πΒ Advanced Biotechnology | R C Dubey | S Chand Publishing | Edition 2014
Advanced Biotechnology by R. C. Dubey, published by S Chand Publishing, is a comprehensive biotechnology textbook covering important areas of modern biotechnology, including Cell Biology, Molecular Biology, Molecular Genetics, Genetic Engineering, Gene Therapy, DNA Profiling, Bioinformatics, Genomics, Proteomics, Metagenomics, Enzyme Technology, Immunology, Plant Biotechnology, Animal Biotechnology, Industrial Microbiology and Environmental Biotechnology.
The 2014 edition contains 1162 pages, is available in paperback, and carries ISBN 9788121942904. S Chand's official listing identifies the book as an English-language textbook and provides its detailed chapter-wise coverage.
β Book Details
π’ Publisher: S Chand Publishing
βοΈ Author: R. C. Dubey
π Edition: 2014
π Pages: 1162
π Binding: Paperback
π Language: English
π’ ISBN: 9788121942904
π Size: 6.75 Γ 9.5 inches
π Category: Biotechnology | Molecular Biology | Genetic Engineering | Bioinformatics | Genomics | Immunotechnology
π― Suitable For: B.Sc. Students | M.Sc. Students | Biotechnology Students | Life Science Students | Biology Students | Competitive Examination Aspirants
S Chand describes the book as an illustrative textbook written in simple language, with possible questions at the end of each chapter, a glossary of important technical terms and a subject index for reference.
π Why This Book is Important
Modern biotechnology combines concepts from molecular biology, genetics, microbiology, biochemistry and computational biology.
This book brings together several major areas of biotechnology.
βοΈ Cell Biology
βοΈ Molecular Biology
βοΈ Molecular Genetics
βοΈ Biophysical Methods
βοΈ DNA Technology
βοΈ Genetic Engineering
βοΈ Gene Therapy
βοΈ DNA Profiling
βοΈ Protein Engineering
βοΈ Bioinformatics
βοΈ Genomics & Proteomics
βοΈ Metagenomics
βοΈ Enzyme Technology
βοΈ Immunotechnology
βοΈ Plant Biotechnology
βοΈ Transgenic Plants
βοΈ Transgenic Animals
βοΈ Industrial Microbiology
βοΈ Environmental Biotechnology
π Molecular Biology + Genetic Engineering + Bioinformatics + Biotechnology Applications = Comprehensive Biotechnology Study
π¬ 1. Cell Biology
The book begins with Cell Biology, providing a foundation for understanding cellular organization and biological processes.
Students can study:
βοΈ Cell Biology
βοΈ Cellular Organization
βοΈ Cellular Processes
βοΈ Biological Structures
βοΈ Cellular Functions
π Cell Structure β Cellular Functions β Molecular Processes β Biotechnology
𧬠2. Molecular Biology
Molecular Biology forms an important foundation of modern biotechnology.
Important areas include:
βοΈ DNA
βοΈ RNA
βοΈ Genes
βοΈ Molecular Processes
βοΈ Genetic Information
βοΈ Molecular Mechanisms
βοΈ Gene Expression
π DNA β RNA β Protein β Biological Function
𧬠3. Molecular Genetics
The textbook covers Molecular Genetics as an important component of biotechnology.
Students can understand:
βοΈ Genes
βοΈ Genetic Material
βοΈ Genetic Regulation
βοΈ Molecular Genetics
βοΈ Gene Manipulation
βοΈ Genetic Engineering Concepts
π Gene β Genetic Information β Manipulation β Biotechnology Application
π§ͺ 4. Biophysical Methods
The book includes a dedicated chapter on Biophysical Methods, introducing techniques and principles used in biological research.
Students can study:
βοΈ Biophysical Techniques
βοΈ Biological Analysis
βοΈ Analytical Methods
βοΈ Applications of Biophysics
π Biophysical Principles β Analytical Techniques β Biological Applications
𧬠5. DNA Modifying Enzymes & Restriction Endonucleases
An important part of genetic engineering involves enzymes used for manipulating DNA.
