| 2007 Epistasis Symposium: {author} | - Hide additional videos |
Steve H. Howell, Plant Sciences Institute, Iowa State University
Welcome and Opening Remarks
Max F. Rothschild, Center of Integrated Animal Genetics, Iowa State University
Welcome and Opening Remarks
Michael Wade, Indiana University
The effects of epistasis and mating system on evolution
Bruce Walsh, University of Arizona
Role of epistasis in the reponse to natural and artifical selection
Lilach Hadany, University of Iowa
Adaptation in epistatic genetic systems: the role of variation in variation and selection
Charles Goodnight, University of Vermont
Selection and drift in small populations
Alexander De Luna, Harvard Medical School
Using quantitative genetic interactions to evaluate the role of duplicate genes in mutational robustness
Ryan Kelley, University of California
Using protein networks to interpret genetic interactions
Gunter Wagner, Yale University
Measuring epistasis, pleiotropy, and the cost of complexity
Mihaela Pavlicev, Washington University
The contribution of differential epistasis to the variation in pleiotropy
Roman Yukilevich, Stony Brook University
Adaptive walks of epistatic genetic networks reveal long waiting times punctuated by large muatational jumps
Dusan Misevic, Swiss Federal Institute for Technology
Measuring epistasis and sex: population v. physiological approach
Suzannah Rutherford, Fred Hutchinson Cancer Research Center
Threshold trait architecture of Hsp90-buffered variation
Laura Galloway, University of Virginia
Epistasis between generations: The influence of maternal-offspring interactions on life history evolution of an herbaceous plant
Jason Wolf, University of Manchester
Analysis and evolutionary consequences of epistasis from parent-offspring interactions
Carolyn deGraaf, The Walter and Eliza Hall Institute of Medical Research
Gene interaction during mouse megakaryocyte production
Yi Jia, Iowa State University
Genetic control of the transcription of Natural Antisense Transcripts (NATS) in maize
Robert Heckendorn, University of Idaho
Testing the structure of naturally occurring epistasis and the limited epistasis hypothesis
Anne E. Stapleton, University of North Carolina
Recursive partitioning provides simple and powerful identification of loci and epistasis
Jose Alvarez-Castro, Linnaeus Centre for Bioinformatics
A General Framework to model functional and statistical epistasis
Daniel Gianola, University of Wisconsin
Semi-parametric and machine learning approaches for modeling phenotypic complexity using massive genomic data
Greg Dyson, University of Michigan
A strategy for characterizing the contribution of G by E and G by G interactions to predicting the risk of ischemic heart disease
Ron-Cai Yang, University of Alberta
A direct approach to modeling epistasis
Wen-Hua Wei, Roslin Institute
Mapping epistatic QTL in structured outbred crosses--a comprehensive algorithm and its application
Luis Varona, Institute de Recerca y Tecnologia Agroalimentares
The role of epistasis on productive traits in pigs
James Cheverud, Washington University
Epistasis, pleiotropy, and the evolution of modularity
Christina Burch, University of North Carolina
Epistasis in phage, flies, and fake organisms. What are the causes of synergistic epistasis?
