π Introduction to Applied Biology Course 2: As per the New Syllabus Prescribed by APSCHE | Aditya Arya | S Chand Publishing | Edition 2023
Introduction to Applied Biology Course 2 by Aditya Arya, published by S Chand Publishing, is an undergraduate textbook specifically designed according to the new syllabus prescribed by the Andhra Pradesh State Council of Higher Education (APSCHE). It is intended for B.Sc. First Semester students and comprehensively covers Course 2: Introduction to Applied Biology.
The book is divided intoΒ 5 units and 21 chapters, covering Microbiology, Immunology, Biochemistry, Biotechnology, Analytical Tools and Techniques, Biostatistics and Bioinformatics. It also includes chapter-end exercises for practice and revision.Β
βΒ Book Details
π’ Publisher: S Chand Publishing
βοΈ Author: Aditya Arya
π Edition: 2023
π Pages: 416
π Binding: Paperback
π Language: English
π’ ISBN: 9789358700008
π Size: 6.50 Γ 9.25 inches
π° Publisher Listed Price: βΉ380
π Category: Applied Biology | B.Sc. | Microbiology | Biotechnology | Biochemistry | Bioinformatics
π― Suitable For: B.Sc. First Semester Students | Biology Students | Life Science Students | Biotechnology Students | Microbiology Students
The publisher confirms that the book is designed for B.Sc. First Semester students under APSCHE.Β
π Why This Book is Important
Applied Biology connects fundamental biological concepts with their practical and technological applications.
This textbook provides integrated coverage of several important areas of modern Biology:
βοΈ Microbiology
βοΈ Immunology
βοΈ Biochemistry
βοΈ Biotechnology
βοΈ Genetic Engineering
βοΈ Environmental Biotechnology
βοΈ Analytical Techniques
βοΈ Immunological Techniques
βοΈ Biostatistics
βοΈ Bioinformatics
π Biology Concepts + Applications + Analytical Tools + Data Science = Applied Biology Preparation
π¦ 1. Essentials of Microbiology & Immunology
The first unit introduces students to the foundations of Microbiology and Immunology.
Important topics include:
βοΈ History of Microbiology
βοΈ Types of Microbes
βοΈ Classification of Microorganisms
βοΈ Applications of Microbes
βοΈ Basic Principles of Immunology
βοΈ Immune System
βοΈ Immunity
βοΈ Immunoglobulins
βοΈ Complement System
βοΈ Cell-Mediated Immunity
The book also connects microbiology with contemporary applications such as food production, agriculture, environmental management and industrial applications.Β
π Microbes β Applications β Immune System β Immunity
π¬ 2. History & Fundamentals of Microbiology
Students are introduced to the development of Microbiology and important discoveries made by prominent scientists.
Topics include:
βοΈ Development of Microbiology
βοΈ Important Microbiologists
βοΈ Discovery of Microorganisms
βοΈ Germ Theory
βοΈ Modern Microbiology
βοΈ Applications of Microbiology
This provides students with a foundation for understanding microorganisms and their significance in Biology.Β
𧬠3. Microbes: Types & Classification
The book introduces different types of microorganisms and biological agents.
Students can study:
βοΈ Viruses
βοΈ Viroids
βοΈ Prions
βοΈ Archaea
βοΈ Bacteria
βοΈ Fungi
βοΈ Protozoa
βοΈ Microscopic Algae
βοΈ Multicellular Animal Parasites
π Type β Structure β Classification β Application
π‘οΈ 4. Basic Principles of Immunology
The textbook provides an introduction to the fundamental concepts of Immunology.
Important topics include:
βοΈ Cells of Immune System
βοΈ Organs of Immune System
βοΈ Types of Immunity
βοΈ Immunoglobulins
βοΈ Complement System
βοΈ Cell-Mediated Immunity
βοΈ HLA Complex
βοΈ Histocompatibility
These concepts help students understand how biological systems respond to foreign substances and pathogens.Β
π§ͺ 5. Essentials of Biochemistry
Unit II introduces students to important biochemical molecules and metabolic processes.
