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Chapter |
Title |
Video |
Homework |
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1 |
Ecosystem |
Lecture 1 Introduction, Components and Types |
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2 |
Ecosystem |
Lecture 2 Lake zonation and stratification |
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3 |
Ecosystem |
Lecture 3 Productivity |
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4 |
Ecosystem |
Lecture 4 Decomposition |
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5 |
Ecosystem |
Lecture 5 Energy flow |
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6 |
Ecosystem |
Lecture 6 Food chain and Food web |
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7 |
Ecosystem |
Lecture 7 Ecological Pyramid |
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8 |
Ecosystem |
Lecture 8 Limitations of ecological pyramid |
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9 |
Ecosystem |
Lecture 9 Ecological succession |
NA
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10 |
Ecosystem |
Lecture 10 Events in Succession |
NA
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11 |
Ecosystem |
Lecture 11 Xerarch and Hydrarch Succession |
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12 |
Ecosystem |
Lecture 12 Nutrient Cycling, Carbon Cycle |
NA
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13 |
Ecosystem |
Lecture 13 Phosphorus Cycle |
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14 |
Ecosystem |
Lecture 14 Ecosystem Services |
NA
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15 |
Reproduction in organisms |
Lecture 1 Introduction and types of reproduction |
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16 |
Reproduction in organisms |
Lecture 2 Asexual reproduction types |
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17 |
Reproduction in organisms |
Lecture 3 Apomixis : agamospermy and vegetative propagation |
NA
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18 |
Reproduction in organisms |
Lecture 4 Artificial vegetative propagation |
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19 |
Reproduction in organisms |
Lecture 5 Events in sexual reproduction |
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20 |
Reproduction in organisms |
Lecture 6 Gametogenesis and gamete transfer |
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21 |
Reproduction in organisms |
Lecture 7 Fertilisation and post fertilisation |
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22 |
Reproduction in organisms |
Lecture 8 Parthenogenesis and parthenocarpy |
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23 |
Strategies for enhancement in food production |
Lecture 1 Introduction to plant breeding |
NA
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24 |
Strategies for enhancement in food production |
Lecture 2 Steps in plant breeding |
NA
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25 |
Strategies for enhancement in food production |
Lecture 3 Steps in plant breeding (part 2) |
NA
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26 |
Strategies for enhancement in food production |
Lecture 4 Techniques for crop improvement |
NA
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27 |
Strategies for enhancement in food production |
Lecture 5 Plant breeding for economic benefits. |
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28 |
Strategies for enhancement in food production |
Lecture 6 Cattle farming |
NA
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29 |
Strategies for enhancement in food production |
Lecture 7 Poultry and Apiculture |
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30 |
Strategies for enhancement in food production |
Lecture 8 fisheries, sericulture, lac culture and pearl culture. |
NA
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31 |
Biodiversity and Conservation |
Lecture 1 Introduction |
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32 |
Biodiversity and Conservation |
Lecture 2 Importance of species diversity to ecosystem |
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33 |
Biodiversity and Conservation |
Lecture 3 methods to conserve biodiversity |
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34 |
Biodiversity and conservation |
Lecture 4 test Discussion |
NA
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35 |
Reproduction in flowering plants |
Lecture 1 Introduction |
NA
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36 |
Reproduction in flowering plants |
Lecture 2 Stamen and microsporangium |
NA
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37 |
Reproduction in flowering plants |
Lecture 3 pollen grain |
NA
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38 |
Reproduction in flowering plants |
Lecture 4 dehiscence of anther |
NA
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39 |
Reproduction in flowering plants |
Lecture 5 pistil and megasporangium |
NA
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40 |
Reproduction in flowering plants |
Lecture 6 Megasporogenesis |
NA
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41 |
Reproduction in flowering plants |
Lecture - 7 Pollination and pollinating agents |
NA
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42 |
Reproduction in flowering plants |
Lecture - 8 pollinating agents |
NA
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43 |
Reproduction in flowering plants |
Lecture - 9 pollen pistil interaction |
NA
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44 |
Reproduction in flowering plants |
Lecture - 10 post fertilisation |
NA
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45 |