The book covers:
βοΈ DNA Modifying Enzymes
βοΈ Restriction Endonucleases
βοΈ DNA Manipulation
βοΈ Molecular Biotechnology
βοΈ Genetic Engineering
These concepts provide a foundation for understanding recombinant DNA technology.
𧬠6. Cloning Vectors
The textbook includes a dedicated chapter on Cloning Vectors.
Students can understand:
βοΈ Cloning Vectors
βοΈ DNA Cloning
βοΈ Gene Insertion
βοΈ Recombinant DNA Technology
βοΈ Molecular Cloning
π DNA Fragment β Vector β Cloning β Recombinant DNA
π§ͺ 7. Methods of Gene Manipulation
The book discusses Methods of Gene Manipulation, an important area of genetic engineering.
Students can study:
βοΈ Gene Manipulation
βοΈ DNA Modification
βοΈ Recombinant DNA Technology
βοΈ Gene Transfer
βοΈ Molecular Techniques
π Gene Selection β DNA Manipulation β Gene Transfer β Expression
𧬠8. Gene Therapy
The textbook includes Gene Therapy, connecting molecular genetics with medical biotechnology.
Important areas include:
βοΈ Gene Therapy
βοΈ Genetic Disorders
βοΈ Gene-Based Approaches
βοΈ Molecular Medicine
π Gene β Genetic Defect β Therapeutic Approach
𧬠9. DNA Profiling
DNA Profiling is another important application of molecular biotechnology covered in the book.
Students can understand:
βοΈ DNA Profiling
βοΈ DNA Analysis
βοΈ Genetic Identification
βοΈ Molecular Applications
π DNA Analysis β Genetic Identification β Biotechnology Application
𧫠10. Protein Structure, Engineering & Design
The book also introduces protein engineering and design.
Students can study:
βοΈ Protein Structure
βοΈ Protein Engineering
βοΈ Protein Design
βοΈ Biological Functions
βοΈ Biotechnology Applications
π Protein Structure β Engineering β Design β Application
π» 11. Bioinformatics
Bioinformatics represents the computational side of modern biotechnology.
Important areas include:
βοΈ Bioinformatics
βοΈ Biological Data
βοΈ Computational Biology
βοΈ Sequence Analysis
βοΈ Biotechnology Applications
π Biological Data β Computational Analysis β Biological Interpretation
𧬠12. Genomics & Proteomics
The book covers both Genomics and Proteomics, two major areas of modern life-science research.
Students can study:
βοΈ Genomics
βοΈ Proteomics
βοΈ Genome Analysis
βοΈ Protein Analysis
βοΈ Molecular Data
βοΈ Biotechnology Applications
π Genome β Genes β Proteins β Biological Functions
π 13. Metagenomics
The textbook includes a dedicated chapter on Metagenomics.
Students can understand:
βοΈ Metagenomics
βοΈ Microbial Genetic Material
βοΈ Molecular Analysis
βοΈ Environmental Applications
βοΈ Biotechnology Research
π Microbial Communities β Genetic Material β Molecular Analysis
π§ͺ 14. Enzyme Technology
Enzyme Technology is an important industrial and biotechnology application.
The book covers:
βοΈ Enzyme Technology
βοΈ Enzyme Applications
βοΈ Industrial Biotechnology
βοΈ Biological Catalysts
βοΈ Biotechnology Processes
π Enzyme β Catalysis β Process β Industrial Application
𧫠15. Immunology
The book includes Immunology, providing a biological foundation for understanding immune responses.
Students can study:
βοΈ Immune System
βοΈ Immunological Concepts
βοΈ Antigen-Antibody Relationships
βοΈ Immune Responses
βοΈ Biotechnology Applications
𧬠16. Immunotechnology
The textbook further develops the subject through Immunotechnology.
Important areas include:
βοΈ Immunotechnology
βοΈ Immunological Techniques
βοΈ Antibody-Based Applications
βοΈ Biotechnology
π Immunology β Technology β Biological Application
π± 17. Plant Biotechnology
Plant Biotechnology is covered as a separate major area.
