Science & Publishing

Researchers identified dozens of quantitative trait loci controlling important traits in Cannabis sativa. In 2014, United States federal law changed to allow scientific research on Cannabis sativa in states with regulated hemp programs. This legal shift opened the door to research that had previously been slow and difficult due to regulatory hurdles and funding challenges. A new study published…

Yeast screens explore the therapeutic potential of chemical rescue. Anyone who’s worked in a lab knows that sinking feeling of discovering that the temperature of an incubator, carefully set the night before, has crept up high enough to ruin the experiment. While such a mishap usually spells disaster, occasionally, it can lead to an unexpected…

Discovery of thiabendazole target explains vascular disrupting action. Even after hundreds of millions of years of evolution, some yeast genes persist mostly intact in humans and other vertebrates. Despite the huge differences between yeast and humans, these genes perform the same molecular function in both organisms but have been adapted over time into new contexts.…

We are pleased to announce the appointment of Laura Rusche as a new member of the GENETICS Editorial Board in the Gene Expression section. Laura Rusche Laura Rusche is an Associate Professor of Biological Sciences at the University at Buffalo (SUNY). She studies chromatin proteins in an evolutionary context. Rusche earned a BS in Molecular…

From a Kyoto garden to scientific discoveries.  Since the 17th century, medaka fish have been bred for their beautiful colors. Shortly after the 1900 re-discovery of Mendel’s laws of inheritance, medaka began to be used for genetic studies. Recessive inheritance of the orange-red (b) and white (r) variants, female-limited appearance of the white phenotype, and an…

Multiple divergent retrocopies of the well-characterized Ku70 gene were identified in humans and other primates. The last 63 million years of primate evolution have been strongly shaped by genetic retrotransposition; thousands of genes and proteins with new functions have evolved from retrocopies scattered throughout the genome. These retrocopies arise when retrotransposons reverse transcribe a cellular…

New Bolotie method can handle the barrage of sequencing data that posed a problem for conventional recombination algorithms. Humanity has faced many pandemics throughout history, but never before have we tackled an active pandemic while so well equipped with genetic technology. In fact, when SARS-CoV-2 struck, the genetics community produced so much sequencing data so…

Every lab wants to produce high-quality, reproducible data. But when that data is destined for use by the whole community as part of an international consortium, there is an even greater incentive to ensure the highest standards. A new paper in G3: Genes|Genomes|Genetics defines a critical step for the success of widely-used gene regulation experiments.   …

GENETICS and G3: Genes|Genomes|Genetics are pleased to announce two new Senior Editors; Sharon Browning is a Senior Editor at GENETICS, and Gustavo de los Campos is a Senior Editor at G3. GENETICS Sharon Browning Sharon Browning is a Professor of Biostatistics at the University of Washington. She received a BS in Mathematics from the University of…

Over 90 percent of the genome of this pathogen threatening Australian ecosystems is made of transposable elements. Myrtle rust (Austropuccinia psidii) is a pathogenic fungus that has spread rapidly across the globe with devastating effects on local vegetation, including agricultural crops. It is extremely versatile, with over 480 known host species in the widespread myrtle…

GENETICS and G3: Genes | Genomes | Genetics are pleased to announce four new editors: Leah Cowen, Michael Goddard, Joseph Heitman, and Hongyu Zhao. GENETICS Leah Cowen Leah Cowen is Vice President of Research at the University of Toronto (UofT), Professor in the Department of Molecular Genetics, co-Director of the CIFAR Fungal Kingdom: Threats &…