- Home
- » Tags
- » Introgression
Top View
- A Look-Ahead Monte Carlo Simulation Method for Improving Parental
- The Optimization of Introgression Projects for Plant Genetic Improvement John Nicholas Cameron Iowa State University
- Glossary of Biotechnology and Genetic Engineering 1
- Phylogenomic Approaches to Detecting and Characterizing Introgression Mark S. Hibbins* and Matthew W. Hahn*,† *Department of B
- Detecting Adaptive Introgression in Human Evolution Using
- Adaptive Introgression
- Introgression As a Likely Cause of Mtdna Paraphyly in Two Allopatric Skippers (Lepidoptera: Hesperiidae)
- Interspecific Hybridization and Introgression Influence Biodiversity
- Hybridization As an Invasion of the Genome
- The Consequences and Implications of Introgression in the Conservation of Forest Trees Santiago C
- Genome-Scale Data Reveal the Role of Hybridization in Lichen-Forming Fungi Rachel Keuler1, Alexis Garretson1, Theresa Saunders1, Robert J
- The Genomic Signature of Crop-‐Wild Introgression in Maize Short T
- Detecting Adaptive Introgression in Human Evolution Using
- The Timing of Human Adaptation from Neanderthal Introgression
- Eukaryote Hybrid Genomes
- Introgression of Wild Germplasm Into Cultivated Sorghum Thomas Stanton Cox Iowa State University
- Hybridization and “Genetic” Extinction
- Dynamics of Hybridization and Introgression in Red Wolves and Coyotes
- A Roadmap to Meaningful Dingo Conservation
- The Genomic Impact of Historical Hybridization with Massive Mitochondrial DNA Introgression Fernando A
- Functional Consequences of Archaic Introgression and Their Impact on Fitness Maxime Rotival1 and Lluis Quintana-Murci1,2*
- Germplasm and Trait Introgression
- Harmonizing Hybridization Dissonance in Conservation ✉ Claudio S
- Adaptive Introgression: a Resource for Management and Genetic Conservation in a Changing Climate
- Mallet Besansky & Hahn Draft Glossary.Pdf
- The Genomic Consequences of Hybridization Benjamin M Moran1,2†*, Cheyenne Payne1,2†*, Quinn Langdon1, Daniel L Powell1,2, Yaniv Brandvain3, Molly Schumer1,2,4*
- Adaptive Introgression As a Resource for Management and Genetic Conservation in a Changing Climate
- Taxonomic Status of the Australian Dingo: the Case for Canis Dingo Meyer, 1793
- An Introgression Line Population of Lycopersicon Pennellii in the Cultivated Tomato Enables the Identification and Fine Mapping of Yield-Associated QTL
- Selective Sorting of Ancestral Introgression in Maize and Teosinte Along an Elevational Cline
- Speciation Reversal and Biodiversity Dynamics with Hybridization in Changing Environments
- The Molecular Ecology of Australian Wild Dogs: Hybridisation, Gene Flow and Genetic Structure at Multiple Geographic Scales
- 15 Years of Introgression Studies: Quantifying Gene Flow Across Eukaryotes
- Detecting Adaptive Introgression in Human Evolution Using Convolutional Neural Networks Graham Gower1*, Pablo Ia´ N˜ Ez Picazo1, Matteo Fumagalli2, Fernando Racimo1