The book covers:
βοΈ Carbohydrates
βοΈ Lipids
βοΈ Amino Acids
βοΈ Proteins
βοΈ Nucleic Acids
βοΈ DNA
βοΈ RNA
βοΈ Metabolism
βοΈ Enzymes
βοΈ Catalysis
π Biomolecules β Metabolism β Enzymes β Biological Functions
π 6. Carbohydrates & Lipids
Students can develop a foundation in the structure, classification and functions of carbohydrates and lipids.
Important concepts include:
βοΈ Carbohydrate Structure
βοΈ Carbohydrate Classification
βοΈ Chemical Properties
βοΈ Functions of Carbohydrates
βοΈ Lipid Structure
βοΈ Lipid Classification
βοΈ Important Reactions of Lipids
These concepts form the basis for understanding cellular metabolism.Β
𧬠7. Amino Acids, Proteins & Nucleic Acids
The book introduces the molecular foundations of biological systems.
Students can study:
βοΈ Amino Acids
βοΈ Peptide Bonds
βοΈ Protein Structure
βοΈ Protein Classification
βοΈ DNA Structure
βοΈ RNA Structure
βοΈ Types of RNA
βοΈ Biological Functions of Nucleic Acids
π Amino Acids β Proteins β DNA/RNA β Biological Information
β‘ 8. Metabolism & Catalysis
The textbook explains fundamental metabolic processes and enzyme-mediated reactions.
Relevant concepts include:
βοΈ Anabolism
βοΈ Catabolism
βοΈ Energy-Generating Pathways
βοΈ Biosynthetic Pathways
βοΈ Enzyme Catalysis
βοΈ Enzyme Kinetics
βοΈ Regulation of Enzyme Activity
This section helps students understand how cells generate and utilize energy.Β
𧬠9. Essentials of Biotechnology
Unit III introduces the fundamentals and applications of Biotechnology.
Important areas include:
βοΈ History of Biotechnology
βοΈ Modern Biotechnology
βοΈ Medical Biotechnology
βοΈ Agricultural Biotechnology
βοΈ Food Biotechnology
βοΈ Environmental Biotechnology
βοΈ Industrial Biotechnology
βοΈ Ethical Issues
βοΈ Future Trends
π Biology + Technology = Biotechnology
π± 10. Environmental Biotechnology
The book introduces biotechnology-based approaches for solving environmental problems.
Students can study:
βοΈ Bioremediation
βοΈ Biofuels
βοΈ Biofertilizers
βοΈ Biopesticides
βοΈ Environmental Applications of Biotechnology
These topics demonstrate how biological systems can be used for environmental management.Β
𧬠11. Genetic Engineering
Genetic Engineering is an important component of modern Biotechnology.
The book covers:
βοΈ Recombinant DNA Technology
βοΈ Tools of Genetic Engineering
βοΈ Cloning Vectors
βοΈ Gene Transfer Techniques
βοΈ Selection of Recombinant Cells
βοΈ Identification of Recombinant Cells
π DNA β Recombinant DNA β Gene Transfer β Recombinant Organism
πΎ 12. Transgenic Organisms
The textbook introduces the concept and applications of genetically modified organisms.
Students can study:
βοΈ Transgenic Plants
βοΈ Transgenic Animals
βοΈ Production of Transgenic Organisms
βοΈ Applications of Transgenic Technology
This section helps students understand the practical applications of genetic engineering.Β
π 13. Analytical Tools & Techniques in Biology
Unit IV focuses on important biological analytical techniques and their applications.
Topics include:
βοΈ PCR
βοΈ DNA Fingerprinting
βοΈ Immunoblotting
βοΈ ELISA
βοΈ Monoclonal Antibodies
βοΈ Gene Therapy
βοΈ Forensic Applications
π Biological Sample β Analytical Technique β Data β Diagnosis/Application
𧬠14. PCR & DNA Fingerprinting
PCR and DNA fingerprinting are important molecular biology techniques with applications in research, medicine and forensic science.
