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Articles tagged Genetics Journal
(305 results)
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What doesn’t kill you makes your offspring stronger
When a C. elegans nematode starves early in its life cycle, its offspring are more resistant to starvation in the next generation; however, this life-saving inheritance comes at a fitness cost for the worm itself, reveals research published in GENETICS. Jobson et al. investigate the idea that lean experiences during early development cause organisms to…
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Dobzhansky: Bug collecting and the Modern Synthesis
In 1917, amidst the turmoil of the Russian Revolution, a bug-obsessed teenager in Kiev discovered a new species of ladybird beetle in the debris washed up on the banks of the flooding Dnieper River. The following year, he described the species in his first scientific publication. That 18-year old ladybug spotter —Theodosius Dobzhansky— would go…
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Science writing internship at Genes to Genomes
Intern with Genes to Genomes! The Genetics Society of America journals, GENETICS and G3: Genes|Genomes|Genetics, seek an intern with a talent for storytelling and a strong background in genetics or a related scientific field. The intern will work closely with editorial staff to write posts for the Genes to Genomes blog and contribute to other writing,…
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Mapping structural variants with nanochannel arrays
Short-read sequencing has fueled the acceleration of genetic research But though these next-generation methods are fast and efficient, they can’t do everything well. One important area in which short-reads fall short is detecting structural variants (SV), where chunks of the genome are deleted, inserted, repeated, inverted, or in some other way shuffled around compared to…
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Sequencing so fast you’ll think you’re on CSI:
If you’ve ever watched a procedural crime-solving show on television, you’re sure to have seen a lab tech magically produce results from a complicated assay in mere minutes. If you’re a wet lab scientist, you’ve probably found yourself wishing that “CSI technology” were real so you didn’t have to spend your whole day running PCRs…
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Art & Science: Interview with Alex Cagan
The January cover of GENETICS commemorates the journal’s 100th anniversary and the 1916 publication of Calvin Bridges’ proof that genes lie on chromosomes. The artwork was created by Alexander Cagan, a graduate student at the Max Planck Institute for Evolutionary Anthropology studying the genetics of domestication in rats. We spoke to Alex about the cover, his art, and his…
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January GENETICS centennial highlights!
Celebrate our centennial by checking out the Highlights below or the full Table of Contents here! ISSUE HIGHLIGHTS This Month’s Centennial Articles A new century of GENETICS, pp. 1-2 Mark Johnston Editor-in-Chief Mark Johnston launches the second century of GENETICS and our year-long centennial celebrations. Sewall Wright on evolution in Mendelian populations and the “Shifting Balance,”…
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Anxious chickens as a model for human behavior
Chickens that “chicken out” in unfamiliar surroundings may shed light on anxiety in humans, according to research published in the January 2016 issue of the journal GENETICS. Domestic chickens are much less anxious than their wild cousins, the red junglefowl. The new research identifies genes that contribute to this behavioral variation and reveals that several…
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GENETICS turns 100: marking the past, mapping the future
In 1916, in the very first issue of GENETICS, Calvin Bridges published his proof that genes are carried on chromosomes. One hundred years later, genetics is again at the brink of a major transformation, as efficient genome engineering becomes a reality. During this century of incredible advances, GENETICS, published by the Genetics Society of…
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Clarity within the complexity of human breast cancer
With about 1 in 8 women in the United States expected to develop breast cancer in their lifetime, breast cancer remains the most common malignancy in women. Though heavily studied, its complexity creates significant challenges to diagnosis, prognosis, and treatment. One of the major problems is that causal DNA mutations of the disease vary from…
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Structure in yeast colonies
Compared to a human, a tree, or a jellyfish, the single-celled yeast might seem like a loner. Multicellular organisms like plants and animals are complex co-operative structures made of many specialized cell types, while a single yeast cell can survive and proliferate without the help of others. But although you might think of yeast as…