Name: VMC One-Year NEET Course for Class 12
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Syllabus

NEET 2025
PHYSICS
Standard XII
Module Number	Chapter Number	Chapter Name	Class Needed	Total Hour	Lecture	Sub Topic
Module 4	1	Electric Charge and Fields	8	16	Class 1	Introduction : Electric Charge, Conductor and insulators, Methods of charging, Basic Properties of Electric Charge, Types of Charge Distribution
					Class 2	Coulomb's Law : Introduction, Vector form of Coulomb's Law, Principle of Superposition, Force Between Multiple Charges
					Class 3	Electric Field : Electric Field due to system of charge
					Class 4	Electric Field Lines, Electric Field on the axis of ring, Motion of a charge particle in an Electric Field
					Class 5	Electric Dipole : Introduction, Electric Field due to dipole, Dipole in uniform electric field (Torque)
					Class 6	Electric Flux and Gauss Law
					Class 7	Application of Gauss Law : Infinitly long uniformly charged straight wire, Infintly long Charged Cylinder, Infinite Plane sheet
					Class 8	Application of Gauss Law : Hollow Sphere, Solid Sphere
	2	Electric Potential and Capacitance	7	14	Class 1	Introduction : Electrostatics Potential, Potential due to Point Charge, Potential due to system of charge
					Class 2	Electric Potential Energy of a System of Charge, Potential Energy of a point charge in an External Field
					Class 3	Potential due to an electric dipole, Potential Energy a Dipole in an External Field
					Class 4	Equipotential Surface, Relation between electric field and Potential
					Class 5	Properties of Conductors, Dielectric and Polarization, Capacitor and Capacitance : Parallel Plate Capacitor
					Class 6	Force between Plates of Parrallel Plate Capacitor, Enegry Stored in Capacitor, Effect of dielectric
					Class 7	Combination of Capacitor : Series and Parallel
	3	Current electricity	6	12	Class 1	Inroduction of Current, Ohm's Law, Drift Velocity
					Class 2	Temperature Dependence of Resistance, Combination of Resistances
					Class 3	EMF of Cell, Internal Resistance of a Cell, Terminal Potential Difference, Combinations of Cell
					Class 4	Kirchhoff's Law, Wheatstone Bridge, Meter Bridge
					Class 5	Electrical Energy, Power, Maximum Power Theorem
					Class 6	Joule's Law of Heating/ Heating Effect of Current, RC Circuit(Knowledge Enhancer)
Module 5	4	Moving Charges and Magnetism	7	14	Class 1	Introduction, Magnetic Force On A Moving Charge
					Class 2	Magnetic Force On A Current Carrying Conductor
					Class 3	Motion Of Charged Particle In A Magnetic Field
					Class 4	Magnetic Field Due To A Current Carrying Element (Biot-Savarts Law), Magnetic Field Due To A Current Carrying Straight Wire
					Class 5	Magnetic Field Due To A Circular Loop, Ampere Circuital Law
					Class 6	Solenoid, Force Between Two Parallel Currents (The Ampere)
					Class 7	Torque On A Current Carrying Oil, Magnetic Moment, Moving Coil Galvanometer (Current And Voltage Sensitivity)
	5	Magnetism and Matter	3	6	Class 1	Introduction, Bar Magnet, Magnetic Field Lines, Bar Magnet As An Equivalent Solenoid, Dipole In A Uniform Magnetic Field
