12 Biology by BISM Academy
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- 12 Biology by BISM Academy
Curriculum
- 13 Sections
- 242 Lessons
- 10 Weeks
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- Chapter 15 Homeostasis18
- 1.01 – Introduction to homeostasis
- 1.12 – Homeostasis at Cell Level
- 1.23 – Feedback Mechanism
- 1.34 – Osmoregulation
- 1.45 – Osmoregulation in animals
- 1.56 – Osmoregulation in different environment
- 1.67 – Excretion and Excretion in Plants
- 1.78 – Excretion and excretion in animals
- 1.89 – Excretion in hydra, planaria and earthworm
- 1.910 – Excretion in coackroach, vertebrates and human
- 1.1011 – Liver,homeostatic role of liver and urea cycle
- 1.1112 – Urinary System and types of nephrone
- 1.1213 – Structures of nephrone
- 1.1314 – Kidney as a osmoregulatory organ
- 1.1415 – Kidney stones and renal failure
- 1.1516 – Thermoregulation in animal and plants
- 1.1617 – Temperature classification in animals
- 1.1718 – Thermoregulation in mammals and human
- Chapter 16 Support and Movement34
- 2.01 – Support and Movement
- 2.12 – Support in plants part 2
- 2.23 – Secondary growth in plants
- 2.34 – Movements in plants|Autonomic movement
- 2.45 – Paratonic Movement in plants
- 2.56 – Support in animal | Hydrosekeleton
- 2.67 – Exosekeleton
- 2.78 – Function of Sekeleton,Endosekeleton,Bones
- 2.89 – Human Sekeleton/ Axial Sekeleton
- 2.910 – Appendicular skeleton
- 2.1011 – Joints
- 2.1112 – Deformation of skeleton
- 2.1213 – Disc slip and causes of disk slip
- 2.1314 – Repair of broken bones
- 2.1415 – Muscles and smooth muscles
- 2.1516 – Cardiac Muscles
- 2.1617 – Structures of Skeletal Muscle Part 1
- 2.1718 – Structures of Skeletal Muscle Part 2
- 2.1819 – Sliding filament model
- 2.1920 – Controlling Action & Myosine Interaction by Ca +2
- 2.2021 – Source of energy for muscle contractions
- 2.2122 – Muscular fatigue and tetany
- 2.2223 – Tetanus and cramp
- 2.2324 – Movement of bones
- 2.2425 – Locomotion in Euglena
- 2.2526 – Locomotion in paramecium
- 2.2627 – Locomotion in Amoeba, jellyfish, earthworm
- 2.2728 – Locomotion in Cockroach, Snail.star fish
- 2.2829 – Locomtion in Fishes
- 2.2930 – Locomtion in Amphibian and Reptiles
- 2.3031 – Locomtion in Air
- 2.3132 – Locomtion in Mammal
- 2.3233 – Evolutionary adaptation in arrangement of bones
- 2.3334 – Evolutionary adaptation in arrangement of bones Part 2
- Chapter 17 Coordination and control35
- 3.11 – Coordination and control
- 3.22 – Biological rythms
- 3.33 – Auxin Hormones
- 3.44 – Gibberallin & Cytokinin
- 3.55 – Growth inhibitors abscissic acid, ethene
- 3.66 – Introduction to nervous coordination & Receptors
- 3.77 – sensory receptors with special reference to skin
- 3.88 – Neurons and its structure
- 3.99 – Types of neuron
- 3.1010 – Reflex Action
- 3.1111 – Nerve Impulse
- 3.1212 – Action potential in nerve impulse
- 3.1313 – Synapse
- 3.1414 – Evolution of nervous system
- 3.1515 – Difference between hydra and planaria
- 3.1616 – Human nervous system
- 3.1717 – Limbic system and cerebrum
- 3.1818 – Midbrain,Hindbrain and Spinalcord
- 3.1919 – Peripheral nervous system
- 3.2020 – Nervous system disorder
- 3.2121 – Chemical coordination
