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Lecture 01
Science & Branches of Science, Biology & Need to study Biology, Various aspects of Biology in Physics, Chemistry & Maths
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01:32:10min
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Lecture 02
Human Eye & Camera, Bird Flying & Aircraft, Diversity, Levels of Biodiversity
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56:56min
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Lecture 03
Kingdoms of Classification, Taxonomy, Taxonomical Characteristics, Morphological, Biological & Biochemical characteristics at Phenomenological Level
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01:49:56min
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Lecture 04
Classification based on Cellularity, Ultrastructures. Energy & carbon utilization, Ammonia Excretion, Habitata, Molecular Taxonomy, Model Organisms
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42:21min
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Lecture 05
Terms related to Genetics, Genetics is to Biology as what Newton's Law is to Physics
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01:34:20min
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Lecture 06
Mendel's Experiment, Reasons for success of Model, Techniques of Model, Mendel's Law
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01:41:26min
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Lecture 07
Monohybrid Cross, Dihybrid Cross, Concept of Allele
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01:12:55min
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Lecture 08
Gene Mapping, Gene Interaction
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01:47:45min
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Lecture 09
Non-Allelic Gene Interaction, Mitosis & Meosis, Genetic Disorder
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47:09min
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Lecture 10
Biomolecules & its Definition, Metabolites
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01:42:55min
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Lecture 11
Metabolic State for Living Thing, Living State, Primary & Secondary Metabolites, Molecules of Life
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58:06min
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Lecture 12
Monomer, Polymer, Nature of Bond Linking Monomer in a polymer
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53:48min
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Lecture 13
Introduction & Importance of Enzyme
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01:18:49min
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Lecture 14
Concentration of ……. Rate, Classification & Nomenclature of Enzyme, Co-factors
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01:13:48min
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Lecture 15
Enzyme Kinetics, Kinetics Parameter
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01:57:55min
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Lecture 15B
Mechanism of Enzymatic Action
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27:37min
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Lecture 16
Biological Transfer Information, DNA
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01:23:50min
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Lecture 17
Structure of Polynucleotide Chain
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57:01min
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Lecture 18
Chemical Reactions, Enzymes bringing higher rate of concentration
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01:56:21min
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Lecture 19
Nature of Enzymatic Action, Factors affect Enzyme Activity, Hierarchy of DNA
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01:08:28min
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Lecture 20
Genetic Code, Univarsality & Degradance of Genetic Code
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01:34:44min
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Lecture 21
Gene in terms of Complementation & Recombination
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47:24min
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Lecture 22
Salient featurs of DNA, Transforming Principle, Biochemical characteristics of Transforming Principle
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01:15:02min
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Lecture 23
RNA World, Replication, Transcription, Transcription Unit
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01:45:17min
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01:37:11min
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Lecture 25
Structure of Protein, Function of Protein
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01:30:17min
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Lecture 26
Superdomain, Protein Folding, Structural Classification of Protein
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01:15:22min
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Lecture 27
Structure of Protein (Primary, Secondary & Tertiary)
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01:37:06min
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Lecture 28
Function of Protein, Protein as Enzyme, Protein as Transporter
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01:54:50min
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Lecture 29
Types of Transport Protein
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21:42min
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Lecture 30
Introduction, Energy Conservation Principles
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01:32:37min
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Lecture 31
Biological Thermodynamics, Flow of Thermodynamics in Biology, Energy Transformation in Biological System
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53:23min
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Lecture 32
Thermodynamic Theory of Evolution, Exothermic & Endothermic Versus Endogonic & Exergonic
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01:58:40min
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Lecture 33
Exothermic & Endothermic Versus Endogonic & Exergonic, Relation between Free Energy & Equilibrium Constant
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59:50min
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01:02:36min
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Lecture 35
ATP as an Energu Currency of Cell, Structure of ATP, Production from ADP to AMP
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01:03:44min
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Lecture 35B
Energy Yielding & Energy Consuming, concept of Energy Change
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01:35:53min
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Lecture 36
Concept of Singled Organism
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01:20:06min
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Lecture 37
Concept of Species & Strains
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01:08:32min
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Lecture 38
Identification & Classification of Micro Organism, Methods of Classification
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01:34:12min
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Lecture 39
Microscopy, Role of Micro Organism
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01:00:19min
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Lecture 40
Sterlization & Media Composition, Growth Kinetics
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01:42:23min
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01:14:21min
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Lecture 42
Mineral Nutition
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43:26min
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Lecture 43
Ecology, Eco System, Component of Eco System
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01:47:28min
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Lecture 44
Types of Eco System
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45:06min
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Lecture 45
Energy Flow of Matter in Eco System
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01:28:48min
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Lecture 46
Ecological Pyramid
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41:22min
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Lecture 47
Community Ecology, Characteristics of Community Ecology
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01:13:07min
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Lecture 48
Types of Community Ecology, Biological Spectrum, Frequency
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34:33min
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