Students can learn:
βοΈ Polymerase Chain Reaction
βοΈ DNA Amplification
βοΈ DNA Fingerprinting
βοΈ Forensic Applications
βοΈ Molecular Analysis
These techniques demonstrate how molecular biology can be applied to real-world problems.Β
π§ͺ 15. ELISA & Immunoblotting
The book introduces important immunological analytical techniques.
Students can study:
βοΈ Antibodies in Immunological Methods
βοΈ ELISA
βοΈ Radioimmunoassay
βοΈ Western Blot
βοΈ Immunoblotting
These techniques are important for understanding biological detection and diagnostic applications.Β
π§« 16. Monoclonal Antibodies
Monoclonal antibodies have important applications in diagnosis, research and therapy.
The book covers:
βοΈ Monoclonal Antibodies
βοΈ Hybridoma Technology
βοΈ Production of Monoclonal Antibodies
βοΈ Molecular Diagnosis
βοΈ Therapeutic Applications
π Hybridoma Technology β Monoclonal Antibody β Diagnosis & Therapy
𧬠17. Eugenics & Gene Therapy
Students are introduced to the historical and scientific concepts surrounding eugenics as well as modern gene therapy.
Relevant topics include:
βοΈ History of Eugenics
βοΈ Eugenics Techniques
βοΈ Gene Therapy
βοΈ Applications of Gene Therapy
βοΈ Ethical Considerations
The book places these topics within the broader context of applied biological sciences.Β
π 18. Biostatistics
Unit V introduces students to quantitative methods used in biological research and data analysis.
The book covers:
βοΈ Data Collection
βοΈ Sampling
βοΈ Population & Sample
βοΈ Types of Data
βοΈ Mean
βοΈ Median
βοΈ Mode
βοΈ Measures of Dispersion
βοΈ Probability
βοΈ Hypothesis Testing
βοΈ Statistical Tests
βοΈ Z-Test
βοΈ ANOVA
π Data Collection β Analysis β Statistical Test β Interpretation
π» 19. Bioinformatics
The textbook introduces the use of computational tools and databases in modern Biology.
Students can study:
βοΈ Genomics
βοΈ Proteomics
βοΈ Biological Data
βοΈ Biological Databases
βοΈ Nucleic Acid Sequence Analysis
βοΈ FASTA
βοΈ BLAST
βοΈ Multiple Sequence Analysis
βοΈ Phylogenetic Analysis
βοΈ Protein Structure Databases
This makes the book relevant to students interested in modern computational Biology and Life Sciences.Β
π 20. Chapter-End Exercises
One of the useful features highlighted by S Chand is the inclusion of engaging chapter-end exercises for practice.Β
These can help students with:
βοΈ Topic Revision
βοΈ Self-Assessment
βοΈ Concept Reinforcement
βοΈ Semester Examination Preparation
βοΈ Quick Revision
π Study β Practice β Evaluate β Revise
π 21. APSCHE B.Sc. First Semester Preparation
This book has been specifically designed to meet the needs of B.Sc. First Semester students under APSCHE and comprehensively covers Course 2: Introduction to Applied Biology.Β
It is therefore especially suitable for:
π B.Sc. First Semester Students
π¬ Biology Students
𧬠Life Science Students
π§ͺ Biotechnology Students
π¦ Microbiology Students
π Students Following APSCHE Curriculum
π 22. Complete Course Coverage
The book covers all five major units:
π¦ Unit I β Microbiology & Immunology
History β Microbes β Applications β Immunology
π§ͺ Unit II β Biochemistry
Carbohydrates β Lipids β Proteins β Nucleic Acids β Metabolism
𧬠Unit III β Biotechnology
Biotechnology β Environmental Biotechnology β Genetic Engineering β Transgenic Organisms
π¬ Unit IV β Analytical Tools
PCR β DNA Fingerprinting β ELISA β Immunoblotting β Monoclonal Antibodies β Gene Therapy
π Unit V β Biostatistics & Bioinformatics
Data β Statistics β Probability β Genomics β Proteomics β Biological Databases
π Five Units + 21 Chapters = Complete Applied Biology Course 2 CoverageΒ
π₯ 23. Best Study Strategy
Use the textbook systematically according to the APSCHE syllabus.