- 3.2222 – Pituitary gland
- 3.2322 – GONADOTROPHIN HORMONES OF PITUITRY GLAND PART 2
- 3.2423 – Median&Posterior lobe of pituitary gland
- 3.2524 – Thyroid gland
- 3.2625 – Islets of langerhans pancrease
- 3.2726 – Adrenals
- 3.2827 – Feedback Mechanism
- 3.2928 – Comparison between nervous and chemical coordination
- 3.3029 – Behaviour of organisms
- 3.3130 – Instincts and learning behaviour
- 3.3231 – Instincts vs learning
- 3.3332 – Learning behaviour
- 3.3433 – Types of learning
- 3.3534 – Differentiate b/w instinctive and learning behaviour
- Chapter 18 Reproduction17
- 4.01 – Introduction of reproduction
- 4.12 – Reproduction in plants
- 4.23 – Fruits setting
- 4.35 – Role of phytochromes in photoperiodism
- 4.46 – Classification of plants on the basis of photoperiodism
- 4.54 – Photoperiodism
- 4.67 – Vernalization
- 4.78 – Reproduction in animals
- 4.809 – Cloning&Tissue culture technique
- 4.910 – Identicle and fraternal twins
- 4.1011 – Sexual reproduction in animals
- 4.1112 – Male reproductive system
- 4.1213 – Female reproductive system
- 4.1314 – Female reproductive cycle
- 4.1415 – Ostreous cycle, TTB, placenta
- 4.1516 – Process of birth , parturition
- 4.1617 – Sexually transmitted diseases
- Chapter 19 Growth and Development19
- 5.01 – Introduction I Growth in Plants
- 5.12 – Meristem and Its Types
- 5.23 – Phases of Growth in Plants
- 5.34 – Conditions of Growth
- 5.45 – Differentiation in Plants
- 5.56 – Growth Correlations
- 5.67 – Growth And Development in Animals
- 5.78 – Development of Chick I Cleavage,Morula,Blastula
- 5.89 – Development of Chick I Gastrulation
- 5.910 – Development of Chick I Notochord And Mesoderm
- 5.1011 – Development of Chick I Neurulation
- 5.1112 – Development of chick I Mesoderm
- 5.1213 – Mechanism of Development
- 5.1314 – Role of Cytoplasm
- 5.1415 – Role of Nucleus
- 5.1516 – Concept of Differentiation I Embryonic induction
- 5.1617 – Aging
- 5.1718 – Regeneration
- 5.1819 – Abnormal Development
- Chapter 20 DNA and chromosomes19
- 6.01 – Introduction of chromosomes
- 6.12 – Composition of chromosomes
- 6.23 – chromosomal Theory of inheritance part 1
- 6.33 – chromosomal Theory of inheritance part 2
- 6.44 – Griffith Experiments Biology
- 6.55 – Martha chase Experiments
- 6.66 – Chemical nature of DNA
- 6.77 – Watson and Crick Model
- 6.88 – DNA replication Models
- 6.99 – Meselson and stahl Experiment
- 6.1010 – DNA Replication process
- 6.1111 – What is gene
- 6.1212 – Beadle and Tatum experiment
- 6.1313 – One gene one polypeptide relationship
- 6.1414 – Cell uses RNA to make proteins
- 6.1515 – Transcription Process
- 6.1616 – Genetic code
- 6.1717 – Translation Process in detail
- 6.1818 – Mutations
- Chapter 21 Cell Cycle11
- Chapter 22 Variation and Genetics33
- 8.01 – Introduction of basic Terms
- 8.12 – Introduction of basic Terms
- 8.23 – Law of segregation (Monohybrid cross)
- 8.34 – Test Cross
- 8.45 – Law of independent assortment (Dihybrid cross)
- 8.56 – Probability for Dihybrid Cross
- 8.67 – Dominance and Its relationships Part 1
- 8.78 – Co-dominance and over Dominance
- 8.89 – ABO blood Group system
- 8.910 – Blood Transfusion
- 8.1011 – Activity of ABO
- 8.1112 – Rh blood Group system
