolyte and acid–base balance, micturition, and renal failure. Biochemistry covers osmolar concepts, buffers, acid–base disorders, nitrogen and amino-acid metabolism, urea cycle, and related diseases. Pharmacology, Medicine, Behavioral Sciences, and Research add diuretics, renal case integration, socio-cultural health aspects, and core research-writing skills.SelectREPRODUCTIVE MODULEThis Reproductive module integrates Anatomy of male and female reproductive organs, pelvis, perineum, vasculature, nerves, histology, embryology, and key clinical correlations. Physiology explains gametogenesis, hormonal regulation, menstrual cycle, hypothalamic–pituitary axes, fertility disorders, pregnancy, parturition, and lactation. Biochemistry links synthesis, regulation, and actions of sex hormones with clinical conditions and essential practical tests. Pharmacology, Gynecology/Obstetrics, and Behavioral Sciences cover contraceptives, anabolic agents, pregnancy care, and memory principles relevant to learning and exams.Select
Practice Papersv
Block 4v
Infectious+Neoplasiav
Neuroanatomyv
Guyton Chaptersv
CHAPTER 46Chapter 46 – Organization of the Nervous System, Synapses, and Neurotransmitters This chapter explains how the nervous system is structurally and functionally organized to receive, integrate, and respond to information. It details synaptic transmission, including electrical vs chemical synapses, EPSPs/IPSPs, summation, and synaptic plasticity. Major neurotransmitters, their synthesis, release, receptors, and termination mechanisms are covered with clinical relevance.SelectCHAPTER 47Chapter 47 – Somatic Sensations: I. General Organization, the Tactile and Position Senses This chapter explains sensory receptors, receptive fields, and coding of intensity, location, and duration. It details mechanoreceptors (Meissner, Pacinian, Ruffini, Merkel), proprioceptors, and adaptation mechanisms. Ascending pathways (DCML and spinothalamic) integrate peripheral input for precise touch and body position perception.SelectCHAPTER 48Chapter 48: Somatic Sensation (General Sensory Pathways) This chapter explains how sensory information (pain, touch, vibration, proprioception) is detected by receptors and transmitted to the brain. It contrasts dorsal column–medial lemniscus (fine touch, vibration, proprioception) with spinothalamic pathways (pain, temperature). Clinical correlations emphasize lesion localization, receptor function, and cortical sensory processing for exam-oriented diagnosis.SelectCHAPTER 49Chapter 49 – Somatic Sensations II: Pain, Headache, and Thermal Sensations This chapter explains pain pathways (fast Aδ vs slow C fibers), neurotransmitters, and spinothalamic tracts with clinical correlations. It covers mechanisms of referred pain, headache types (migraine, cluster, tension), and pain modulation via gate control and descending inhibition. Thermal sensations are detailed, including receptor types, adaptation, and central processing of heat and cold.SelectCHAPTER 50Chapter 50 – The Eye I: Optics of Vision This chapter explains how the eye focuses light on the retina using cornea and lens optics. It covers refractive errors (myopia, hypermetropia, astigmatism, presbyopia) and their corrections. Accommodation mechanisms and clinical implications of altered refraction are emphasized for applied understanding.SelectCHAPTER 51Chapter 51: Visual Sensations – Retina and Optic Nerve (Guyton & Hall Physiology) This chapter explains how light is converted into neural signals by rods and cones, emphasizing phototransduction mechanisms. It details retinal circuitry (bipolar, horizontal, amacrine, ganglion cells) and principles like dark/light adaptation and lateral inhibition. Clinical correlations include night blindness, color vision defects, macular degeneration, and the physiological basis of visual acuity and contrast.SelectCHAPTER 52Chapter 52: Visual Sensation – Pathway and Cortical Processing (Guyton & Hall)** This chapter explains how retinal signals travel through the optic nerve, chiasma, tract, lateral geniculate body, and optic radiations to the visual cortex. It details visual field defects from lesions at different pathway levels and the role of magnocellular vs parvocellular systems. Visual reflexes (pupillary light reflex, superior colliculus functions) and cortical interpretation of vision are emphasized.SelectCHAPTER 53Chapter 53 – The Sense of Hearing This chapter explains how sound