π Step 1
Begin with Microbiology and Immunology fundamentals.
π§ͺ Step 2
Build a strong foundation in biomolecules and metabolism.
𧬠Step 3
Study biotechnology and genetic engineering.
π Step 4
Understand PCR, DNA fingerprinting, ELISA and other analytical techniques.
π Step 5
Practice biostatistics concepts and statistical calculations.
π» Step 6
Learn the basics of genomics, proteomics and biological databases.
π Step 7
Use chapter-end exercises for revision and self-assessment.
π Concepts β Applications β Analytical Techniques β Data Analysis β Revision
β Why This Book is Recommended
βοΈ 2023 Edition
βοΈ Written by Aditya Arya
βοΈ Published by S Chand Publishing
βοΈ Designed according to the APSCHE syllabus
βοΈ Specifically intended for B.Sc. First Semester students
βοΈ Covers Course 2: Introduction to Applied Biology
βοΈ 5 Units
βοΈ 21 Chapters
βοΈ 416 Pages
βοΈ ISBN 9789358700008
βοΈ Covers Microbiology & Immunology
βοΈ Covers Biochemistry
βοΈ Covers Biotechnology
βοΈ Covers Genetic Engineering
βοΈ Covers Analytical Biology Techniques
βοΈ Covers Biostatistics
βοΈ Covers Bioinformatics
βοΈ Includes chapter-end exercises
βοΈ Useful for semester examination preparationΒ
π― Final Verdict
Introduction to Applied Biology Course 2: As per the New Syllabus Prescribed by APSCHE by Aditya Arya is a syllabus-oriented textbook specifically developed for B.Sc. First Semester students following the APSCHE curriculum.
With 416 pages, 5 units and 21 chapters, the book provides integrated coverage of Microbiology, Immunology, Biochemistry, Biotechnology, Genetic Engineering, Analytical Techniques, Biostatistics and Bioinformatics.Β
βοΈ Aditya Arya
βοΈ S Chand Publishing
βοΈ Edition 2023
βοΈ ISBN 9789358700008
βοΈ 416 Pages
βοΈ APSCHE New Syllabus
βοΈ B.Sc. First Semester
βοΈ Introduction to Applied Biology β Course 2
βοΈ Microbiology & Immunology
βοΈ Biochemistry
βοΈ Biotechnology
βοΈ Genetic Engineering
βοΈ PCR & DNA Fingerprinting
βοΈ ELISA & Immunoblotting
βοΈ Biostatistics
βοΈ Bioinformatics
π An ideal syllabus-focused textbook for B.Sc. First Semester students studying Applied Biology under APSCHE.
BuyΒ Introduction to Applied Biology Course 2 by Aditya Arya, published by S Chand Publishing, Edition 2023. As per the new APSCHE syllabus, this B.Sc. First Semester textbook covers Microbiology, Immunology, Biochemistry, Biotechnology, Genetic Engineering, Analytical Techniques, Biostatistics and Bioinformatics.
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LatestΒ Introduction to Applied Biology Course 2 2023 by Aditya Arya
Best Applied Biology Course 2 Textbook for B.Sc. First Semester Students
Complete Introduction to Applied Biology Course 2 as per the new APSCHE syllabus, covering Microbiology, Immunology, Biochemistry, Biotechnology, Environmental Biotechnology, Genetic Engineering, Transgenic Organisms, PCR, DNA Fingerprinting, ELISA, Immunoblotting, Monoclonal Antibodies, Gene Therapy, Biostatistics, Genomics, Proteomics and Bioinformatics.
Introduction to Applied Biology Course 2 by Aditya Arya, published by S Chand Publishing, is a comprehensive B.Sc. First Semester Applied Biology textbook designed according to the Andhra Pradesh State Council of Higher Education (APSCHE) syllabus, with 5 units, 21 chapters, 416 pages and chapter-end exercises for effective concept building and examination preparation.Β