Students can study:
βοΈ Plant Biotechnology
βοΈ Plant Genetic Manipulation
βοΈ Plant-Based Applications
βοΈ Biotechnology Techniques
π Plant Biology β Genetic Technology β Plant Biotechnology
πΏ 18. Transgenic Plants
The book includes a dedicated chapter on Transgenic Plants.
Students can understand:
βοΈ Transgenic Plants
βοΈ Gene Transfer
βοΈ Plant Genetic Engineering
βοΈ Genetically Modified Plants
βοΈ Biotechnology Applications
π Gene β Plant Cell β Transformation β Transgenic Plant
π 19. Transgenic Animals / Animal Biotechnology
The textbook also covers Transgenic Animals, presented as part of Animal Biotechnology.
Important areas include:
βοΈ Animal Biotechnology
βοΈ Transgenic Animals
βοΈ Genetic Modification
βοΈ Gene Transfer
βοΈ Biotechnology Applications
π Gene Manipulation β Animal Biotechnology β Transgenic Animals
𧫠20. Industrial Microbiology
Industrial Microbiology connects microbiological knowledge with industrial applications.
Students can study:
βοΈ Industrial Microbiology
βοΈ Microbial Applications
βοΈ Industrial Processes
βοΈ Biotechnology Production
βοΈ Microbial Technology
π Microorganisms β Biological Processes β Industrial Application
π 21. Environmental Biotechnology
The book concludes its major subject coverage with Environmental Biotechnology.
Important areas include:
βοΈ Environmental Biotechnology
βοΈ Microbial Applications
βοΈ Environmental Processes
βοΈ Biotechnology for Environmental Applications
βοΈ Biological Treatment Concepts
π Biology β Biotechnology β Environmental Application
π 22. Chapter-Wise Questions for Revision
One useful feature of the book is the inclusion of possible questions at the end of each chapter.
These can support:
βοΈ Examination Preparation
βοΈ Topic Revision
βοΈ Self-Assessment
βοΈ Concept Practice
βοΈ Important Question Preparation
π Study β Practice β Revise β Prepare
S Chand specifically mentions end-of-chapter questions as a feature of the book.
π 23. Glossary & Subject Index
The book also contains a glossary of important technical terms and a subject index.
These features can help students with:
βοΈ Technical Terminology
βοΈ Quick Reference
βοΈ Concept Revision
βοΈ Topic Searching
βοΈ Examination Preparation
π Learn β Understand β Refer β Revise
π 24. B.Sc. & M.Sc. Biotechnology Students
The book is particularly relevant for students studying biotechnology and related life-science subjects.
It can be useful for:
π B.Sc. Biotechnology Students
π¬ M.Sc. Biotechnology Students
𧬠Life Science Students
𧫠Microbiology Students
π± Biology Students
π Biotechnology Learners
π Competitive Examination Aspirants
The book is also cited as a reference text for biotechnology courses in university syllabi, including B.Sc. and M.Sc.-level study.
π 25. Comprehensive Subject Coverage
The book combines major branches of modern biotechnology.
π¬ Molecular Biology
Cell Biology β Molecular Biology β Molecular Genetics
𧬠Genetic Engineering
DNA Enzymes β Cloning Vectors β Gene Manipulation β Gene Therapy β DNA Profiling
π» Computational & Molecular Biotechnology
Protein Engineering β Bioinformatics β Genomics β Proteomics β Metagenomics
π§ͺ Applied Biotechnology
Enzyme Technology β Immunotechnology β Plant Biotechnology β Animal Biotechnology β Industrial Microbiology β Environmental Biotechnology
π Fundamentals β Genetic Engineering β Molecular Applications β Industrial & Environmental Biotechnology
π₯ 26. Best Study Strategy
For effective preparation, students can follow the book in the following sequence:
π Step 1
Build the foundation with Cell Biology, Molecular Biology and Molecular Genetics.
𧬠Step 2
Study DNA modifying enzymes, restriction endonucleases and cloning vectors.
π§ͺ Step 3
Complete gene manipulation, gene therapy and DNA profiling.
π» Step 4
Study protein engineering, Bioinformatics, Genomics, Proteomics and Metagenomics.
