Genetics and Evolution

About Course
As a NEET hopeful, learning almost Hereditary qualities and Advancement is significant because it shapes an necessarily portion of the science syllabus. This course will give you with a nitty gritty understanding of the hereditary components that underlie the legacy of characteristics from one generation to another. You may learn almost the elemental standards of heredity and variety, counting Mendelian legacy, deviations from Mendelism, and polygenic legacy. In expansion, this course will cover the atomic premise of legacy, counting the structure and function of DNA, DNA replication, translation and interpretation, and quality expression and control. You may pick up experiences into the central doctrine of atomic science and the control of quality expression in prokaryotes. Moreover, this course will too dig into the intriguing world of evolution, exploring the hypotheses and speculations on the beginning of life and the prove for organic advancement. You may learn almost the commitments of Charles Darwin and the present day manufactured hypothesis of evolution, as well as the instruments of advancement, counting common determination, quality stream, hereditary float, and versatile radiation. At last, you’ll also pick up a profound understanding of human advancement, counting the fossil record, comparative life systems, and atomic prove for the developmental history of Homo sapiens. You’ll too learn around human movement and dispersal designs, and how these have contributed to the differing qualities of human populaces nowadays. Overall, this course will give NEET competitors with a comprehensive understanding of hereditary qualities and advancement, which is fundamental for victory within the NEET exam and for seeking after a career within the field of science or pharmaceutical.
Course Content
Heredity and Variation
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Introduction
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Mendel’s laws of inheritance – Law of Segregation, Law of Independent Assortment
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Mendelian ratios and Punnett squares
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Deviations from Mendelism
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Incomplete dominance – intermediate inheritance between two alleles
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Co-dominance – both alleles express their traits equally
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Multiple alleles – more than two alleles for a single gene
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Inheritance of blood groups – ABO blood group system and Rh factor
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Pleiotropy – a single gene affects multiple traits
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