Reproduction in flowering plants |
Lecture - 11 Seed and fruit formation |
NA
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46 |
Human health and disease |
Lecture - 1 smoking, alcohol and drug abuse |
NA
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47 |
Human health and disease |
Lecture - 2 Imuune system in body and immune cells |
NA
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48 |
Human health and disease |
Lecture - 3 Immunity and its types |
NA
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49 |
Human health and disease |
Test Discussion |
NA
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50 |
Human health and disease |
Lecture - 4 Vaccination and immunisation |
NA
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51 |
Human health and disease |
Lecture 5 |
NA
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52 |
Human health and disease |
Lecture 6 :Cancer |
NA
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53 |
Human health and disease |
Lecture - 7 |
NA
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54 |
Human health and disease |
Lecture - 8 Bacterial diseases |
NA
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55 |
Human health and disease |
Lecture 9 : viral diseases |
NA
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56 |
Human health and disease |
Lecture 10: viral diseases |
NA
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57 |
Human health and disease |
Lecture 11 : malaria ( introduction ) |
NA
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58 |
Human health and disease |
Lecture 12 : malaria ( plasmodium : life cycle ) |
NA
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59 |
Human health and disease |
Lecture 13 : malaria : explanation |
NA
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60 |
Human health and disease |
Lecture 14 : prevention of diseases |
NA
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61 |
Molecular basis of inheritance |
Lecture 1 Introduction |
NA
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62 |
Molecular basis of inheritance |
Lecture 2 Chargaff's rule |
NA
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63 |
Molecular Basis of Inheritance |
Lecture - 3 DNA structure, types and features |
NA
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64 |
Molecular Basis of Inheritance |
Lecture - 4 packaging of DNA helix |
NA
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65 |
Molecular Basis of Inheritance |
Lecture - 5 chromosome & chromatin |
NA
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66 |
Molecular Basis of Inheritance |
Lecture - 6 Transforming principle |
NA
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67 |
Molecular Basis of Inheritance |
Lecture - 7 Hershey and chase experiment |
NA
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68 |
Molecular Basis of Inheritance |
Lecture - 8 RNA vs DNA and DNA replication |
NA
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69 |
Molecular Basis of Inheritance |
Lecture - 9 DNA Replication |
NA
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70 |
Molecular Basis of Inheritance |
Lecture - 10 Transcription unit and gene |
NA
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71 |
Molecular Basis of Inheritance |
Lecture - 11 Transcription in prokaryotes |
NA
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72 |
Molecular basis of inheritance |
Lecture 12 : Transcription in Eukaryotes |
NA
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73 |
Molecular basis of inheritance |
Lecture 13 : post transcriptional modification |
NA
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74 |
Molecular Basis of Inheritance |
Lecture - 14 |
NA
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75 |
Molecular Basis of Inheritance |
Lecture - 15 |
NA
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76 |
Molecular Basis of Inheritance |
Lecture - 16 |
NA
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77 |
Molecular Basis of Inheritance |
Lecture - 17 |
NA
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78 |
Molecular Basis of Inheritance |
Lecture - 18 |
NA
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79 |
Molecular Basis of Inheritance |
Lecture - 19 |
NA
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80 |
Biotechnology |
Lecture - 1 |
NA
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81 |
Biotechnology |
Lecture - 2 |
NA
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82 |
Biotechnology |
Lecture - 3 |
NA
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83 |
Biotechnology |
Lecture 4 |
NA
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84 |
Biotechnology |
Lecture 5 |
NA
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85 |
Biotechnology |
Lecture 6 steps in selection using selectable marker |
NA
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86 |
Biotechnology |
Lecture 7 |
NA
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87 |
Biotechnology |
Lecture 8 Biotechnology : amplification using PCR and ligation with vector |
NA
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88 |
Biotechnology |
Lecture 9 Biotechnology : transferring rDNA into competent host and culturing |
NA
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89 |
Biotechnology |
Lecture 10 Biotechnology : types of bioreactor and downstream processing |
NA
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90 |
Applications of Biotechnology |
Video 1 | Applications of Biotechnology : application in agriculture |
NA
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91 |
Applications of Biotechnology |
Video 2 | Bt cotton and RNA interference |
