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This is a Video Course on Concepts relating to Gene Regulation.

Topics include: Developing Autism Spectrum Disorder Therapeutics,Cell Cycle Regulation, RNA Editing and RNA-DNA Differences, Genetics of Aging, Telomeres and Telomerase etc.

Disclaimer : The content in this course is educational in nature and intended solely as general health information. It is not a recommendation for treatment or medical advice. It is not a substitute for advice from a health care provider. If you  as a patient are experiencing a medical emergency, contact your health care provider or an emergency room. 

Course Curriculum

Course Contents
Canine Genetics: Studying Disease Susceptibility and Cancer Risk 01:30:00
Developing Autism Spectrum Disorder Therapeutics 01:00:00
Engineering bacteria with CRISPR 01:00:00
Hardy-Weinberg Equilibrium: Combining Darwinian Evolution and Mendelian Genetics to Study Population Genetics 01:30:00
Types of Reproduction: Sexual versus Asexual Reproduction 01:30:00
Cell Cycle Regulation 01:30:00
Vertebrate Organ Development: The Zebrafish Heart 01:30:00
RNA Editing and RNA-DNA Differences 01:30:00
Biogenesis and Regulation of microRNA 01:30:00
Mechanisms of Chromosomal DNA Replication 01:30:00
The SOS Response in Bacteria 01:30:00
Telomeres and Human Disease 01:30:00
The Kinetochore and Chromosome Segregation 01:30:00
Genetics of Aging 01:30:00
The Discovery of a Gene Editing Technology 01:30:00
Epigenetics: Why Your DNA Isn’t Enough 01:30:00
Understanding Circadian Rhythms 01:30:00
CRISPR: A Word Processor for Editing the Genome 01:30:00
POT1: A Gene Behind Skin Cancer 01:30:00
Genome Engineering with CRISPR-Cas9 01:30:00
Age of Genomics: The Genome as the Modern Rosetta Stone 01:30:00
Genetic Code: What Can We Learn From Sequencing Our Genomes? 01:30:00
Developing One of the First Methods for Sequencing DNA 01:30:00
RNA Splicing: What is a Gene? 01:30:00
The Discovery of Telomerase: The Key to Chromosome Immortality 01:30:00
The Discovery of Polynucleotide Hybridization 01:30:00
RNA Structure, Function, and Recognition 01:30:00
The Small RNA Revolution: A Perfect Storm and Small Non-coding RNAs 01:30:00
In Situ Hybridization 01:30:00
Genetics of Human Circadian Rhythms and Sleep 01:30:00
The Semi-Conservative Replication of DNA 01:30:00
Introduction to microRNAs 01:30:00
Circadian Clocks: Clock Genes Clock Cells and Clock Circuits 01:00:00
African Genomics: Human Evolution 01:30:00
The Pathway to DNA: The Double Helix Model 01:30:00
Discovery of Telomeric DNA and Telomerase 01:30:00
Making the First Recombinant DNA Molecule 01:30:00
Finding Genes that Control Development 01:30:00
DNA Replication: Understand How DNA is Replicated 01:30:00
The Semi-Conservative Replication of DNA 01:30:00
The Birth of Gene Targeting 01:30:00
A Genetic Control Circuit for Aging 01:30:00
Discovering Ribozymes 01:30:00
SNURPs and Serendipity 01:30:00
Molecular Biology of Gene Regulation: Transcription Factors 01:30:00
The Dynamic Genome and Transposable Elements 01:30:00
The Life of Eukaryotic mRNA: Localization, Translation and Degradation 01:30:00
RNA Processing, Alternative Splicing, and the Spliceosome 01:30:00
Mechanisms of DNA Repair 01:30:00
Fruits of the Genome Sequences 01:30:00
Patterning Development in the Early Embryo: The Role of Bicoid 01:30:00
Control of Embryonic Axis Formation in Drosophila involving Gurken 01:30:00
Transcriptional Precision in Drosophila Embryos: Enhancers and Repressors 01:30:00
Aging Genes: Genes and Cells that Determine the Lifespan of the Nematode C. elegans 01:30:00
Telomeres and Telomerase 01:30:00
Oncogenes: A Genetic Paradigm for Cancer 01:30:00
TAKE THIS COURSE
  • FREE
  • 10 Weeks
3 STUDENTS ENROLLED
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  • Maya Sharma avatar
  • Hina Baig avatar

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