- 8.1213 – Erythroblastosis Foetalis
- 8.1314 – Epistasis and Pleiotropy
- 8.1415 – Continuously varying traits
- 8.1516 – Wheat Seed colour
- 8.1617 – Skin colour and Height
- 8.1718 – Gene Linkage
- 8.1819 – Cross over and Recombinant frequency
- 8.1920 – Sex chromosomes
- 8.2021 – Sex Patterns
- 8.2122 – Comparison between Human and Drosophila
- 8.2223 – Sex Determinantion in Plants
- 8.2324 – Use of Drosophila in Genetics
- 8.2425 – Sex Linkage in Drosophila
- 8.2526 – X linked Recessive traits
- 8.2627 – X linked Dominant traits
- 8.2728 – Genetics of haemophilia
- 8.2829 – Testicular feminization syndrom
- 8.2930 – Genetics of Color blindness
- 8.3031 – Genetics of X linked Dominant And Y linked
- 8.3132 – Sex limited and influenced traits
- 8.3233 – Diabetes Mellitus
- Chapter 23 Biotechnology4
- Chapter 24 Evolution17
- 10.01 – Introduction to Evolution
- 10.12 – Darwinism in historical context
- 10.23 – EVOLUTION FROM PROKARYOTES TO EUKARYOTES
- 10.34 – EVOLUTION FROM PROKARYOTES TO EUKARYOTES Part2
- 10.45 – Inheritance of acquired characteristics
- 10.56 – DARWANISM PART 1 VOYAGE OF BEAGLE
- 10.67 – Origin of Species by natural selection
- 10.78 – Neo Darwinism And Evidences of evolution.
- 10.89 – Evidences of evolution (Fossils Record)
- 10.910 – Evidences of evolution (Comparative anatomy)
- 10.1011 – Evidences of evolution (Comparative embryology)
- 10.1112 – Natural selection vs Artificial selection
- 10.1213 – Gene Pool, Population and Species
- 10.1314 – hardy Weinberg theorem
- 10.1415 – hardy Weinberg theorem calculations
- 10.1516 – Factors affecting gene frequency
- 10.1617 – Factors affecting gene frequency
- Chapter 25 Ecosystem10
- Chapter 26 Some Major Ecosystems11
- 12.01 – Some major ecosystems
- 12.12 – Fresh Water Lake
- 12.23 – Intervention of Humans in Aquatic Ecosystem
- 12.34 – Terrestrial or Lithospheric Ecosystem
- 12.45 – Division of Terrestrial Ecosystem
- 12.56 – Temperate Decidous Forest
- 12.67 – Coniferous Alpine and Boreal Forest
- 12.78 – Grassland Ecosystem Part 1
- 12.89 – Grassland Ecosystem Part 2
- 12.910 – Desert Ecosystem
- 12.1011 – Tundra Ecosystem
- Chapter 27 Man and His Environment14
- 13.01 – Introduction to environmental resources.
- 13.12 – Man and His environment
- 13.23 – Wild Life Man and His environment
- 13.34 – Energy Resources part 1 Man and His environment
- 13.45 – Energy Resources part 2 Man and His environment
- 13.56 – Energy Resources part 3 Man and His environment
- 13.67 – Degradation and depletion of resources Man and His environment
- 13.78 – Modification of environment Man and His environment
- 13.88 – Population pressure and explosion Man and His environment
- 13.99 – Deforestation and Afforestation Man and His environment
- 13.109 – Importance of forest Man and His environment
- 13.1110 – Pollution and air pollution Man and His environment
- 13.1211 – Effluents, pesticides, Health disease Man and His environment
- 13.1311 – Acid rain and Water Pollution Man and His environment
6 – Growth Correlations
Growth Correlations I Chapter 19 I Growth and Development I Lec# 06
biology lectures, in this lecture we will discuss about Growth Correlations from 2nd year biology chapter no 19.