NA
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92 |
Applications of Biotechnology |
Video 3 | Human Insulin & Monoclonal antibodies |
NA
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93 |
Applications of Biotechnology |
Video 4 | Gene therapy and ELISA |
NA
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94 |
Applications of Biotechnology |
Video 5 | Therapeutic agents & transgenic animals |
NA
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95 |
Human Reproduction |
Video 1 | Introduction to male reproductive system |
NA
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96 |
Human Reproduction |
Video 2 | Internal structure of testis |
NA
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97 |
Human Reproduction |
Video 3 | Accessory ducts, glands and external genitalia |
NA
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98 |
Human Reproduction |
Video 4 | Hormones of male reproductive system |
NA
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99 |
Human Reproduction |
Video 5 | Female reproductive system |
NA
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100 |
Human Reproduction |
Video 6 | Accessory ducts, glands and mammary glands |
NA
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101 |
Human Reproduction |
Video 7 | Spermatogenesis and structure of sperm |
NA
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102 |
Human Reproduction |
Video 8 | Oogenesis |
NA
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103 |
Human Reproduction |
Lecture - 9 oogenesis and follicular development |
NA
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104 |
Human Reproduction |
Lecture - 10 menstrual cycle |
NA
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105 |
Human Reproduction |
Lecture - 11 phases of menstrual cycle |
NA
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106 |
Human Reproduction |
Lecture - 12 estrous cycle and structure of ovum |
NA
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107 |
Human Reproduction |
Lecture - 13 Vitellogenesis |
NA
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108 |
Human Reproduction |
Lecture - 14 types of egg and fertilisation |
NA
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109 |
Human Reproduction |
Lecture - 15 fertilization and sex determination |
NA
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110 |
Human Reproduction |
Lecture - 16 steps in embryonic development |
NA
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111 |
Human reproduction |
Lecture 17 implantation and EEM |
NA
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112 |
Human reproduction |
Lecture 18 placenta, parturition and lactation |
NA
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113 |
Reproductive health |
Lecture 1 introduction to reproductive health |
NA
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114 |
Reproductive health |
Lecture 2 methods of contraception |
NA
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115 |
Reproductive health |
Lecture 3 contraception and sexually transmitted infections |
NA
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116 |
Reproductive health |
Lecture 4 infertility and Assisted reproductive technologies |
NA
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117 |
Environmental issues |
Lecture 1 air pollution and pollutants |
NA
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118 |
Environmental issues |
Lecture - 2 control of air pollution, Case study |
NA
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119 |
Environmental Issues |
Lecture - 3 water pollution and pollutants |
NA
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120 |
Environmental Issues |
Lecture - 4 biomagnification, algal blooms & eutrophication |
NA
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121 |
Environmental issues |
Lecture 5 : FOAM and soil pollution |
NA
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122 |
Environmental issues |
Lecture 6 : solid, agrochemical and radioactive waste |
NA
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123 |
Environmental issues |
Lecture 7 : greenhouse effect and global warming |
NA
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124 |
Environmental issues |
Lecture 8 : deforestation and forest conservation |
NA
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125 |
Inheritance and variations |
Lecture - 1 introduction to Mendelism |
NA
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126 |
Inheritance and variations |
Lecture - 2 monohybrid cross and law of segregation |
NA
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127 |
Inheritance and variations |
Lecture - 3 dihybrid cross and second law |
NA
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128 |
Inheritance and variations |
Lecture - 4 gene allelic interactions |
NA
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129 |
Inheritance and variations |
Lecture - 5 non allelic gene interaction |
NA
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130 |
Inheritance and variations |
Lecture - 6 chromosomal theory of inheritance |
NA
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131 |
Inheritance and variations |
Lecture - 7 linkage and recombinations |
NA
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132 |
Inheritance and variations |
Lecture - 8 chromosomal method of sex determination |
NA
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133 |
Inheritance and variations |
Lecture - 9 other theories of sex determination |
NA
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134 |
Inheritance and variations |
Lecture - 10 Mendelian disorders |
NA
