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Animal and Plant Development

BI 1290

New

According to New Revised Syllabus w.e.f. 2010 PUNE, Maharashtra (INDIA)

Text Book of 

Animal and Plant Development

TY Biotech Sem-I

Author : Dr. Ashok C.Inamdar, Sourav Mukherjee, Peeyush M.Pahade

Book ID : 1290

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Rs.198

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Contents

1. introduction to development     

1.1 introduction 

1.2 types of development and branches of embryology  

1.3 principal features of development in animals and plants

1.3.1 Phases of Ontogenic Development in Animals

1.3.2 Development in Plants  

2. gametogenesis, fertilization, development   

2.1 gametogenesis in animals 

2.1.1 Spermatogenesis  

2.1.2 Oogenesis  

2.1.3 Ovum 

2.1.4 Differences between Spermatogenesis and Oogenesis    

2.2 gametogenesis in plants  

2.3 fertilization in plants  

2.4 fertilization in animals 

3. types and patterns of cleavage  

3.1 introduction 

4. gastrulation  

4.1 Definition of gastrulation     

4.2 morphogenetic movements and morphogenesis  

4.3 process of gastrulation  

4.4 the early development of frog  

4.5 gastrulation in frog     

4.6 the early development of chick 

4.6.1 The Egg    

4.6.2 Tertiary Membranes     

4.6.3 Cleavage   

4.6.4 Blastula   

4.6.5 Gastrulation     

4.6.6 Notogenesis

4.6.7 Neurulation

4.6.8 Delimitation of the Embryo   

4.6.9 Flexures and Torsion   

4.6.10 Structure of 72 hours Chick Embryo

5. concept of competence, determination, commitment, differentiation and developmental plasticity in plant and animals    

5.1 Determination of primary organ rudiments   

5.2 embryonic induction

5.3 differentiation    

5.3.1 Chemical Basis of Differentiation  

5.3.2 Role of Genes in Differentiation   

5.3.3 Signals to Genes in Differentiation

5.3.4 Recognition of genes by signal molecules 

5.3.5 Relation of Differentiation to Mitosis   

5.3.6 Differentiation and its Reversibility

5.4 redifferentiation  

5.5 developmental plasticity 

6. role of genes in patterning and development, concept of stem cells  

6.1 pattern formation in drosophila

6.2 Concepts of Stem Cells   

6.2.1 Introduction to Stem Cells   

6.2.2 Types of Stem Cells    

6.2.3 Differenciation of Stem Cells

6.2.4 Adult Stem Cells 

6.3 progenitor cells   

7. aging and apoptosis 

7.1 aging  

7.1.1 Definition of Aging

7.1.2 Symptoms of Aging

7.1.3 An Overview of Aging and of Aging Theories     

7.1.4 Evolution Theory and Species - Specific Aging  

7.1.5 Sex and Aging    

7.1.6 Aging of other Organ Systems 

7.1.7 The Free Radical Theory of Aging   

7.1.8 Mitochondria and Aging 

7.1.9 The Glycation Theory of Aging

7.1.10 Protein Damage and Maintenance in Aging 

7.1.11 DNA Damage and DNA Repair   

7.1.12 Telomeres and Aging   

7.1.13 Accelerated Aging Diseases (Segmental Progeria)     

7.1.14 Cellular Senescence and Apoptosis in Aging    

7.1.15 Longevity Genes (Flies and Worms) 

7.1.16 Hormones and Aging    

7.1.17 The Immune System and Aging 

7.1.18 Inflammation and Aging

7.1.19 Accumulation of Toxins and Chemical Garbage   

7.1.20 Cancer and Aging

7.1.21 Caloric Restriction with Adequate Nutrition (CRAN)  

7.2 apoptosis: programmed cell death

7.2.1 Discovery and Etymology

7.2.2 Functions  

7.3 abnormal development and cancer teratogenesis    

7.3.1 Artificial Development of Teratomas

7.3.2 Cancer     

8. Cloning in mammals, transgenic technology in plants and animals     

8.1 cloning in mammals 

8.1.1 Types of Cloning 

8.1.2 Earlier Experiments on Cloning     

8.1.3 Reproductive Cloning in Animals

8.1.4 Risk Factors for Animal Cloning

8.1.5 Cloning in Reproductive Medicine   

8.1.6 Interspecies Bioassay for Reproductive Embryo Cloning

8.1.7 Embryonic Stem Cells for Future Therapeutic Applications

8.1.8 Cloning Via Embryo Splitting 

8.1.9 Human Implications of Cloning Research   

8.1.10 Human Therapeutic Cloning for Transplantable Tissues

8.1.11 Ethical Issues in Use of Human Stem Cells for Transplantation   

8.2 transgenic Technology    

8.2.1 Transgenic Technology in Plants    

8.2.2 Transgenic Animals     

8.2.3 Ethical Issues in Genetic Engineering and Transgenics     

9. cell fusion and somatic cell genetics 

9.1 introduction 

9.2 overview of humoral immunity   

9.3 clonal selection and lymphocyte amplification in response to individual antigens     

10. embryogenesis in plants  

10.1 introduction

10.2 embryogenesis in bicotyledons 

10.3 embryogenesis in monocotyledons     

10.4 embryogenesis in arabidopsis  

10.5 meristems   

10.5.1 Theories of Meristems 

10.5.2 Present Ideas of Shoot and Root Development   

10.5.3 Secondary Meristems   

10.6 plant hormone

10.6.1 Auxin     

10.6.2 Gibberellin     

10.6.3 Cytokinins

10.6.4 Abscisic Acid   

10.6.5 Ethylene  

11. organogenesis, somatic embryogenesis, regeneration of plants 

11.1 Organogenesis     

11.2 somatic embryogenesis   

11.2.1 Analogy and Cytology  

11.2.2 Factors Affecting Somatic Embryogenesis 

11.3 regeneration of plant protoplasts   

12. arabidopsis - as a plant development model system

12.1 introduction

12.2 pattern formation 

12.2.1 Floral Patterning     

12.2.2 Shoot Patterning

12.2.3 Root Patterning 

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