This course covers the fundamentals of classical genetics, including Mendelian genetics, chromosomal basis of inheritance, eukaryotic genome organization, and advanced genetics topics like non-Mendelian inheritance, incomplete dominance, polygenic inheritance, and sex linkage. Students will learn to solve genetics problems and analyze pedigrees. The course aims to teach students the principles and mechanisms of genetic inheritance, equipping them with the skills to understand and analyze genetic patterns and variations. The teaching method includes lectures, problem-solving sessions, and pedigree analysis exercises. This course is intended for individuals interested in gaining a comprehensive understanding of classical genetics, from beginners to intermediate learners in the field of biology or genetics.
Overview
Syllabus
Mendel and genetics.
Mendelian genetics 1.
Mendelian genetics 2.
Mendelian genetics 3.
Chromosomal basis of inheritance 1.
Chromosomal theory of inheritance 2.
Chromosomal theory of inheritance 3.
Eukaryotic genome organization 1 | chromosome, nucleosome.
Eukaryotic genome organization 2 | chromosome, nucleosome.
Genetics part 1 introduction to advanced genetics.
Genetics part 2 nonmendelian inheritance (codominance, polygene, linked gene, sex linkage etc.).
Genetics part 3 incomplete dominance and codominance.
Genetics part 4 polygenic inheritance.
Genetics part 5 multiple alleles (dominant and recessive).
Genetics part 6 sex linkage (sex linked inheritance).
Genetics part 7 epistasis (dominant, recessive, double dominant etc.).
Genetics part 8 Linked genes.
Genetics problems 1 (introduction).
Genetics problems 2 (dihybrid cross).
Genetics problems 3 (incomplete dominance).
Genetics problems 4 (incomplete dominance).
Genetics problems 5 recessive epistasis.
Genetics problems 6 (Codominance).
Genetics problems 7 (lethal gene).
Genetics problems 8 duplicate dominant epistasis.
Genetics problems 9 dominant recessive epistasis.
Genetics problems 10 polygenic inheritance.
Genetics problems 11 sex linked inheritance.
Genetics problems 12 sex linked inheritance 2.
Genetics problems 13 blood group problems.
Pedigree analysis - understanding family tree 1.
Pedigree analysis - understanding family tree 2.
Pedigree chart.
Pedigree analysis- autosomal dominant.
Pedigree analysis - autosomal recessive.
Pedigree analysis- sex linked dominant pedigree.
Pedigree analysis- sex linked recessive pedigree.
Taught by
Shomu"s Biology
