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Curriculum
- 17 Sections
- 277 Lessons
- 10 Weeks
Expanse all sectionsCollapse all sections
- Introduction And Expert Message1
- Chapter - Cell Cycle And DivisionDecoding the Cell Cycle : Growth And Division15
- 3.0Topic : Cell Cycle
- 3.1Topic : Phases of Cell Cycle
- 3.2Topic : M Phase (Mitosis)
- 3.3Sub Topic : Prophase
- 3.4Sub Topic : Metaphase
- 3.5Sub Topic : Anaphase
- 3.6Sub Topic : Telophase
- 3.7Sub Topic : Cytokinesis
- 3.8Diagramatic Flowchart
- 3.9Topic : Significance of Mitosis
- 3.10Topic : Meiosis
- 3.11Sub Topic Meiosis – I
- 3.16Sub – Sub Topic : Cytokinesis – I
- 3.18Sub Topic : Meiosis – II
- 3.24Topic : Significance of Meiosis
- Chapter - The Living WorldThe living world : A symphony of life forms7
- Chapter - Biological ClassificationExplore the diversity of life : Biological Classification22
- 5.1Topic : Biological Classification Two Kingdom to Five Kingdom
- 5.2Topic : Kingdom Monera
- 5.3Sub Topic : Archaebacteria
- 5.4Sub Topic : Eubacteria
- 5.5Topic : Kingdom Protista
- 5.6Sub Topic : Chrysophytes
- 5.7Sub Topic : Dinoflagellates
- 5.8Sub Topic : Euglenoids
- 5.9Sub Topic : Slime Moulds
- 5.10Sub Topic : Protozoa
- 5.11Topic : Kingdom Fungi
- 5.12Sub Topic : Phycomycetes
- 5.13Sub Topic : Ascomycetes
- 5.14Sub Topic : Basidiomycetes
- 5.15Sub Topic : Deuteromycetes
- 5.16Topic : Kingdom Plantae
- 5.17Topic : Kingdom Animalia
- 5.18Topic : Viruses
- 5.19Topic Viroids
- 5.20Topic : Prions
- 5.21Lichens
- 5.22Summary ( Conclusion)
- Chapter - Plant KingdomThe plant kingdom : An introduction to Botany13
- 6.0Topic: Plant Kingdom Introduction
- 6.1Topic : Algae
- 6.2Sub Topic : Chlorophyceae
- 6.3Sub Topic : Phaeophyceae
- 6.4Sub Topic : Rhodophyceae
- 6.5Topic : Comparitive Chart : Algae
- 6.6Topic : Bryophytes
- 6.7Sub Topic : Liverworts
- 6.8Sub Topic : Mosses
- 6.9Topic : Pteridophytes
- 6.10Topic : Gymnosperm
- 6.11Topic : Angiosperms
- 6.12Plant Kingdom Comparative Chart
- Chapter - Plant MorphologyExternal Structural Organization of Plant Kingdom30
- 7.0Topic : Structural Organization : Introduction
- 7.1Topic : About Katherine Esau
- 7.2Topic The Root
- 7.3Sub Topic : Regions of Root
- 7.4Topic : The Stem
- 7.5The Leaf
- 7.6Sub Topic : Venation
- 7.7Sub Topic : Types of Leaves
- 7.8Sub Topic : Phyllotaxy
- 7.9Topic : The Inflorescence
- 7.10Topic : The Flower
- 7.11Sub Topic : Parts of Flower
- 7.12Sub – Sub Topic : Calyx
- 7.13Sub – Sub Topic : Corolla
- 7.14Sub – Sub Topic : Androecium
- 7.15Sub – Sub Topic : Gynoecium
- 7.16Topic : The Fruit
- 7.17Topic : The Seed
- 7.18Sub Topic : structure of Dicotyledonous Seed
- 7.19Sub Topic : Structure of Monocotyledonous Seed
- 7.20Topic : Semi – Technical Description of A Typical Flowering Plant
- 7.21Topic : Families
- 7.22Sub Topic : Brasicaceae
- 7.23Sub Topic : Fabaceae
- 7.24Sub Topic : Solanaceae
- 7.25Sub Topic : Liliaceae
- 7.26Sub Topic : Malvaceae
- 7.27Sub Topic : Asteraceae
- 7.28Sub Topic : Poaceae
- 7.29Comparative Chart Families
- Chapter - Anatomy of Flowering Plants16
- 8.0Topic : The Tissues
- 8.1Sub Topic : Type of Tissues
- 8.3Topic : The Tissue System
- 8.4Sub Topic : The Epidermal Tissue System
- 8.5Sub Topic : The Ground Tissue System
- 8.6Sub Topic : The Vascular Tissue System
- 8.7Topic : Anatomy Of Dicot Root
- 8.8Topic : Anatomy Of Monocot Root
- 8.9Topic : Anatomy of Dicot Stem
- 8.10Sub Topic : Secondary Growth
- 8.11Sub Topic :Annual Rings
- 8.12Sub Topic : Types of Wood
- 8.13Topic : Anatomy of Monocot Stem
- 8.14Topic : Anatomy of Dicot Leaf
- 8.15Topic : Anatomy of Monocot Leaf
- 8.16Summary (Conclusion)
- Chapter - PhotosynthesisThe process of conversion of Photonic Energy (Light) into Chemical Energy and Ultimately into food19
- 9.0Topic : Plant Physiology – Introduction
- 9.1Topic : About Melvin Calvin
- 9.2Topic : Photosynthesis in Higher Plants
- 9.3Sub Topic: What do we know?
