Genetics Classical To Modern1. Genetics, Epigenetics and Genomics: An Overview 2. Mendel's Laws of Inheritance3. Lethality and Interaction of Genes 4. Genetics of Quantitative Traits (QTs): 1. Mendelian Approach (Multiple Factor Hypothesis)5. Genetics of Quantitative Traits:2. Biometrical Approach6. Genetics of Quantitative Traits: 3. Molecular Markers and QTL Analysis7. Genetics of Quantitative Traits:4. Linkage Disequilibrium (LD) and Association Mapping8. Multiple Alleles and Isoalleles9. Physical Basis of Heredity1. The Chromosome Theory of Inheritance10. Physical Basis of Heredity2. The Nucleus and the Chromosome11. |
Contents
Energy Transfer Devices of Life 1 8 | 1-8 |
Living Organisms | 1-16 |
Introduction 1 | 1-24 |
5 | 1-37 |
Taxonomic Hierarchy 1 29 | 1-69 |
Classification of Plant Kingdom | 1-75 |
Bryophyta 1 | 1-85 |
Angiosperms 1 | 1-94 |
123 | 3-123 |
21 | 3-132 |
25 | 4-2 |
Transpiration | 4-25 |
Stomatal Transpiration 4 31 | 4-31 |
Measurement of Transpiration 4 37 | 4-38 |
Methods to Study the Mineral Requirements | 4-44 |
Mineral Salt Absorption 4 50 | 4-51 |
Classification of Animals | 1-105 |
Germ Layers 1111 | 1-111 |
Porifera Pore Bearing Animals 1 | 1-117 |
Chordata 1 | 1-136 |
ClassReptilia 1 | 1-142 |
Taxonomic Aids | 1-156 |
Anatomy of Root and Stem | 2-2 |
Animal Tissues | 2-3 |
19 | 2-19 |
Plant Tissues and Tissue Systems | 2-47 |
94 Lamina Epipodium 2 | 2-94 |
Inflorescence Flower Fruit | 2-108 |
115 | 2-115 |
121 | 2-121 |
128 | 2-128 |
136 | 2-136 |
Root Stem and Leaf | 2-144 |
Anatomy of Root Stem | 2-162 |
Secondary Growth in Dicotyledonous Roots 2 166 | 2-166 |
Morphology and Anatomy | 2-186 |
Morphology of Cockroach 2 | 2-197 |
15 | 2-211 |
Morphology of Frog 2 | 2-219 |
Receptors or Sense Organs 2233 | 2-233 |
Cell Inclusions 3 65 | 3-65 |
19 | 3-73 |
Cell Cycle 3 83 | 3-83 |
89 | 3-89 |
Molecules of the Cell 3 1023 134 | 3-102 |
3 Polysaccharides 3 109 | 3-109 |
117 | 3-117 |
27 | 4-59 |
Photosynthesis | 4-67 |
12 | 4-72 |
Summary of Photosynthetic Process 4 73 | 4-73 |
A Model for | 4-80 |
Crassulacean Acid Metabolism CAM 487 | 4-87 |
Translocation of Solutes | 4-100 |
as above | 5-2 |
Digestion and Absorption 5 35 42 | 5-5 |
Types of Digestion 5 15 | 5-15 |
Process of Digestion 5 27 | 5-27 |
30 | 5-34 |
Respiration | 5-43 |
34 | 5-63 |
Osmoregulation Excretory | 5-95 |
Structure of Kidney | 5-100 |
Process of Excretion 5 101 | 5-101 |
Disorders Related to Excretion 5 107 | 5-107 |
Locomotion and Movements | 5-144 |
Structure of Brain | 5-144 |
Sense Organs Receptors | 5-166 |
Structure of | 5-168 |
Auditory Organ or Statoacoustic Organ Ear 5 174 | 5-174 |
Endorcine System | 5-185 |
Hormone Producers | 5-188 |
1 Primary Gland 5189 2 Thyroid Gland 5 193 | 5-193 |
Respiratory System | 5-200 |
Other Hormone Secreting Organs 5 204 | 5-204 |
What is Locomotion and Movement ? 5 116 | 5-211 |
Levels of Biological Organization 1 5 | G-1 |
Common terms and phrases
absorption active algae amino acids angiosperms animals apical auxins bacteria blood body bone buds called cambium carbohydrates carbon cavity CBSE CBSE PMT cell membrane cell wall chemical chlorophyll chloroplasts chromosomes cockroach coelom compound concentration cork cambium cortex CPMT cycle cytoplasm develop differentiated diffusion earthworm electron endodermis energy enzymes epidermis epithelium eukaryotic fibres filaments floral flower formation frog fruits function glands glucose growth guard cells gymnosperms hence hormones inflorescence known layer leaf leaves lipids meiosis meristem metabolic microscope mitochondria mitosis molecules multicellular muscle nerve nitrogen nucleotides nucleus occurs organisms osmotic ovary oxidation oxygen phloem phosphate photosynthesis pigment plants plasma present pressure proteins pyruvic acid reaction reproduction respiration ribosomes root hairs secondary seeds short answer questions soil solution species stamens stem stomata structure substances substrate sugar surface synthesis temperature transpiration tube types vascular bundles vascular cambium vessels vitamin xylem