Lecture
Genetic Inheritance: Albinism and Mutations
In course
DEMO: sint enim do commodo
Eu eiusmod qui aliquip esse aliquip elit minim eu cupidatat eiusmod Lorem aute duis mollit. Aliqua irure cillum irure enim ut cupidatat id ex officia Lorem dolor enim ea. Veniam incididunt laborum ad aliqua deserunt in sunt ullamco officia anim. Aliqua eiusmod ad excepteur ad eu amet cupidatat. Irure magna irure ex id magna. Magna deserunt sint proident et dolore duis consequat ex.
Description
This lecture covers the independent assortment of genes, linkage studies for genetic diseases, Mendelian laws, and the inheritance of albinism. It explores the concepts of complete dominance, complementation, loss-of-function mutations, and the molecular basis of alleles. The discussion extends to the effect of the environment on phenotypes, specificity of meiosis I, homologous recombination, and crossing-overs during meiotic division. Real-life examples and pedigree analysis are used to illustrate these genetic concepts.
Instructor
labore enim fugiat
Ipsum qui consectetur id qui. Fugiat laborum cupidatat do id duis ut nulla pariatur. Consequat velit pariatur do fugiat minim dolore fugiat proident. Ipsum aute esse ex ad reprehenderit occaecat. In cillum consectetur Lorem consequat proident adipisicing aliquip.
Official source
About this result
This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.
Ontological neighbourhood
Related lectures (39)
Patterns of Inheritance in Biology
Explores major themes in biology, patterns of inheritance, Mendel's laws, genetic defects, and the impact of the environment on phenotype.
Retinoblastoma: Genetic Mechanisms and Clinical Implications
Explores the genetic mechanisms of retinoblastoma and their clinical implications, shedding light on tumor suppression, DNA repair, and genetic recombination.
Personalized Medicine: Genetic Variability and Drug Response
Explores personalized medicine, genetic variability, and drug response, emphasizing tailoring treatments based on individual genetic and metabolic profiles.
Genetics: Chromosome Inheritance
Covers the basics of genetics, inheritance of alleles, genotype-phenotype relationship, and population genetics.
Genetic Variability and Disease ConsequencesMOOC: Neuroscience Reconstructed: Cell Biology
Explores the impact of mutations on disease development and the importance of genetic variability in medicine.