					Class 2	The Electrostatic Analog Of Bar Magnet, Magtism And Gauss Law
					Class 3	Magnetisation And Magnetic Intensity, Magnetic Properties Of Material (Dimagnetism, Paramagnetism And Ferromagnetism)
	6	Electromagnetic Induction	4	8	Class 1	Introduction, The Experiments Of Faraday And Henry, Magnetic Flux, Faraday'S Law Of Induction
					Class 2	Lenz'S Law And Conservation Of Energy, Motional Electromotive Force
					Class 3	Inductance (Self Induction And Mutual Induction)
					Class 4	Series And Parallel Combination Of Inductance, Energy Stored In An Inductance, Ac Generator
	7	Alternating Current	4	8	Class 1	Introduction, Average Current, Root Mean Square Current
					Class 2	AC Voltage Applied to a Resistor, Representation of AC Current And Voltage By Rotating Vectors (Phasors), AC Voltage Applied To An Inductor, AC Voltage Applied To A Capacitor
					Class 3	AC Voltage Applied To A Series LCR Circuit, AC Voltage Applied To A Series LR Circuit, AC Voltage Applied To A Series RC Circuit, Resonance
					Class 4	Bandwidth, Quality Factor, Power In Ac Circuit, Transformers
	8	Electromagnetic Waves	2	4	Class 1	Introduction, Displacement Current, Maxwell'S Equation In Vacuum
					Class 2	Electromagnetic Waves, Electromagnetic Spectrum
Module 6	9	Ray Optics and Optical Instruments	6	12	Class 1	Introduction, Plane Mirrors
					Class 2	Reflection of Light by Spherical Mirrors
					Class 3	Concept of Refraction, Refration of lIght from Glass slab, Apparent Shift, Total Internal Reflection
					Class 4	Refraction at Spherical Surface, Lens, Lens makers Formula
					Class 5	Power of a Lens, Combination of Thin Lenses, Refraction Through a Prism
					Class 6	Optical Instruments
	10	Wave Optics	4	8	Class 1	Introduction, Huygen's Principle, Reflection and Refraction of Plane Wave using Huygen's Principle
					Class 2	Coherent and Incoherent addition of Waves, Interference of Light Wave
					Class 3	Young's Double slit Experiment
					Class 4	Diffraction and Polarization
	11	Dual Narute of Radiationa and Matter	2	4	Class 1	Introduction, Electron Emission, Photoelectric Effect
					Class 2	Einstein's Photoelectric Equation, Particle Nature of Light (Photon), Wave Nature of Matter, DeBroglie's Hypothesis
	12	Atoms	2	4	Class 1	Introduction, Rutherford's Model of Atom, Bohr Model of Hydrogen Atom
					Class 2	Energy Levels, Line Spectra of the Hydrogen Atom, De-Broglies Explanation of Bohr's Second Postulate
	13	Nuclei	2	4	Class 1	Introduction, Atomic Mass and Composition of Nucleus, Size of Nucleus, Mass-Energy Equivalence, Nuclear Force
					Class 2	Binding Energy, Radioactivity (Basic Information), Nuclear Energy (Fission and Fusion)
	14	Semiconductor Electronics: Materials, Devices and Simple Circuits	3	6	Class 1	Introduction, Classification of Conductors, Insulators and Semiconductors, Intrinsic Semiconductor, Extrinsic Semiconductor
					Class 2	P-N Junction Diode, Biasing of Diode, Rectifier, Knowledge Enhancer (Zener Diode, LED, Solar Cell, Photodiode)
					Class 3	Logic Gates
TOTAL			60	120

Module	Chapter Number	Chapter Name	No. of Classes	Hrs	Lecture Code	Lecture Content
Module-IV	1	Solutions	5	10	1	Types of Solutions,Concentration Terms.