waves are mechanically conducted from the tympanic membrane to the cochlea. It details cochlear mechanics, basilar membrane frequency mapping, and hair cell transduction mechanisms. Central auditory pathways, sound localization, loudness perception, and types of deafness are also covered.SelectCHAPTER 54Taste and Smell (Sensory Physiology – Special Senses) This chapter explains the physiology of taste (gustation) and smell (olfaction), focusing on receptors, transduction mechanisms, and neural pathways. It highlights how chemical stimuli are converted into electrical signals and processed in the brain, including unique features like olfactory thalamic bypass. Clinical relevance includes adaptation, sensitivity differences, and nerve lesions affecting taste and smell.SelectCHAPTER 55Spinal Cord Reflexes (Guyton & Hall, Chapter 55) This chapter explains basic spinal reflexes—stretch, Golgi tendon, withdrawal, and crossed extensor—and their neural circuits. It emphasizes roles of muscle spindle, Golgi tendon organ, alpha–gamma coactivation, interneurons, and reciprocal inhibition. Clinical correlations include effects of UMN vs LMN lesions, spinal shock, hyperreflexia, and posture control mechanisms.SelectCHAPTER 56Motor System This chapter describes the organization of upper and lower motor neurons and major descending motor pathways. It explains how basal ganglia and cerebellum regulate tone, posture, coordination, and automatic movements. Clinical correlations emphasize localization of lesions using characteristic motor deficits.SelectCHAPTER 57Cerebellum and Basal Ganglia Contributions to Overall Motor Control This chapter explains how the cerebellum coordinates timing, precision, and error correction of movements without initiating them. It describes how the basal ganglia plan, scale, and sequence complex motor patterns via inhibitory control loops. Clinical correlations link specific lesions to movement disorders like ataxia, tremor, athetosis, chorea, and Parkinson disease.SelectCHAPTER 58Cerebral Cortex, Intellectual Functions of the Brain, Learning, and Memory This chapter explains the functional anatomy of the cerebral cortex and its thalamic connections. It details cortical areas for language, cognition, behavior, and executive functions. It describes mechanisms of learning and memory, from short-term synaptic changes to long-term structural plasticity.SelectCHAPTER 59The Limbic System and the Hypothalamus—Behavioral and Motivational Mechanisms of the Brain This chapter explains how brainstem activating systems maintain wakefulness and cortical activity. It details the limbic system—especially the hypothalamus—as the core regulator of emotion, motivation, autonomic, and endocrine functions. It also covers reward–punishment circuits, circadian rhythms, and roles of hippocampus and amygdala in behavior and memory.SelectCHAPTER 60Chapter 60: States of Brain Activity—Sleep, Brain Waves, Epilepsy, Psychoses, and Dementia This chapter explains normal and abnormal brain activity, focusing on sleep physiology, EEG rhythms, and their neural mechanisms. It covers seizure types, epilepsy pathophysiology, and how imbalance between excitation and inhibition disrupts brain function. It also links specific neurotransmitter system dysfunctions to psychoses and dementias like schizophrenia and Alzheimer disease.Select
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- BLOCK 4 COMPLETE150 questions
- ANATOMY BLOCK 340 questions
- BIOCHEMISTRY BLOCK 323 questions
- PHYSIOLOGY BLOCK 352 questions
- ENDOCRINOLOGY MODULE66 questions
- GIT MODULE77 questions
- HEAD AND NECK MODULE93 questions
- NEUROSCIENCE MODULE91 questions
- RENAL–MODULE58 questions
- REPRODUCTIVE MODULE56 questions
- Head And Neck Anatomy Practice100 questions
- All Pathology Slides Infectious Module100 questions
- All Pharmacology Slides Infectious Module30 questions
- Neoplasia Module All Slides70 questions
- Cerebellum30 questions
- Meninges Full30 questions
- Spinal Cord Neuroanatomy Fullchapter50 questions
- BLOCK 4 COMPLETE PRACTICE150 questions
- CHAPTER 4630 questions
- CHAPTER 4730 questions
- CHAPTER 4830 questions
- CHAPTER 4930 questions
- CHAPTER 5030 questions
- CHAPTER 5130 questions
- CHAPTER 5230 questions
- CHAPTER 5330 questions
- CHAPTER 5430 questions
- CHAPTER 5530 questions
- CHAPTER 5630 questions
- CHAPTER 5730 questions
- CHAPTER 5830 questions
- CHAPTER 5930 questions
- CHAPTER 6030 questions