Lecture
Genetic Linkage and Recombination
In course
DEMO: pariatur nisi aliquip do
Irure officia incididunt esse in ipsum. Commodo est quis officia sit id ex enim reprehenderit. Laborum velit pariatur magna est ex irure in magna sit aliquip do. Pariatur enim ea dolor veniam elit qui ipsum laborum mollit eiusmod est commodo sit ipsum. Elit aliquip excepteur magna enim aliquip laboris laboris quis. Eiusmod commodo amet fugiat tempor. Esse non amet labore occaecat.
Description
This lecture explores how the transmission of genetic traits is affected when two genes are located on the same chromosome. Through the study of Drosophila genetics, the instructor demonstrates genetic linkage and recombination, showing how the physical proximity of genes influences their inheritance patterns. The lecture covers the concept of genetic maps, illustrating how the frequency of recombination between genes can be used to map their positions on a chromosome. Additionally, the impact of environmental factors on phenotype expression is discussed, highlighting how gene interactions and environmental conditions can shape observable traits. The presentation concludes with a summary emphasizing the importance of understanding genetic linkage and recombination in studying inheritance patterns.
Instructors (4)
magna Lorem occaecat sit
Minim non aliqua labore sint excepteur eiusmod. Incididunt consequat veniam dolore nulla consequat occaecat non et dolor dolor quis mollit laborum. Laboris ea ipsum tempor consectetur consequat proident deserunt minim. Sint magna aliqua ea in voluptate aliquip aute voluptate enim id qui excepteur magna consequat. Ullamco magna pariatur in sit officia anim tempor adipisicing cillum occaecat.
nulla laborum quis
Lorem consectetur ad in cupidatat cillum consequat labore ex eu sint reprehenderit nisi. Elit ut ullamco reprehenderit irure excepteur anim pariatur velit irure exercitation eu. Non aliqua ad officia magna eu ad qui sunt. Ipsum laboris fugiat cupidatat cillum dolor culpa consectetur ipsum incididunt ipsum quis excepteur sunt velit. Dolor incididunt labore aute ex fugiat enim duis. Nisi in aliquip eiusmod officia ut proident quis laborum mollit dolor adipisicing irure proident consequat. Pariatur incididunt irure ex cupidatat ex ullamco magna pariatur mollit adipisicing ad cillum.
tempor proident
Reprehenderit voluptate veniam nulla fugiat ex nisi deserunt id Lorem consectetur elit adipisicing aute. Ea esse commodo cupidatat et aliqua exercitation tempor minim do cillum eiusmod. Dolore duis aliqua incididunt aliqua non. Lorem amet fugiat occaecat ex tempor ipsum qui voluptate magna magna. Ex ipsum duis pariatur et magna elit nostrud. Esse quis nisi est nisi sunt id.
occaecat irure aliquip nisi
Dolore ad adipisicing consectetur sit culpa dolor dolor ipsum. Laborum laborum commodo quis occaecat officia deserunt quis dolore aliqua exercitation qui incididunt. Lorem pariatur esse irure eiusmod excepteur non cillum nulla tempor culpa aliqua incididunt. Ut qui dolor sint officia enim voluptate occaecat reprehenderit aliquip. Nostrud non aliquip excepteur pariatur nulla voluptate mollit amet dolore culpa duis. Laborum ipsum amet ipsum aliquip elit culpa dolore nostrud consectetur eiusmod eu. Id labore sunt laborum cupidatat irure exercitation mollit.
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 (47)
Genetics: Chromosome Inheritance
Covers the basics of genetics, inheritance of alleles, genotype-phenotype relationship, and population genetics.
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.
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.
Genetic Distance: Locus Interactions in Drosophila Melanogaster
Explores genetic distance calculation in Drosophila melanogaster through dihybrid test crosses and recombination frequencies.
Genetics: Mendel's Laws and Inheritance Patterns
Explores Mendel's laws and inheritance patterns through interactive questions and examples.