					2	Solubility of a Solid in Liquid, Solubility of a Gas in Liquid, Henry’s Law
					3	Raoult’s Law for Binary Solution, Ideal & Non-Ideal Solutions
					4	Colligative Properties & Determination of Molar Mass: Relative Lowering of Vapour Pressure, Elevation in Boiling Point
					5	Depression in Freezing Point, Osmosis & Osmotic Pressure, Reverse Osmosis, Abnormal Molar Mass & Concept of Van’t Hoff Factor
						SUMMARY : Total Lecture : 4
	2	Chemical Kinetics	6	12	1	Rate of a Chemical Reaction, Factors Affecting Rate of Reaction, Rate Expression and Rate Constant
					2	Order & Molecularity of a Reaction, Elementary and Complex Reaction, Rate Determining Step, Order of Elementary and Complex Reaction
					3	Integrated Rate Equations of Zero Order & First Order Reactions, Half-life of Reaction
					4	Pseudo First Order Reaction, Temperature Dependence of the Rate of Reaction, Effect of Catalyst
					5	Activation Energy, Collision Theory of Bimolecular Reactions
					6	Problem Solving & Doubt Discussion
						SUMMARY : Total Lecture : 6
	3	Electrochemistry	7	14	1	Introduction to Electrolysis, Qualitative Electrolysis
					2	Quantitative Electrolysis: Faraday’s Laws of Electrolysis
					3	Galvanic Cell, Electrode Potential, Types of Electrodes, Cell Notation, Introduction to Nernst Equation
					4	Application of Nernst Equation
					5	Batteries - Primary & Secondary, Corrosion & Rusting of Iron
					6	Electrolytic Conductance & Conductivity
					7	Kohlrausch’s Law & its Applications
						SUMMARY : Total Lecture : 7
Module V	4	Haloalkanes and Haloarenes	6	12	1	Classification of Organic Halides, Nomenclature of Organic Halides, Nature of C-X bond, Dipole Moments, Physical Properties of Organic Halides
					2	Fundamental Concepts in Organic Reaction Mechanism, Substrate, Reagent (Electrophile and Nucleophile), Nucleophilicity vs Basicity, Types of Leaving Groups
					3	Mechanism of Aliphatic Nucleophilic Substitution: SN1 & SN2
					4	Methods of Preparation of Haloalkanes (using SN1 & SN2) and Preparation of Haloarenes
					5	Elimination Reactions, Comparative Study of SN1 vs E1 & SN2 vs E2
					6	Mechanism of Aromatic Nucleophilic Substitution and Elimination-Addition Reaction (Benzyne Mechanism)
						SUMMARY : Total Lecture : 6
	5	Alcohols, Phenols and Ethers	6	12	1	Common & IUPAC Nomenclature of Alcohols, Phenols & Ethers, Physical Properties & Acidic Strength of Alcohols & Phenols
					2	Preparation of Alcohols
					3	Chemical Properties of Alcohols
					4	Preparation of Phenols & its Chemical Properties
					5	Chemical Properties of Phenols (continued)
					6	Ethers: Methods of Preparation & Chemical Properties
						SUMMARY : Total Lecture : 6
	6	Aldehydes, Ketones and Carboxylic Acids	10	20	1	Nomenclature of Aldehydes and Ketones. Structure of carbonyl group, Physical Properties of Aldehydes and Ketones
					2	Preparation of Aldehydes & Ketones -By Oxidation of Alcohol, By Dehydrogenation, of Alcohols, from Hydrocarbons, from Dihalides, from Grignard Reagent, from Rosenmund Reaction, from Stephen Reduction, from Reduction of Ester, from Methyl benzene, from Gatterman-Koch Reaction, from F, C Reaction
					3	Nucleophilic Addition Reactions - Addition of HCN, Water, Grignard Reagent, NaHSO3, Alcohols, Diols, NH3 and Ammonia Derivatives.
