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Science & Publishing
The power of genetic screening: identifying genes that alter nervous system shape in Drosophila
New results published in G3 summarize the genetic pathways controlling nervous system structure and explore how a single gene regulates tissue shape in a cell-type specific manner.
Community Voices
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Why building a network is key for early career scientists
Anthony (Tony) Patelunas is an Early Career Leadership Program alum who served as co-chair of the Early Career Scientist Career Development Subcommittee during his time in the program. The ECLP, which is currently accepting applications, teaches early career scientists leadership, writing, and networking skills, among other important tools that can be applied to careers in…
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Early Career Leadership Spotlight: Irina Yushenova
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Early Career Leadership Program: Rupinder Kaur
Policy & Advocacy
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Daman Saluja: Navigating Science and Policy in India
In the Paths to Science Policy series, we talk to individuals who have a passion for science policy and are active in advocacy through their various roles and careers. The series aims to inform and guide early career scientists interested in science policy. This series is brought to you by the GSA Early Career Scientist…
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Adriana Bankston: From the Bench to Advocating for Research on Capitol Hill: What Does it Take?
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Maria Elena Bottazzi: Policy and science behind vaccine development
Science & Publishing
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Christos Palaiokostas joins G3 as an associate editor
A new associate editor is joining G3: Genes|Genomes|Genetics in the Fish and Complex Traits section. We’re excited to welcome Christos Palaiokostas to the editorial team.
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Chew on this: improved greater wax moth genome gives insight into plastic biodegradation
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P. pacificus’s epigenetic toolkit is missing an important tool
From the Archives
![By 23am.com (Antarctica Sailing Trip) [CC BY 2.0], via Wikimedia Commons.](https://s36063.pcdn.co/wp-content/uploads/2016/11/rsz_1antarctica_sailing_trip_pct283253678755pct29.jpg)
Cold-loving fungi fight frostbite, but can’t take the heat
To the unaided eye, Antarctic soil and alpine glaciers may appear to be barren wastelands devoid of life. But some microbes call hostile habitats like these home. Research on one such organism, published in the latest issue of G3, reveals some of the mechanisms behind cold adaptation—and explains why these otherwise hardy creatures can’t survive…