1. Nucleic Acids
1. Milestones in Molecular Biology
2. Introduction
3. Properties
4. Quantitative Relationships
5. Synthesis
2. DNA Structure
   1. Introduction
   2. Structure
   3. Other forms of DNA
   4. Super Coiling
   5. Topiosomerases
3. cDNA Value Paradox
   1. Introduction
   2. Hybridization Kinetics
   3. Tissue Specific Expression
4. Prokaryotic DNA Replication
   1. Introduction
   2. Replication Origins
   3. E.coli DNA Replication
   4. Factors and Enzymes
   5. Mechanism of Replication
   6. Ligases
   7. Other DNA polymerases
   8. Primosomes
   9. List of Proteins Involved in Replication
   10. Plasmid DNA Replication
   11. Replication of phix174 DNA
   12. Replication of M13 Phage DNA
   13. T7 Phage DNA Replication
   14. Lambda DNA Replication
5. Eukaryotic DNA Replication
   1. Introduction
   2. Eukaryotic Origins
   3. Replication Machinery
   4. Replication Mechanism
   5. Replication of Telomeric DNA
   6. Replication of Organelle DNA
   7. Kinds and Components of Origins
   8. Yeast Episomal DNA Replication
   9. Replication of Adeno Viral DNA
6. DNA Damage & Repair
   1. Introduction
   2. Types of Damages and Effects
   3. Repair Mechanisms
   4. Regulation of Repair Response Genes
   5. A list of Genes That Repair DNA Damage
7. RNA
   1. Introduction
   2. rRNA and Riboproteins
   3. rRNA Processing in Prokaryotes
   4. rRNA Processing in Eukaryotes
   5. Transfer RNA
   6. Aminoacyl tRNA Synthases
   7. Anticodon and Wobble Base Pairing
   8. Processing of tRNA Precursors
   9. Small Molecular Weight RNAs
   10. Messenger RNAs - mRNAs
   11. Nuclear mRNA Transport
   12. Localization of mRNAs in Cytoplasm
   13. Stability of mRNAs and its Regulation
8. Genetic RNA
   1. Introduction
   2. Tobacco Mosaic Virus
   3. QB Virus
   4. Picorna Virus
   5. Rhabdo Virus
   6. Orthomyxoviridae
   7. Reo Viruses
   8. Retroviruses Introduction
   9. HIV I And HIV II
   10. Retroviruses - Mechanism of Replication
   11. Viroids Virusoids and Prions
9. Gene Structure
   1. Introduction
   2. Family of Genes
   3. Size of Genes
   4. Prokaryotic Gene Structure
   5. Eukaryotic Gene Promoter Structure
   6. Eukaryotic Promoter Structure for RNA Polymerase II
   7. Eukaryotic Promoter Structure for RNA Polymerase III
10. Gene Expression I
    1. Introduction
    2. RNA Polymerases
    3. Mechanism of Transcription
    4. Regulation of Gene Expression
    5. Lactose Operon
    6. Tryptophan Operon
    7. Arabinose Operon
    8. Regulation of Glutamine Synthase A Gene
    9. Regulation of Hut and Histidine Operons
    10. Regulation of Flagillin Genes
    11. Regulation of Gene Expression during Sporulation
    12. Organization of few more Operons

11. Gene Expression II
    1. Introduction
    2. Eukaryotic RNAPs
    3. RNAP I Promoter
    4. RNAP III Promoter
    5. RNAP II Promoter
    6. Mechanism of Transcription
    7. More Promoter Elements
    8. Response Elements, Factors and Cell Types
    9. DNA Binding Proteins
    10. Regulation of Gene Expression
    11. GAL and Histidine Gene Expression
    12. Gene Expression in Response to
    13. Mechanism of activation of RNAP Complex
    14. Chromosomal nature before, during and after Gene Activation
    15. Mitochondrial Gene Expression
12. RNA Processing
    1. Introduction
    2. Capping and PolyAdenylation
    3. Cis Splicing of Pre mRNAs
    4. Alernative Splicing of Pre mRNAs
    5. Self Splicing RNAs
    6. Trans Splicing of mRNAs
    7. Self Splicing Viroidal RNAs
    8. Processing of Eukaryotic Pre rRNAs
    9. Editing of mRNA Transcripts
13. Protein Synthesis
    1. Prokaryotes - Introduction
    2. Mechanism of Synthesis
    3. Eukaryotes - Introduction
    4. Eukaryotic Mechanism of Synthesis
    5. Ribosome as Translation Machine
    6. Translation Inhibitors
    7. Regulation of Protein Synthesis - Prokaryotic
    8. Regulation of Protein Synthesis - Eukaryotic
    9. Regulation of Protein Synthesis at mRNA level
    10. Regulation of Protein Synthesis at Recoding level
14. Co-post Translational Events
    1. Precursor & Polyproteins
    2. Bacterial Systems
    3. Eukaryotic System
    4. Glycosylation of Proteins
    5. Cellular Protein Traffic
    6. Protein Degradation
15. Cell Cycle And Its Regulation
    1. Cell Cycle and its regulation
16. Genetics of Cancer
    1. Genetics of Cancer - I
    2. Genetics of Cancer - II
    3. Genetics of Cancer - III
17. Apoptosis
    1. Introduction
    2. Genes and Mechanism
18. Genetic Engineering
    1. Molecular Tools - Labeling Compounds
    2. Molecular Tools - Restriction Enzymes
    3. Molecular Tools - Modifying Enzymes
    4. Molecular Tools - General Vectors
    5. Molecular Tools - Expression Vectors
    6. Transformation - Bacterial Cells
    7. Transformation - Yeast Cells
    8. Transformation - Animal Cells
    9. Transformation - Plant Cells
    10. DNA Synthesis and Sequencing
    11. Restriction Site Mapping
    12. PCR Techniques
    13. DNA Profiling
    14. In Vitro Mutagenesis
    15. Miscellaneous Techniques
    16. Reaction Solutions
    17. Application - Plant Biotechnology
    18. Application - Animal Biotechnology
19. Cell And Molecular Immunology
    1. Cells And Tissues of Immune System
    2. Innate, Humoral and Cell mediated Immunity
    3. Antigens, Antibodies And Its Related Proteins
    4. Antigen Presention And MHCs
    5. T and B cell Activation And Immunity
    6. Immune Diseases And Cure
20. Cellular Signal Transduction
    1. Cells And Signals
    2. Cell Surface And Cytosolic Receptors
    3. Signal Transduction Pathways
    4. Second Messengers And Receptor-Transporters
    5. Protein Kinases And Phosphotases
    6. Signal Transduction In Plants
21. Developmental Biology
    1. Drosophila

Disclaimer:  The material presented here is assorted and compiled from various sources. If there are any inconsistencies, they are entirely due to my typographical errors. I am providing this material for the benefit of students , 'only for my students' as a comprehensive material for Masters courses on one platform. I will strive to continue to update this information on this web site. I sincerely hope this will help students to get most of the information in one site. I look forward for your constructive responses.

Please email me with your suggestions, comments, etc., at gkraj_bgl@yahoo.co.in.