					4	Reduction & Oxidation Reactions of Aldehydes & Ketones
					5	Aldol Reaction: Mechanism, Self-Aldol, Cross-Aldol & Intramolecular Aldol, Keto-Enol Tautomerism
					6	Haloform Reaction: Mechanism & Iodoform Test, Cannizzaro Reaction: Mechanism, Self-Cannizzaro, Cross-Cannizzaro & Internal Cannizzaro
					7	Nomenclature of Carboxylic Acids, Physical Properties and Acidic Strength of Carboxylic Acids
					8	Preparation of Carboxylic Acid and it's Derivatives
					9	Chemical Properties of Carboxylic Acids
					10	Reaction of Acid Derivative and Relative Reactivity
						SUMMARY : Total Lecture : 10
	7	Amines	5	10	1	Amines : Structure, Nomenclature, Preparation of Amines
					2	Physical Properties of Amines and Basicity of Aliphatic and Aromatic Amines
					3	Chemical Reactions of Aliphatic and Aromatic Amines
					4	Diazonium Salts
					5	Problem Practise
						SUMMARY : Total Lecture : 5
	8	Biomolecules	4	8	1	Carbohydrates (Classification and Structure)
					2	Properties of Monosaccharides and Oligosaccharides
					3	Amino Acid and Protein
					4	Vitamins, DNA and Hormones
						SUMMARY : Total Lecture : 4
Module - VI	9	Coordination Compounds	8	16	1	Definition of Some Important Terms Pertaining to Coordination Compounds
					2	Nomenclature of Coordination Compounds and Werner's Theory of Coordination Compounds,
					3	Valence Bond Theory of Complex Compounds and EAN Rule
					4	Crystal Field Theory
					5	Isomerism in Coordination Compounds (Structural)
					6	Isomerism in Coordination Compounds (Stereo)
					7	Bonding in Metal Carbonyls & Organometallics
					8	Stability of Coordination Compounds, Importance & Application of Coordination Compounds
						SUMMARY : Total Lecture : 8
	10	The d & f-Block Elements	5	10	1	General Properties of d-block Elements(01)
					2	General Properties of d-block Elements(02)
					3	Preparation, Properties and Uses of KMnO₄ and K₂Cr₂O₇
					4	Some Important Compound of d-Block Elements
					5	f-Block elements (General Characteristic) and Lanthanoids Contraction
						SUMMARY : Total Lecture : 5
	11	The p-Block Elements	4	8	1	Group-13 & 14 General Properties
					2	Group-15 General Properties
					3	Group-16 General Properties
					4	Group-17 and 18 General Properties
						SUMMARY : Total Lecture : 4
	12	Principle related to Practical Chemistry	4	8	1	Detection of Elements and Functional Group, Chemistry of Mohr's Salt, Potashalum, Acetanilide, p-Nitroacetanilide, Aniline Yellow, Iodoform, Enthalphy of Nutralisation and Solution & Preparation of lyophilic and lypohobic Sols
					2	Salt Analysis-I - Introduction to Acidic & Basic Radicals
					3	Salt Analysis-II - Acidic Radical Qualitative Analysis
					4	Salt Analysis-III - Basic Radical Qualitative Analysis
						SUMMARY : Total Lecture : 4
		TOTAL	70	140

Botany
Standard XII
Number of classes needed and total hours
Module	Chapter Number	Chapter Name	No. of Classes	Hr	Lecture	Lecture Content
Module-IV	1	Sexual Reproduction in flowering Plants	9	18	1	Introduction(Reproduction, types of reproduction difference between Asexual & Sexual reporduction Significance of Asexual & Sexual Reproduction), Reporductive organ of Angiosperms i.e. flower(Diagram, floral whorls), Steps of sexual reproduction Illustration No-1, 2, 3
					2	Pre-fertilisation, detailed study of stamen, Microsporangium and pollen grain( with all required labelled diagrams) Illustration No. 4, 5, 6
					3	Pre-fertilisation: detailed study of the pistil, Megasporangium(Ovule) and Embryo sac ( With all required labelled diagrams) Illustration No: 7, 8, 9
					4	Pollination (Definition, kinds of pollination, pollinating Agents), Wind Pollination, Water pollination, Insect pollination, Bird pollination(Detailed study with examples) Illustration No: 10, 11, 12
					5	Outbreeding devices(Explaination with suitable examples), Pollen pistal Interaction, Artificial Hybridisation (with all required diagrams) Illustration No: 13, 14, 15
