Enter your address to receive notifications about new posts to your email.
Science & Publishing
Science & Publishing
From flies to potential therapeutics: new insights into treating aggressive childhood tumors published in GENETICS
Researchers at the University of Wisconsin–Madison are using an unexpected ally in the fight against a devastating childhood brain cancer: fruit flies. In a new GENETICS study, Sam Krabbenhoft and the labs of Peter Lewis and Melissa Harrison developed a Drosophila model to explore the genetic drivers of pediatric diffuse midline glioma—a rare, aggressive tumor…
Science & Publishing
GENETICS and G3 welcome new Senior and Associate Editors
Science & Publishing
Hold the salt: Study shows standard worm food NaCl levels accelerate aging
More from Science & Publishing
-
Science & PublishingPapers that are addressing the challenges of new technology
New in G3: Papers tackling the promises and pitfalls of technology—from machine learning limits to mapping bias and beyond. Have work that confronts tough questions? Submit today.
-
Science & PublishingAnnouncing the new “Functional Genomics and Systems Biology” section in GENETICS
The GSA Journals are introducing Functional Genomics and Systems Biology, a new section led by Brenda Andrews and Marian Walhout that highlights systems-level studies of genetic networks and pathways.
-
Science & PublishingBarcoding for Success
G3’s latest issue features two articles that improve researchers’ ability to untangle complex interactions between genes, drugs, and environmental factors.
-
Science & PublishingTelomeres outside the Goldilocks zone cause problems for yeast and humans
A new study in GENETICS investigates the role of generational inheritance of long telomeres in yeast cells.
-
Science & PublishingNear-perfect genome editing in a deadly fungus
C. neoformans researchers introduce a toolkit that simplifies CRISPR editing—with HDR rates rarely seen in fungal systems.
-
Science & PublishingA first of its kind C. elegans study uncovers the diversity and evolution of gene regulation
A new paper in GENETICS shows how multiple strains of C. elegans developed their own unique methods for controlling gene activity.