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Science & Publishing
A flesh-eating fly is re-emerging, and scientists just mapped its genome
The New World screwworm is making a dangerous comeback. Now, scientists have decoded its genome—a breakthrough that could slow and stop its spread.
Gain or loss? Time to rethink how we describe gain-of-function mutations
How many genes is too many? Breeding crops to withstand the elements
From Arabidopsis to Zea mays, there’s a knowledgebase for that
How iconic campus trees can help build equity in genomic education
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Science & Publishing
Editorial Board Updates at GENETICS
We are excited to welcome two new editors, Lynn Cooley and Sushma Naithani, to the GENETICS editorial team, while Arash Bashirullah will step down as Senior Advisory Editor after three-and-a-half years with GENETICS.
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Science & Publishing
Why fungi matter: Highlights from the GSA Journals Fungal Genetics and Genomics Series
New research published in GENETICS and G3: Genes|Genomes|Genetics demonstrates that from telomeres in yeast to mushroom cap development, fungal genetics continues to connect molecular precision with evolutionary insight and real-world innovation.
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Science & Publishing
Tools for the Fly community brought to you by the GSA Journals
The last two years have seen rapid growth in the resources available to the Drosophila community. Despite the mounting pressure on our colleagues at FlyBase due to reduced funding and recent policy changes, they continue to provide outsized value. In 2024, FlyBase released a thorough set of updates[1] ,1 and continued integration into The Alliance of…
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Science & Publishing
G3 and GENETICS welcome six new editors this winter
We’re excited to welcome a new group of editors to the G3: Genes|Genomes|Genetics and GENETICS editorial teams. We can’t wait to see the incredible insights these new faces will bring to our Journals.
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Science & Publishing
An automated analytical pipeline for solving the GWAS puzzle
A new bioinformatic GWAS pipeline enables automated, multi-faceted analysis of the
combinatorial effect of multiple variants on a genetic trait. -
Science & Publishing
New study suggests Elg1-RLC strays from the beaten path to safeguard replication stress
A new study in GENETICS reveals how the PCNA unloader Elg1-RLC protects replication forks during DNA damage, operating in a noncanonical pathway that safeguards genome stability when checkpoint signaling is compromised.