					6	Double fertilisation(All events with suitable labelled diagrams), Questions based on double fertilisation Illustration No: 16, 17, 18
					7	Post-fertilisation: Endosperm (development, types of endosperms), Embryo (development stages with all suitable diagrams) Illustration No: 19, 20, 21
					8	Post fertilisation: Seed (definition, types of seeds, structure of some seeds, conditions required for seed germination, seed dormany, seed viability, advantages of angiospermic seeds, Fruit(definition, types with examples), Illustration No: 22, 23
					9	Apomixis (definition, examples,types and advantages ),polyembryony Illustration No: 24, 25
						SUMMARY : Total Lecture : 10
	2	Principles of Inheritance and variation	10	20	1	Introduction(terminology-Genetics, Inheritance, variation, Domestcation, genes, alleles), Father of genetics, Mendel's Work Illustration No: 1, 2, 3
					2	Terminology-Homozygous, heterozygous, Hybrid-Monohybrid, dihybrid, trihybrid etc, dominant and ressive traits, Punette square, reciprocal cross, Monohybrid cross, dihybrid cross, Phenotypes, genotypes, Inheritance of one gene, Mendel's laws of inheritance(Law of dominance, Law of segreation) Illustration No: 4, 5, 6, 7
					3	Inheritance of one gene: (Incomplete dominance, Co-domimance, multiple allelism. Pleiotropy, Illustration No: 8, 9, 10
					4	Inheritacne of two genes(Law of Independent Assortment), Back cross and test cross, formula chart based on law's of inheritance Illustration No: 11, 12, 13, 14
					5	Chromosomal theory of inheritance (explaination with suitable diagrams), Comparison between the behaviour of chromosomes and genes, Experimental verification of CTI. Illustration No: 15, 16 Recombination /Crossing over Illustration No: 17
					6	Linkage (term, examples, types) explanation of incomplete linkage with crosses given by T.H. Morgan, Questions based on complete linkage (Illustration No: 18, 19) Chromosomal mapping(Illustration No: 20, 21)
					7	Sex-determination (Explaination of different methods with examples), Sex-linked & Sex-influenced traits (definition & examples) Illustration No: 22, 23, 24
					8	Mutation (Detailed study with classification & significance), Different types of mutations, Mutagens (definition types & examples) Illustrattion No: 25, 26
					9	Genetic disorder : Mendalian disorders (Haemophillia, colourblindness) Illustration No: 27, 28, 29, 30 Thalasemia, Sickle cell anaemia, phenylketonuria, other examples of mendalian disorders Illustration No: 31, 32, 33
					10	Pedigree analysis (Illustration No: 34, 35, 36) Chromosomal disorders (Types, examples and their symptoms) Illustration No: 37, 38
						SUMMARY : Total Lecture : 10
Module-V	3	Molecular basis of Inheritance	10	20	1	Introduction( Watson and francis Crick), Nucleic Acid(DNA and RNA), Strutural components of nucleic acid, Discovery of DNA, nature & types of Bonds in Nucleic acid, difference between DNA and RNA, Difference between nucleosides and Nucleotides Illustration No: 1, 2, 3
					2	Double Helix structure of DNA (Salient features, discovery, suitable diagrams), Central dogma, Packaging of DNA helix(Nucleosome model, levels of packaging, use of NHC, types of chromatins) Illustratin No: 4, 5, 6
					3	The search for gentic material(Transforming principle & its biochemical characterisaton), Alfred Hershay and matha Chase experiment Illustration : 7, 8, 9
					4	Properties of genetic material (DNA vs RNA), RNA world, Introduction of replication and experimental proof of semi-conservative nature of DNA replication (By messelson and stahl's experiment, Introduction of Taylor's experiment) Illustration No: 10, 11, 12
					5	Mechanism of DNA replication (Detailed study by using different enzyme), Transcription (definition, template strand, labelled detailed diargam of transcription unit) Illustration No: 13, 14, 15
