- Introduction
Online
₹ 649 799
Quick facts
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Medium of instructions
English
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Mode of learning
Self study
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Mode of Delivery
Video and Text Based
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Course overview
ince modern genetics is entirely molecular, the expression molecular genetics has become obsolete. Genetics is not divided into two branches, one molecular and the other non-molecular. Despite this, many biologists still use the term. They usually refer to a set of laboratory techniques for identifying and/or manipulating DNA segments involved in the synthesis of important biological molecules. Scientists frequently debate and write about the use of these techniques in a variety of biomedical sciences. Unraveling the world of molecular genetics online certification is made accessible by Udemy to candidates who want to learn more about major molecular mechanisms like replication, transcription, and translation, as well as how they evolved.
Unraveling the world of molecular genetics online training course comprises 1.5 hours of digital lessons, nine articles, five downloadable materials, lifetime access, and a digital certificate upon completion.
Unraveling the world of molecular genetics online course focuses on understanding and appreciating the genius of great molecular biologists who made important contributions to molecular biology with few tools at their disposal. The aspirant will get to know the progress that has been made in this field and also various chemical, biochemical and structural evidence, DNA -protein interactions, mechanism of DNA replication, protein synthesis, mechanism of transcription, genetic code, and the central dogma of molecular biology.
The highlights
- Certificate of Completion
- Nine Articles
- 1.5 Hours of Video Lessons
- Five Downloadable Resources
- Access on Mobile and TV
Program offerings
- Online course
- 30-day money-back guarantee
- Unlimited access
- Self-paced course
Course and certificate fees
Fees information
certificate availability
certificate providing authority
What you will learn
Unraveling the world of molecular genetics certification course, participants will get a thorough understanding of the concepts involved in the chemical, biochemical and structural evidence for DNA/RNA as genetic material, DNA -protein interactions, and the experiments that revealed the DNA sequence to which DNA interacting proteins bind to. The aspirant will comprehend how to do experiments unraveling the mechanism of DNA replication like the Meselsen-Stahl experiment and discovery of protein synthesis machinery- mRNA, tRNA, and ribosomes as well as experiments done to decipher the mechanism of transcription and elucidation of the genetic code.
The syllabus
Introduction
DNA/RNA as genetic material
- Chemical evidence for genetic material
- Chemical evidence for genetic material
- Biochemical evidence for Genetic material
- Biochemical evidence for Genetic material
- Structural evidence for Genetic material
- Structural evidence for Genetic material
Assays for DNA-protein interactions
- Assays for DNA-protein interactions part 1
- Assays for DNA-protein interactions part 2
- Assays for DNA-protein interactions
Experiments showing the mechanism of replication
- Meselsen and Stahl's experiment
- Analogy for mode of replication
- mode of replication
- Semi-discontinuous replication
- concepts introduced
- RNA priming
- Techniques used for RNA priming
- Experiments showing the mechanism of replication
Translation machinery
- Discovery of mRNA part 1
- Crick and Jacob hypothesis
- Discovery of mRNA part 2
- Ribosome composition
- discovery of tRNA
- Direction of translation and protein synthesis
- Amino acid specificity
- Discovery of N-formyl Met
- Coupled transcription and translation
- Translation machinery
Transcription Features
- RNA polymerase subunits
- Techniques used
- Promoter Melting
- Terms
- Polymerase specificity
- RNA phosphodiester bond formation
- Terms used
- Elongation
- Transcription termination
- Transcription Features
Elucidation of genetic code
- Theoretical basis for codon triplets
- Overlapping/Non-overlapping nature of the genetic code
- Crick-Brenner hypothesis
- Experimental evidence for genetic code part 1
- Experimental evidence for genetic code part 2
- Experimental evidence for Crick-Brenner Hypothesis
- Crick brenner validation
- Elucidation of genetic code
Course Summary
- Wrap up
- BONUS