- 9.4Sub Topic : Early Experiments
- 9.5Sub Topic : Where does Photosynthesis take place?
- 9.6Sub Topic : How many Types of Pigments are involved in Photosynthesis?
- 9.7Sub Topic : What is Light Reaction?
- 9.8Sub Topic : The Electron Transport
- 9.9Sub – Sub Topic : Splitting of Water
- 9.10Sub – Sub Topic : Cyclic and Non Cyclic Photophosphorylation
- 9.11Sub – Sub Topic : Chemiosmotic Hypothesis
- 9.12Sub Topic : Where are the ATP and NADPH Used?
- 9.13Sub – Sub Topic : The Primary Acceptor Of CO2
- 9.14Sub – Sub Topic : The Calvin Cycle
- 9.15Topic : The C4 Pathway
- 9.16Topic : Photorespiration
- 9.17Topic : Factors Affecting Photosynthesis
- 9.18Summary (Conclusion)
- Respiration in PlantsAll the energy required for ‘life’ processes is obtained From this process11
- 10.0Respiration in Plants – Introduction
- 10.1Topic : Do Plant Breath?
- 10.2Topic : Glycolysis
- 10.3Topic : Fermentation
- 10.4Topic : Aerobic Respiration
- 10.5Sub Topic : Tricarboxyloc Acid Cycle
- 10.6Sub Topic : Electron Transport System (ETS) and Oxidative Phosphorylation
- 10.7Topic : The Respiratory Balnce Sheet
- 10.8Topic : Amphiboloc Pathway
- 10.9Topic : Respiratory Quotient
- 10.10Topic : Summary (Conclusion)
- Plant Growth And Regulators17
- 11.1Topic: Growth
- 11.2Topic: Plant growth generally is Indeterminate
- 11.3Topic: Growth is Measurable
- 11.4Topic: Phases of Growth
- 11.5Topic: Growth Rates
- 11.6Topic: Conditions for Growth
- 11.7Topic: Differentiation, Dedifferentiation and Redifferentiation
- 11.8Topic: Development
- 11.9Topic: Plant growth regulators and their characteristics
- 11.10Subtopic: The Discovery of Plant Growth Regulators
- 11.11Subtopic: Auxins
- 11.12Subtopic: Gibberellins
- 11.13Subtopic: Cytokinins
- 11.14Subtopic: Ethylene
- 11.15Subtopic: Abscisic Acid
- 11.16Topic: Photoperiodism
- 11.17Topic: Vernalisation
- Sexual Reproduction in Flowering Plants27
- 12.0Topic: Flower
- 12.1Topic: Structure of Male Reproductive Whorl
- 12.2Subtopic: Microsporogenesis
- 12.3Subtopic: Male Gametogenesis
- 12.4Subtopic: Pollen grain
- 12.5Topic: Structure of Female Reproductive Whorl
- 12.6Subtopic: The Pistil
- 12.7Subtopic: Megasporangium(Ovule) and Types of Ovule
- 12.8Subtopic: Embryo sac
- 12.9Topic: Megasporogenesis
- 12.10Topic: Gametogenesis
- 12.11Topic: Pollination
- 12.12Subtopic: Types of Pollination
- 12.13Topic: Agents of Pollination
- 12.14Subtopic: Abiotic Pollinating Agents
- 12.15Subtopic: Biotic Pollinating Agents
- 12.16Topic: Outbreeding Devices
- 12.17Topic: Pollen-pistil Interaction
- 12.18Topic: Double Fertilisation
- 12.19Subtopic: Artificial Hybridisation
- 12.20Topic: Post-fertilisation: Structure and events
- 12.21Subtopic: Embryo
- 12.22Sub-subtopic: Monocot Embryo
- 12.23Sub-subtopic: Dicot Embryo
- 12.24Topic: Seed
- 12.25Topic: Fruit
- 12.26Topic: Apomixis and Polyembryony
- Principles of Inheritance and Variation32
- 13.1Topic: Terminologies
- 13.2Mendelian Genetics
- 13.3Topic: Introduction
- 13.4Subtopic: Monohybrid Cross
- 13.5Topic: Law of Dominance
- 13.6Topic: Law of Segregation
- 13.7Topic: Exception to Mendelian Laws
- 13.8Subtopic: Incomplete Dominance
- 13.9Subtopic: Co-dominance
- 13.10Subtopic: Dihybrid Cross
- 13.11Topic: Law Of Independent Assortment
- 13.12Subtopic: Multiple Alleles
- 13.13Subtopic: Pleiotropy
- 13.14Subtopic: Polygenic Inheritance