𧫠Step 5
Revise Enzyme Technology, Immunology and Immunotechnology.
π± Step 6
Complete Plant Biotechnology, Transgenic Plants and Animal Biotechnology.
π Step 7
Finish with Industrial Microbiology and Environmental Biotechnology.
π Step 8
Practice the chapter-end questions, glossary and subject index for revision.
π Molecular Biology β Genetic Engineering β Bioinformatics β Applied Biotechnology β Revision
β Why This Book is Recommended
βοΈ Edition 2014
βοΈ Written by R. C. Dubey
βοΈ Published by S Chand Publishing
βοΈ 1162 Pages
βοΈ ISBN 9788121942904
βοΈ Paperback Edition
βοΈ English Medium
βοΈ Covers Cell Biology
βοΈ Covers Molecular Biology
βοΈ Covers Molecular Genetics
βοΈ Covers Genetic Engineering
βοΈ Covers Gene Therapy
βοΈ Covers DNA Profiling
βοΈ Covers Protein Engineering
βοΈ Covers Bioinformatics
βοΈ Covers Genomics & Proteomics
βοΈ Covers Metagenomics
βοΈ Covers Enzyme Technology
βοΈ Covers Immunology & Immunotechnology
βοΈ Covers Plant Biotechnology
βοΈ Covers Transgenic Plants
βοΈ Covers Animal Biotechnology
βοΈ Covers Industrial Microbiology
βοΈ Covers Environmental Biotechnology
βοΈ Includes Chapter-End Questions
βοΈ Includes Glossary
βοΈ Includes Subject Index
π― Final Verdict
Advanced Biotechnology by R. C. Dubey is a comprehensive biotechnology textbook covering both the fundamental concepts and major applications of modern biotechnology.
The 2014 edition contains 1162 pages and carries ISBN 9788121942904. Its extensive coverage of Molecular Biology, Molecular Genetics, Genetic Engineering, Gene Therapy, DNA Profiling, Bioinformatics, Genomics, Proteomics, Metagenomics, Enzyme Technology, Immunotechnology, Plant Biotechnology, Animal Biotechnology, Industrial Microbiology and Environmental Biotechnology makes it a useful academic reference for students of biotechnology and related life-science disciplines.
βοΈ R. C. Dubey
βοΈ S Chand Publishing
βοΈ Edition 2014
βοΈ 1162 Pages
βοΈ ISBN 9788121942904
βοΈ Molecular Biology
βοΈ Molecular Genetics
βοΈ Genetic Engineering
βοΈ Gene Therapy
βοΈ DNA Profiling
βοΈ Bioinformatics
βοΈ Genomics & Proteomics
βοΈ Metagenomics
βοΈ Enzyme Technology
βοΈ Immunotechnology
βοΈ Plant Biotechnology
βοΈ Animal Biotechnology
βοΈ Industrial Microbiology
βοΈ Environmental Biotechnology
π A detailed biotechnology reference for B.Sc., M.Sc. and Life Science students.
BuyΒ Advanced Biotechnology by R. C. Dubey, published by S Chand Publishing, Edition 2014. This comprehensive biotechnology textbook covers Molecular Biology, Molecular Genetics, Genetic Engineering, Gene Therapy, DNA Profiling, Bioinformatics, Genomics, Proteomics, Metagenomics, Enzyme Technology, Immunotechnology, Plant Biotechnology, Animal Biotechnology and Environmental Biotechnology.
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Complete Advanced Biotechnology covering Cell Biology, Molecular Biology, Molecular Genetics, DNA Technology, Genetic Engineering, Gene Therapy, DNA Profiling, Protein Engineering, Bioinformatics, Genomics, Proteomics, Metagenomics, Enzyme Technology, Immunotechnology, Plant Biotechnology, Transgenic Plants, Animal Biotechnology, Industrial Microbiology and Environmental Biotechnology.
Advanced Biotechnology by R. C. Dubey, published by S Chand Publishing, is a 1162-page comprehensive biotechnology textbook covering fundamental molecular concepts, genetic engineering techniques, computational biology and major applications of biotechnology, with chapter-end questions, glossary and subject index for effective study and revision.