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When it comes to genotyping technology, poop genetics is stuck in the 1990s. While most geneticists are now awash in genome-scale data from thousands of individuals, those who depend on  fecal and other non-invasively collected samples still rely on old-school, boutique panels of a dozen or so genetic markers. But feces — along with fur,…

In my thirty plus years as a faculty member I’ve had a lot of people in tears sitting in my office. Too many to tally, really. They were women and men, grad students and postdocs, from the U.S. and abroad, from my lab and other labs. How do we – charged with responsibility for the…

By guest authors Robert K. Herman, Gabriela Huelgas-Morales, and David Greenstein This summer, GSA is throwing a genetics shindig–The Allied Genetics Conference (TAGC)–to bring geneticists from multiple disciplines together to promote interaction and cross-fertilization among fields. In a way, this meeting extends a current trend: GENETICS authors have been aggregating for some time. Those of us…

The Neanderthal genome included harmful mutations that made the hominids around 40% less reproductively fit than modern humans, according to estimates published in the latest issue of GENETICS. Non-African humans inherited some of this genetic burden when they interbred with Neanderthals, though much of it has been lost over time. The results suggest that these harmful…

We biologists can be a credit-hungry lot. Getting a paper into press that shows we were first to make a discovery best satisfies our appetite for affirmation. But has the trend to slice each piece of credit ever finer gone too far? (While perhaps easy for a senior member of the field like me to…

Massive amplification of genes is a desperate strategy taken by stressed populations adapting to an environment that has become inhospitable. Such amplifications can give an underperforming gene a much-needed boost in productivity simply by increasing its copy number. But counterintuitively, research reported in the May issue of G3 implies these amplifications may arise even in…

Sometimes, great advances in science come from combining the old with the new. Genomic selection is one such case; in 2001, Meuwissen, Hayes, and Goddard surveyed the changing landscape of genetics, had the foresight to work on a then-theoretical problem, and laid the foundation for a boom in biotechnology-assisted breeding that continues to this day.…

Back in December, we wrote here about a proposed rule from the U.S. Department of Labor that would mandate that postdocs earning less than $50,440 per year would be eligible for overtime pay at 1.5 times their hourly rate. This week, the Department of Labor released its revisions to the Fair Labor Standards Act. The…

I have always been passionate about science and outreach is something I think I’m good at. So when I received an email from GSA saying I was on the shortlist for a very important advocacy and outreach event, I thought about how I might be the best scientist to represent GSA. I drafted the following…

As a geneticist, when I get asked by a friend or neighbor to explain what I do for a living more than just being a biologist, I might say something like: “I work on understanding how proteins function using yeast and other model organisms.” Besides that look of incomprehension that suggests I may have absent-mindedly…

In preparation for The Allied Genetics Conference (TAGC), set to take place in Orlando this July, Genes to Genomes is getting the inside scoop from many of the outstanding keynote speakers in our “Behind the Podium” series. Here, GSA member Tiffany Timbers interviews Prof. Pamela Ronald, a professor in the Genome Center and the Department…