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Molecular Biology-I

Name: Molecular Biology-I
SKU: 1885
Availability: InStock

Book ID: 1885

Author: Dr. Nivedita Das, Imran Patel

ISBN: 978-81-946902-3-8

About Author

Dr. Nivedita Das received her M.Sc., M.Phil and Ph.D in Zoology (Cell and Developmental Biology) from Utkal University, Bhubaneswar Odisha. She started her career teaching Biology in M.I.T. Junior College,Pune.Since,2004 she is teaching undergraduate course in Biotechnology of Savitribai Phule Pune University. She has more than 19 years of teaching experience and 8 years of research experience. She has participated and attended in number of National and International Conferences, Seminars and Workshops. She has publications in reputed International and National journals. Presently working as Assistant Prof. Biotechnology in Modern College of Arts, Science and Commerce, Ganeshkhind, Pune-16.

Imran Patel is an inspirational speaker, motivational teacher and researcher at heart, He has authored books on biotechnology subjects for a long time. He is working as Assistant Professor in Dept. of Biotechnology at Spicer Adventist University, Pune. He is SET qualified and has completed a certification in “Medical Genetics”. He is also a plus educator at Unacademy.com (an online learning platform) for NEET biology. In the past, he has worked with Sinhgad College of Science, Pune. He has current teaching experience of 11+ years with participation in different workshops and conferences and has headed various committees in his academics. He is pursuing Ph.D. in Nanobiotechnology and has published more than 5 research articles in various peer reviewed journals.

Original price was: ₹180.Current price is: ₹144.

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Description

1. Historical and Conceptual Background
1. Molecular Basis of Heredity
2. Central Dogma of Molecular Biology
2.1 Exceptions to Central Dogma
2.2 RNA Replication
2.3 Direct Translation from DNA to Protein
2.4 Reverse Transcription
3. Discovery of DNA as the Genetic Material
3.1  Bacterial Transformation / the Transformation Experiments
3.2 The Blendor Experiment
3.4 Properties  of the Genetic Material
4. Watson and Crick's Model of DNA Molecule
4.1 Salient Features of DNA
5. Nucleic Acids - Structure, Properties and Functions
5.1 Deoxyribonucleic Acid (DNA)
6. Structure of DNA
7. Salient Feature of Double Helix
8. Chargaff Rule
9. Types and Structure of RNA
9.1 The Genetic and Non-genetic RNA
9.2 Messenger RNA or Nuclear RNA (m-RNA)
9.3 Ribosomal RNA (R-RNA)
9.4 Transfer RNA (t-RNA)
9.5 Non-coding RNA (nc-RNA)
2. Concept and Organization of Genome
1. Introduction
2. Concept and Organization of Genome
2.1 Prokaryotic Genetic Material
2.2 Eukaryotic Genetic Material
3. Chromatin Structure
3.1 Chromatin and Histones
3.2 Coding and Non-coding DNA Sections
4. DNA Packaging
4.1 Nucleosome
4.2 30 Nanometrefibre and Condensed Chromosomes
4.3 Prokaryotic Chromosome
4.4 Functions of Non-coding DNA
4.5 DNA Supercoiling
5. Viral Genomes
5.1 RNA Virus Genomes
5.2 Ambisense Genome Organization
5.3 DNA Virus Genomes
5.4 Chloroplast DNA
6. Definition of Gene
6.1 The Concept of Introns and Exons
6.2 Regulatory Sequences
6.3 Promoter Sequences
6.4 Promoter
6.5 Enhancers and Suppressors
3. Genetic Code
1. Introduction
2. Concept of Codon
3. Reading Frame
4. Frameshift
5. tRNA Recognition of the Codon
6. Multiple Cdons for One Amino Acid
7. Properties of Genetic Code
8. Termination or Stop Codon
4. Replication of DNA
1. DNA Replications/ Synthesis
2. Principles of DNA Replications/Synthesis
3. Types of DNA Replication
4. An Experiment to prove Semi-conservative Mode of DNA Replication ('Meselson-Stahl Experiment')
5. Bidirectional Replication
5.1 Prokaryotic DNA Replication in Detail
5.2 Initiation of Replication
5.3 Elongation of DNA Replication
5.4 Termination of DNA Replication
6. Rolling Circle Model of DNA Replication
7. Eukaryotic DNA Replication
7.1 Eukaryotic Replication Origins and Origin Recognition/ Replications Complex
7.2  Initiation and Elongation of Eukaryotic DNA Replication
7.3  Replication of DNA at the end of Linear Chromosome
7.4  Eukaryotic DNA Replication by Telomerases
8. Enzymes Involved in DNA Replication
9. Unique Aspects of of Eukaryotic and Prokaryotic DNA Replication
10. Fidelity of Replication