Rebecca Chen
@rebeccachen.bsky.social
130 followers
98 following
12 posts
PhD candidate @thehoffmanlab.bsky.social working on the genomics of sexual trait expression in black grouse 🧬👩💻🧪
mutation load | inbreeding | population genetics | ecological epigenetics | sexual selection
https://rshuhuachen.github.io/rc/
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Reposted by Rebecca Chen
Reposted by Rebecca Chen
Rebecca Chen
@rebeccachen.bsky.social
· Aug 15
Rebecca Chen
@rebeccachen.bsky.social
· Aug 15
Rebecca Chen
@rebeccachen.bsky.social
· Aug 11
Rebecca Chen
@rebeccachen.bsky.social
· Aug 11
Predicted deleterious mutations reveal the genetic architecture of male reproductive success in a lekking bird
Nature Ecology & Evolution - Analysis of whole genomes and life-history data of male black grouse shows that deleterious mutations, especially those in promotors, reduce lifetime reproductive...
rdcu.be
Rebecca Chen
@rebeccachen.bsky.social
· Jul 28
Reposted by Rebecca Chen
EvoBio Crash Course
@evobiocc.bsky.social
· Jun 15
EvoBio Crash Course 2025 | Registration Form
The fourth edition of the EvoBio Crash Course has opened registration and we are very happy to have you! We are focusing on delivering a rich course on the basics of evolutionary biology so that stude...
docs.google.com
Rebecca Chen
@rebeccachen.bsky.social
· Jul 14
Rebecca Chen
@rebeccachen.bsky.social
· Jul 14
Rebecca Chen
@rebeccachen.bsky.social
· Jul 14
Reposted by Rebecca Chen
Rebecca Chen
@rebeccachen.bsky.social
· Dec 11
Predicted deleterious mutations reveal the genomic mechanisms underlying fitness variation in a lekking bird
Deleterious mutations are ubiquitous in natural populations and, when expressed, reduce fitness. However, the specific nature of these mutations and the mechanisms through which they impact fitness r...
doi.org