					6	Definitions of regions of transcription unit (Promotor, Structural gene, terminator) concept of coding, Non-coding strand (Illustration No: 16, 17), RNA Polymerase, Concept of split gene arrangement, Mechanism of Transcription Illustration No: 18, 19
					7	Post transcription in Eukaryotes, Types of RNA (mRNA, rRNA, structure of tRNA) and their functions/uses during protein synthesis, Genetic code (discovery, definition, salient features, codes for different amino acids) Illustration No: 20, 21
					8	Mutation in genetic codes, tRNA- the adapter molecule, Translation (detailed mechanism) Illustration : 22, 23
					9	regulation of gene expression: regulation in Eukaryotes, regulation in prokaryotes, explaination of the lac operon, Introduction of HGP (Introduction, goals of HGP) Illustration No: 24, 25, 26
					10	HGP(Salient features of HGP, applications and future challenges), DNA fingerprinting Illustration no: 27, 28
						SUMMARY : Total Lecture : 10
	4	Microbes in Human Welfare	4	8	1	Introduction (Types of microbes, their growth anf their occurance, examples of microbes), Microbes in Household products(Detailed study with suitable examples) Illustration No: 1, 2, 3
					2	Microbes in Industrial products(Beverages formation, Antibiotics formation, different chemcials, enzymes and other bioactive molecules) Illustration No: 4, 5, 6
					3	Microbes in sewage treatment, Microbes in production of Biogas Illustration No: 7, 8, 9
					4	Microbes used as Biocontrol Agents, microbes used as biofertilizers Illustration No: 10, 11, 12
						SUMMARY : Total Lecture : 4
Module VI	5	Organisms and Populations	5	10	1	Introduction (father of ecology in India), Termimology: Ecology, Population, Biome, Community, Adaptation (with examples), Biotic & Abiotic factors(with examples), conform and regulate(with examples), Homeostasis, Migrate, suspend (with examples), Four levels of biological organisation, Illustration no: 1, 2, 3
					2	Populations(Population Attributes with suitable examples), Terminology- Natality, Mortality, Immigration, emigration, Illustration No: 4, 5, 6
					3	Population growth (Population density & growth models) exponential and logistic growth) Illustration No: 7, 8, 9
					4	Life History variation with suitable examples, Population Interactions(Introduction & types), Detailed study of mutualism, commensalism with suitable examples Illustration No: 10, 11, 12
					5	Population Interactions(Detailed study of predation, competition, parasitism, Amensalism with suitable examples) Illustation No: 13, 14, 15
						SUMMARY : Total Lecture : 5
	6	Ecosystem	4	8	1	Introduction: Terminology- Ecosystem with types of ecosytem, Stratification, standing crop, ecological niche, Functional aspects of ecosystem(Only introduction), Examples of Biotic and Abiotic components, Explaination of complex interaction by using example of aquatic ecosustem Illustration No: 1, 2
					2	Productivity (definition, units),concept of primary and secondary productivity, Concept of GPP and NPP, Annual net perimary productivity of biosphere. Illustration No: 3, 4 Decomposition (Definition, required conditons, all steps with example) Illustration No: 5, 6
					3	Energy flow(Explaination by using different examples of food chain), Food chain (examples, types), Food web (examples) Illustration No: 7, 8
					4	Ecological Pyramids(Different types -explaination by using examples of different types of ecosystems) Illustration No: 9, 10 Module Exercise Level-1
						SUMMARY : Total Lecture : 4
	7	Biodiversity and conservation	4	8	1	Introduction: Biodiversity (Definition, term, different types- genetic, species and ecological diversity (Explaination with suitable examples), Global diversity of invertebrates, Vertebrates and plants (By using pi-chart), Global species diversity and India's share in global species diversity Illustration No: 1, 2, 3 Relative questions of module exercises Level-1
