Master life sciences from fundamentals to advanced concepts with this comprehensive course.
This course will help students learn the different concepts of Genetics like DNA, RNA, Types of RNA, Chromosomes, Chromatids, how to find the number of chromosome and chromatids in cell cycle different phases, what is evolution, Hereditary and variations, what is epigenetics, multiple alleles, Mendel's Laws, Law of dominance, law of segregation, law of independent assortment, what are factors, what is gene, What are the deviations from Mendel's law. Incomplete dominance, codominance, multiple alleles concept with ABO blood group How to draw punnet square what is genetic code, wobble hypothesis, polygenic inheritance, pleiotropy, DNA structure, conformations A, B, and Z forms, DNA topology, why DNA has double helical structure, CFTR gene, function and structure, gene editing techniques, meganuclease, zinc finger nuclease, TALENS, CRISPR, Cas 9 enzyme, guide RNA, Genetic Disorders, DNA Repair pathways, Non-homologous end joining method, homology repair pathways, etc. Not only this, but you will also get a bonus lecture and quiz.
You will be able to apply these concepts practically to understand the inheritance pattern in future generations. Also, you will find the reality that twins are not 100% identical. Why.
Also why in siblings one grows taller in height while other one remains short. Why are there so many varieties of skin tone and color present in the entire world population. or why does a mutation in one particular functional gene alter the function at some other part of the body.
Why does DNA have a double-helical structure. Why are nucleotide bases found in between the two sugar-phosphate strands of DNA. Why does DNA exist in a relaxed state.
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