Department News News Archive

News archive

Tag: Publication

HOW SWEET IT IS (TO BE STUCK BY YOU) [MURRAY LAB]

John Koschwanez (l) and Andrew Murray How do microbes evolve to utilize nutrients that they can't import? We used engineering and experimental evolution of budding yeast to study…

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MOLECULAR CLOCKWORK OF BACTERIAL TIME-KEEPING [O’SHEA LAB]

Erin O'Shea (l) and Andrian Gutu The day-night cycle is the most predictable environmental variation on Earth. Many organisms, ranging from bacteria to humans have evolved endogenous time-keeping…

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ONE GENE, MANY MUTATIONS, CONTRIBUTE TO MOUSE SURVIVAL [HOEKSTRA LAB]

In recent years, a growing number of studies have reported the identity of genes that contribute to phenotypic variation.  However, few have narrowed the causative effects down to…

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FEEDBACK CIRCUITS IN OLFACTION [MURTHY LAB]

What is the function of a sensory system? One straightforward idea is that it strives to create a complete and accurate internal representation of the external world, which…

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DYNEIN PUTS ITS BEST FOOT FORWARD [LESCHZINER LAB]

(L to R) Sirui Zou, Bret Redwine, Andres Leschziner, Rogelio Hernandez-Lopez, and Samara Reck-Peterson, front row Locksley Walking takes an enormous amount of coordination. As your leading foot…

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IT’S NOT YOU, IT’S ME [SANES LAB]

(L to R) Dimitar Kostadinov, Joshua Sanes, and Julie Lefebvre Neurons in the brain extend elaborately branched dendrites that receive inputs from other neurons and sensory stimuli.  In…

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GOOD NOISE, BAD NOISE [UCHIDA LAB]

  Biological systems are inherently noisy: they contain randomness beyond an observer’s control. The most common approach to deal with noise is simply to throw it away: by…

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VOLUME CONTROL AT THE SYNAPSE [MURTHY LAB]

You can't miss it in the news these days: neuroscientists are excited about anatomical reconstruction of neural connectivity. In fact, the term "connectomics" is a frequently-edited entry in…

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STUDY SUGGESTS NEURAL WIRING PEAKS AT BIRTH AND THEN IT’S ALL DOWNHILL FROM THERE [LICHTMAN LAB]

The goal of this study was to investigate the pattern of nerve connections between motor neurons and muscle fibers in newborn and embryonic animals. Previous work by us…

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