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Agriculture Biotechnology

₹189.00
₹210.00
Tax excluded
2010
28 Items

Specific References

According to New Revised CBCS Syllabus w.e.f. 2021-22

T.Y. Biotechnology

Semester-VI

A Text Book of

Agriculture Biotechnology

Author: Dr. Anil Dusane

Book ID: 2010

ISBN: 978-93-90646-18-0

Quantity
In Stock

Contents

1. Agriculture Biotechnology

1. Introduction of Agriculture Biotechnology

1.1 Scope of Agricultural Biotechnology

1.2 Role of Agricultural Biotechnology in India and the World

1.3 Concept of Urban Agriculture

2. Classical (Traditional) Agricultural Biotechnology versus Modern Agricultural Biotechnology

2.1 Classical (Traditional) Agricultural Biotechnology

3. Concepts and Applications of E-agriculture and use ICT in Agriculture

3.1 Concept of E-agriculture

3.2 Major Applications of E-agriculture

3.3 Use of ICT in Agriculture

3.4 Important uses of ICT in Agriculture

4. Biotechnology for Diagnostic Applications: Variety Purity Testing

4.1 Need of Seed Purity Testing

4.2 Methods for Testing Genetic Purity

4.3 Biotechnology for Diagnostic Applications: Pathogen Diagnosis

 

2. Development of Draught and Herbicide Tolerant Verities

1. Development of Abiotic Stress-Tolerant Varieties (Drought)

1.1 Introduction

1.2 Scope for Development of Abiotic Sstress-Tolerant Varieties (Drought)

1.3 Drought-Tolerant Varieties

1.1 Development of Abiotic Stress-Tolerant Varieties (Saline)

2. Developing Herbicide Resistance in Crops: Target of Herbicide Action and Detoxification of Herbicides

2.1 Introduction of Herbicide Resistance

2.2 Action of Herbicide

2.3 Target Site Resistance and Non-target Site Herbicide Resistance

2.4 Non-Target-Site Resistance (NTSR)

2.5 Mechanism of Target Site Resistance

3. Detoxification of Herbicides

3.1 Introduction

3.2 Herbicide Safeners

 

3. Greenhouse Technology and Protected Cultivation

1. Types of Greenhouse, Importance and Functions and Features of the Greenhouse

1.1 Introduction

1.2 Type of Greenhouses

1.3 Importance of Greenhouse Technology

1.4 Limitations of Greenhouse Technology

1.5 Functions of Greenhouse

1.6 Features of Greenhouse

1.7 Scope and Development of Greenhouse Technology

1.8 Development of Greenhouse Technology

2. Computer-Controlled Environment, Heating, Cooling, and Ventilation System

2.1 Computer-Controlled Environment

2.2 Principle of Computer-Controlled Environment

2.3 Computer-Controlled Heating

 

4. Bio-Pesticides and Biofertilizer Production Technology

1. Biopesticides, Definitions, Scope and Importance of Biopesticides

1.1 Introduction

1.2 Types of Biopesticides

1.3 Scope of Biopesticides

1.4 Importance of Biopesticides

2. Important Industries Producing Different Biopesticides

2.1 Biopesticides Manufacturing Companies (World-Wide)

2.2 Biopesticides Manufacturing companies in India

3. New Technologies and Microbial Control of Promising Plant Species for Pest Control

4. Biofertilizers: Introduction, Definition, Types, Development of Biofertilizers, Quality Control of Biofertilizers

4.1 Introduction, Definition and Necessity, Advantages

4.2 Types of Biofertilizers

4.3 Development of Biofertilizers

2. Mass cultivation of Rhizobium

3. Mass cultivation of Algal Biofertilizers (BGA. by Open Air Shallow Culture method

4.4 Quality Control of Biofertilizers

5. Use of Genetically Engineered Microorganisms for Improvement of Biofertilizers

6. Biotechnology for Recycling the Horticultural Waste as Manures and Livestock Feed

6.1 Recycling the Horticultural Waste as Manures

6.2 Recycling Crop Livestock Feed

7. Phytosanitization

7.1 Introduction

7.2 International Regulations

7.3 Measures of Phytosanitation

8. Principles of using Non-Conventional Fertilizers: Example Silicon

8.1 Principles of using Non-Conventional Fertilizers

8.2 Non-Conventional Fertilizer-Silicon (Si)

5. Transgenic Plants

1. Introduction to Molecular Marker-Assisted Plant Breeding

1.1 Restriction Fragment Length Polymorphism (RFLP)

1.2 Flowsheet of RFLP Technique

1.3 QTL (Quantitative Trait Loci)

1.4 Amplified Fragment Length Polymorphism PCR (or AFLP-PCR or

2. Transgenic Plants: Introduction and Importance (with examples)

2.1 Genetically Modified Crops (GM crops)

2.2 GM Food

2.3 Ethical and Social Aspects

3. Developing Transgenic Plants for Disease Resistance: Gene Transfer Techniques in Plants

3.1 Methodology of Gene Transfer

4. Transgenic Plants for Disease Resistance (Examples)

5. Developing Herbicide Resistance in Crops (The Target of Herbicide Action and Detoxification of Herbicides)

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