- 13.15Topic: Chromosomal Theory of Inheritance
- 13.16Topic: Linkage and Recombination
- 13.17Topic: Sex Determination
- 13.18Subtopic: Sex Determination in Humans
- 13.19Subtopic: Sex Determination in Honeybee
- 13.20Topic: Mutation
- 13.21Topic: Genetic Disorders
- 13.22Subtopic: Pedigree Analysis
- 13.23Subtopic: Mendelian Disorders
- 13.24Sub-subtopic: Colour Blindness
- 13.25Sub-subtopic: Haemophilia
- 13.26Sub-subtopic: Sickle-cell anaemia
- 13.27Sub-subtopic: Phenylketonuria
- 13.28Sub-subtopic: Thalassemia
- 13.29Subtopic: Chromosomal Disorders
- 13.30Sub-subtopic: Down’s Syndrome
- 13.31Sub-subtopic: Klinefelter’s Syndrome
- 13.32Sub-subtopic Turner’s Syndrome
- Molecular Basis of Inheritance29
- 14.1Topic: Introduction
- 14.2Topic: The DNA
- 14.3Subtopic: Structure of Polynucleotide Chain
- 14.4Subtopic: Packaging of DNA Helix
- 14.5Topic: The Search For Genetic Material
- 14.6Subtopic: Transforming Principle
- 14.7Subtopic: Biochemical Characterization of Transforming Principle
- 14.8Subtopic: The Genetic Material is DNA
- 14.9Topic: Properties of Genetic Materia(DNA versus RNA)
- 14.10Topic: RNA World
- 14.11Topic: Replication
- 14.12Subtopic: The Experimental Proof
- 14.13Subtopic: The Machinery and the Enzymes
- 14.14Topic: Transcription
- 14.15Subtopic: The Transcription Unit
- 14.16Subtopic: Transcription Unit and the Gene
- 14.17Subtopic: Types of RNA and the Process of Transcription
- 14.18Genetic Code
- 14.19Subtopic: Mutations and Genetic Code
- 14.20Subtopic: tRNA- the Adapter Molecule
- 14.21Topic: Translation
- 14.22Topic: Regulation of Gene Expression
- 14.23Subtopic: The Lac operon
- 14.24Topic: Human Genome Project
- 14.25Subtopic: Goals of HGP
- 14.26Subtopic: Methodologies
- 14.27Subtopic: Salient Features of Human Genome
- 14.28Topic: Applications and Future Challenges
- 14.29Topic: DNA Fingerprinting
- Microbes in Human Welfare10
- 15.0Topic: Microbes
- 15.1Topic: Microbes in Household Products
- 15.2Topic: Microbes in Industrial Products
- 15.3Subtopic: Fermented Beverages
- 15.4Subtopic: Antibiotics
- 15.5Subtopic: Chemicals, Enzymes and other Bioactive Molecules
- 15.6Topic: Microbes in Sewage Treatment
- 15.7Topic: Microbes in Production of Biogas
- 15.8Topic: Microbes as Biocontrol Agents
- 15.9Topic: Microbes as Biofertilisers
- Organism And Population12
- 16.1Topic: Organisms and Its Environment
- 16.2Subtopic: Population Attributes
- 16.3Subtopic: Population growth
- 16.4Sub-subtopic : Exponential growth
- 16.5Sub-subtopic: Logistic growth
- 16.6Subtopic: Life History Variation
- 16.7Subtopic: Population Interactions
- 16.8Sub-subtopic: Predation
- 16.9Sub-subtopic: Competition
- 16.10Sub-subtopic: Parasitism
- 16.11Sub-subtopic: Commensalism
- 16.12Sub-subtopic: Mutualism
- Ecosystems6
- Biodiversity And Conservation10
- 18.0Topic: Biodiversity
- 18.1Subtopic: Statistics- How many species are there on Earth and How many in India
- 18.2Subtopic: Patterns of Biodiversity: Latitudinal Gradient
- 18.3Subtopic: Patterns of Biodiversity: Species-Area Relationship
- 18.4Subtopic: The importance of Species Diversity to the Ecosystem
- 18.5Subtopic: Loss of Biodiversity
- 18.6Sub-subtopic: Causes of Biodiversity Loss
- 18.7Topic: Biodiversity Conservation
- 18.8Subtopic: Why should we conserve Biodiversity
- 18.9Subtopic: How do we Conserve Biodiversity