					2	Different patterns of Biodiversity (Latitudinal gradients, species area relationship explaination with suitable examples) Concept of regression coefficient Illustration No: 4, 5, 6 Relative questions of module exercise Level-1
					3	Explaination of different experiments (eg. David tilman's experiments) and Hypothesis (rivet popper hypothesis) to understand the importance of species diversity to the ecosystem, Loss of Biodiversity (all essential data, sixth extinction, causes of biodiversity losses (The evil quartet) Illustration No: 7, 8
					4	Biodiversity Conservation(Reasons to conserve biodiversity, methods to conserve biodiversity with suitable examples) ,The Earth summit & the World summit. Illustration No: 9, 10 Relative questions of module exercise Level-1
						SUMMARY : Total Lecture : 4
		Total	46	92

Zoology
Standard XII
Number of classes needed and total hours
Module No	Chapter No.	CHAPTER	CLASSES NEEDED	HOURS	Lecture	Sub Topic
Module - 4	1	Human Reproduction	7	14	Class 1	The Male Reproduction System
					Class 2	The Female Reproduction System
					Class 3	Events of Human Reproduction - Gametogenesis, Hormonal Control of Gametogenesis
					Class 4	Menstrual Cycle
					Class 5	Fertilisation-Capacitation, Sperm Penetration
					Class 6	Embryonic Development - Cleavage and Early Embryonic Development, Placenta
					Class 7	Pregnancy & Embryonic Development - Events in Gestation, Parturition, Lactation
	2	Reproductive Health	3	6	Class 1	Reproductive Health: Problem & Strategies, Govt Policies and Programs of Family Planning, Population Stabilisation & Birth Control - Reasons and Measures to Control Population Explosion
					Class 2	Birth Control & Contraception - Methods of Contraception, MTP or Medical Termination of Pregnancy, Sexually Transmitted Infections
					Class 3	Infertility and it's Causes in Male and Female & Assisted Reproductive Technologies
Module - 5	3	Evolution	8	16	Class 1	Origin of Universe, Earth and Life, Theories of Origin of Life
					Class 2	Urey and Miller's Experiment, Evolution of Life Forms
					Class 3	Evidences of Evolution - Palaentological Evidences, Taxnomical Evidences, Connecting Links, Biochemistry and Cytology
					Class 4	Evidences of Evolution - Evidences from Morphology and Comparative Anatomy (Homologous, Analogous, Vestigeal Organs and Atavism), Divergent and Convergent Evolution
					Class 5	Evidences of Evolution - Embryological Evidences, Biogeographical Evidences
					Class 6	Theories of Organic Evolution - Lamarckism and Darwinism and Mutation Theory
					Class 7	Hardy-Weinberg Principles and Factors affecting HWP, Natural Selection
					Class 8	Modern Synthetic Theory, Brief Account on Human Evolution
	4	Human Health and Disease	10	20	Class 1	Human Health & Diseases - Health, Classification of Diseases and Pathogens
					Class 2	Diseases Caused by Viruses
					Class 3	Diseases Caused by Bacteria
					Class 4	Diseases Caused by Protozoa, Helminthes and Fungi
					Class 5	Immunity: Non specific and specific Immunity
					Class 6	Immunity: Antigen, Antibody, Primary and Secondary Immune Response, Active and Passive Immunity
					Class 7	Vaccination and Immunisation, Types of Vaccines, Types of Grafts, Graft Rejection, Auto-Immune Disorder, Allergy, Limphoid Organs
					Class 8	AIDS
					Class 9	Cancer
					Class 10	Drug and Alcohol Abuse, Addiction, Dependence, Source of Drugs and their Effect Misuse of Anabolic Steroids, Alcoholism, Brief Review of Mental Health
Module-6	5	Biotechnology : Principles and Processes	5	10	Class 1	Principles of Biotechnology
					Class 2	Tools of recombinant DNA Technology
					Class 3	Vector
					Class 4	Process of recombinant technology (Upto PCR)
					Class 5	Process of recombinant technology (Upto downstream processing)
	6	Biotechnology and its Application	4	8	Class 1	Biotechnology Application in Agriculture
					Class 2	Biotechnology Application in Medicine
					Class 3	Transgenic Animals
					Class 4	Ethical Issues
		TOTAL	37	74

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