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135 |
Inheritance and variations |
Lecture - 11 mendelian disorders part 2 |
NA
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136 |
Inheritance and variations |
Lecture - 12 mutations : chromosomal aberrations |
NA
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137 |
Inheritance and variations |
Lecture - 13 genomatic mutations |
NA
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138 |
Inheritance and variations |
Lecture 14 : gene mutation and mutagens |
NA
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139 |
Inheritance and variations |
Lecture 15 : chemical, biological mutagens |
NA
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140 |
Inheritance and variations |
Lecture 16 : polygenic inheritance |
NA
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141 |
Inheritance and variations |
Lecture 17 : sex linked characters |
NA
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142 |
Inheritance and variations |
Lecture 18 : sex influenced and sex limited characters |
NA
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143 |
Inheritance and variations |
Lecture 19 : pedigree and chromosomal disorders |
NA
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144 |
Inheritance and variations |
Lecture 20 : Human genome project |
NA
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145 |
Inheritance and variations |
Lecture 21 : human genome project part 2 |
NA
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146 |
Inheritance and variations |
Lecture 22 : DNA fingerprinting |
NA
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147 |
Inheritance and variations |
Lecture 23 : DNA fingerprinting and cloning |
NA
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148 |
Evolution |
Lecture 1 : theories of evolution |
NA
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149 |
Evolution |
Lecture 2 : modern theory of evolution |
NA
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150 |
Evolution |
Lecture 3 : biological evolution (modern theory of evolution) |
NA
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151 |
Evolution |
Lecture 4 : evidences of evolution |
NA
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152 |
Evolution |
lecture - 5 : geological time scale |
NA
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153 |
Evolution |
lecture - 6: dating of fossils |
NA
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154 |
Evolution |
lecture - 7 : evidences from connecting link and vestigial organs |
NA
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155 |
Evolution |
lecture - 8 : evidences from biogeographical distribution |
NA
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156 |
Evolution |
lecture - 9 : convergent and divergent evolution |
NA
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157 |
Evolution |
lecture - 10 : evidences from morphology, anatomy and embryology |
NA
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158 |
Evolution |
Lecture 11 : lamarckism (theory of acquired characters) |
NA
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159 |
Evolution |
Lecture 12 : darwinism ( theory of natural selection ) |
NA
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160 |
Evolution |
Lecture 13 : evidences of darwinism |
NA
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161 |
Evolution |
Lecture 14 : mutation theory by Hugo de Vries |
NA
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162 |
Evolution |
Lecture 17 : types of natural selection |
NA
|
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163 |
Evolution |
Lecture 18 : genetic basis of adaptation |
NA
|
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164 |
Evolution |
Lecture 19 : speciation and its types |
NA
|
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165 |
Evolution |
Lecture 20 : reproductive isolation |
NA
|
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166 |
Evolution |
Lecture 21 : hardy weinberg principle |
NA
|
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167 |
Organisms and populations |
Lecture 1: population interactions |
NA
|
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168 |
Organisms and populations |
Lecture 2 : population interactions part 2 |
NA
|
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169 |
Organisms and populations |
Lecture 3 : population interactions part 3 |
NA
|
|
170 |
Organisms and populations |
Lecture 4 : predation and parasitism |
NA
|
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171 |
Organisms and populations |
Lecture 5 : major abiotic factors |
NA
|
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172 |
Organisms and populations |
Lecture 6 : water, light and soil |
NA
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173 |
Organisms and populations |
Lecture 7 : response to abiotic factors |
NA
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174 |
Organisms and populations |
Lecture 8 : types of biome |
NA
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|
175 |
Organisms and populations |
Lecture 9 : population attributes |
NA
|
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176 |
Organisms and populations |
Lecture 10 : Population Growth |
NA
|
|
177 |
Microbes in human welfare |
Lecture 1 : microbes in household products |
NA
|
|
178 |
Microbes in human welfare |
Lecture 2 : Industrial use |
NA
|
|
179 |
Microbes in human welfare |
Lecture 3 : sewage treatment plant |
NA
|
|
180 |
Microbes in human welfare |
Lecture 4 : biogas plant |
NA
|
|
181 |
Microbes in human welfare |
Lecture 5 : biocontrol agent and biofertilisers |
NA
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