Northwestern Medicine scientists have developed a new protein that acts as a trickster to neutralize the COVID-19 infection in a human kidney organoid, a miniature organ made from stem cells in the lab.
Feb 1, 2021
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One reason why nerve damage in the brain cannot regenerate easily is that the neurites do not know in which direction they should grow. A team of researchers from Ruhr-Universität Bochum (RUB), Sorbonne University Paris, ...
Jan 19, 2021
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Researchers at the University of Helsinki have defined a cancer invasion machinery which is orchestrated by a frequently mutated cancer gene called Ras. When signaling from Ras protein becomes abnormally high, like it does ...
Jan 19, 2021
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Researchers are running thousands of simulations on Summit to identify how a specific protein triggers up to 30 percent of all human tumors
Jan 12, 2021
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While rare, botulism can cause paralysis and is potentially fatal. It is caused by nerve-damaging toxins produced by Clostridium botulinum—the most potent toxins known. These toxins are often found in contaminated food ...
Jan 8, 2021
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A sugar-binding protein could fuel terrible inflammation and worsen sepsis, a disease that kills more than 270,000 people every year in the US alone, reports a team of researchers led by UConn Health in the 4 January issue ...
Jan 4, 2021
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In 1986, cellular biochemist Kazumitsu Ueda, currently at Kyoto University's Institute for Integrated Cell-Material Sciences (iCeMS), discovered that a protein called ABCB1 could transport multiple chemotherapeutics out of ...
Dec 29, 2020
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Synapses are specialized brain structures where learning and memory occur. The efficient transmission of synaptic signals relies on the delicate structure and complex molecular composition of the synapses. However, the small ...
Nov 9, 2020
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T-cells taken from the blood of people who recovered from a COVID-19 infection can be successfully multiplied in the lab and maintain the ability to effectively target proteins that are key to the virus's function, according ...
Oct 26, 2020
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New research led by Queen Mary University of London and UCL has shown that small bioengineered molecules can be used to repair defects in the fetal membranes that surround and protect babies developing in the womb.
Oct 13, 2020
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