Media Storage Type : 32 GB USB Stick
NPTEL Subject Matter Expert : Prof. Rajesh Ramachandran
NPTEL Co-ordinating Institute : IIT Madras
NPTEL Lecture Count : 62
NPTEL Course Size : 9.8 GB
NPTEL PDF Text Transcription : Available and Included
NPTEL Subtitle Transcription : Available and Included (SRT)
Lecture Titles:
Lecture 1 - Introduction to RNA Biology and RNA World - The Beginning
Lecture 2 - Introduction to RNA Biology and RNA World - Evidences
Lecture 3 - Introduction to RNA Biology and RNA World - Origin of Monomers
Lecture 4 - Introduction to RNA Biology and RNA World - Shift to DNA
Lecture 5 - Introduction to RNA Biology and RNA World - RNA Self Replication
Lecture 6 - Introduction to RNA Biology and RNA World - Origin of RNA Enzymes
Lecture 7 - RNA as Enzymes: The Ribozymes
Lecture 8 - RNA as Enzymes: Structure and Functions
Lecture 9 - RNA as Enzymes: The Present and Future
Lecture 10 - RNA Transcription: The Central Dogma
Lecture 11 - RNA Transcription: Initial Steps
Lecture 12 - RNA Transcription: Different Stages
Lecture 13 - RNA Transcription: Termination and RNA Modification
Lecture 14 - RNA Transcription: Different Polymerases
Lecture 15 - RNA Processing and Life Cycle: RNA Maturation and RNPs
Lecture 16 - RNA Processing and Life Cycle: RNA Splicing
Lecture 17 - RNA Processing and Life Cycle: Post Transcriptional Processing
Lecture 18 - Alternative RNA Processing and Editing: Alternative Splicing
Lecture 19 - Alternative RNA Processing and Editing: Implications of Introns
Lecture 20 - Alternative RNA Processing and Editing: Splicing and Pathology
Lecture 21 - Alternative RNA Processing and Editing: RNA Editing in Detail
Lecture 22 - Alternative RNA Processing and Editing: Relevance of RNA Editing
Lecture 23 - Alternative RNA Processing and Editing: Relevance in Immunology
Lecture 24 - RNA Splicing, Export and Stability: Relevance of Introns
Lecture 25 - RNA Splicing, Export and Stability: Introns in RNA Splicing
Lecture 26 - RNA Splicing, Export and Stability: Different Spliceosomes
Lecture 27 - RNA Splicing, Export and Stability: SMN Complex
Lecture 28 - snRNA, rRNA, miRNA, siRNA Processing, Export and Function: Introns and Link to Splicing
Lecture 29 - snRNA, rRNA, miRNA, siRNA Processing, Export and Function: RNA Helicases
Lecture 30 - snRNA, rRNA, miRNA, siRNA Processing, Export and Function: Nucleo Cytoplasmic Transport
Lecture 31 - snRNA, rRNA, miRNA, siRNA Processing, Export and Function: Nucleoporins and miRNAs
Lecture 32 - snRNA, rRNA, miRNA, siRNA Processing, Export and Function: RNA Export Mechanisms
Lecture 33 - snRNA, rRNA, miRNA, siRNA Processing, Export and Function: RNA Quality Control
Lecture 34 - Mechanisms of RNA Decay and Non Coding RNAs: Decay Pathways
Lecture 35 - Mechanisms of RNA Decay and Non Coding RNAs: The Exosomes
Lecture 36 - Mechanisms of RNA Decay and Non Coding RNAs: mRNA Surveillance
Lecture 37 - Mechanisms of RNA Decay and Non Coding RNAs: Mechanisms of RNA Decay
Lecture 38 - Mechanisms of RNA Decay and Non Coding RNAs: Autoregulation of RNAs
Lecture 39 - Mechanisms of RNA Decay and Non Coding RNAs: Introduction to Non-Coding RNAs
Lecture 40 - Dosage Compensation and X-Inactivation: SRP and Different Modes of Compensation
Lecture 41 - Dosage Compensation and X-Inactivation: Dosage Compensation of X
Lecture 42 - Dosage Compensation and X-Inactivation: Omprinted vs Random X Inactivation
Lecture 43 - Dosage Compensation and X-Inactivation: Molecular Basis of X-Inactivation
Lecture 44 - Dosage Compensation and X-Inactivation: ES Cells and X-Inactivation
Lecture 45 - Dosage Compensation, Xist and ncRNA in Imprinting: The Roles of YY1
Lecture 46 - Dosage Compensation, Xist and ncRNA in Imprinting: shRNAs and Gene Expression
Lecture 47 - Dosage Compensation, Xist and ncRNA in Imprinting: Mechanism of RNAi in Action
Lecture 48 - Dosage Compensation, Xist and ncRNA in Imprinting: Genomic Imprinting in Action
Lecture 49 - Dosage Compensation, Xist and ncRNA in Imprinting: Different ncRNAs and their Roles
Lecture 50 - Dosage Compensation, Xist and ncRNA in Imprinting: lncRNA-Induced Cancer
Lecture 51 - Dosage Compensation, Xist and ncRNA in Imprinting: Xist and Cancer
Lecture 52 - Telomere, Telomerase and Impact on Genomes: The Importance of Telomeres
Lecture 53 - Telomere, Telomerase and Impact on Genomes: Telomerase and Aging
Lecture 54 - Telomere, Telomerase and Impact on Genomes: Telomere Length as Marker of Aging
Lecture 55 - Telomere, Telomerase and Impact on Genomes: Telomeres and Cancer
Lecture 56 - Telomere, Telomerase and Impact on Genomes: Cell Cycle Arrest
Lecture 57 - Telomere, Telomerase and Impact on Genomes: Maintenance and Manipulation of Telomeres
Lecture 58 - Epitranscriptome and Protein Synthesis: Important RNA Modifications
Lecture 59 - Epitranscriptome and Protein Synthesis: Readers, Writes and Erasers
Lecture 60 - Epitranscriptome and Protein Synthesis: Biological Implications of RNA Modifications
Lecture 61 - Epitranscriptome and Protein Synthesis: Roles of RNAs in Translation
Lecture 62 - Epitranscriptome and Protein Synthesis: Mechanism of Translation