Humanity is producing data at an unimaginable rate, to the point that storage technologies can't keep up. Every five years, the amount of data we're producing increases 10-fold, including photos and videos. Not all of it ...
General Physics
Jul 28, 2017
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Human MutT homolog 1 (hMTH1) protein acts as the primary enzyme for breaking down (hydrolyzing) damaged (oxidized) deoxynucleoside triphosphates (dNTPs) the substrates of DNA synthesis. Recently, hMTH1 has drawn attention ...
Biochemistry
Mar 29, 2017
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5
By looking into the mechanism of a backward enzyme, scientists speculate why DNA replication always happens in the forward direction.
Cell & Microbiology
Jul 13, 2016
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9
A Dartmouth College study finds there may be a universal code to predict protein structure, which could help to determine why certain mutations cause disease and how to fix them.
Biotechnology
Apr 23, 2015
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34
Cassava is a woody shrub that is native to South America and is extensively cultivated in tropical regions worldwide, with an annual crop production of over 200 million tons. A team of researchers led by Tetsuya Sakurai from ...
Biotechnology
Oct 18, 2013
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0
The sweet orange, Citrus sinensis, has long dominated fruit production worldwide. Yet attempts to study this fruit's genetics and improve its desirable traits have proved difficult because it reproduces asexually and seedlings ...
Biotechnology
Apr 10, 2013
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(Phys.org)—In the last five years, next-generation gene sequencing has brought down the cost of unlocking a single genome from $10 million to $10,000. While the savings is unprecedented, more can still be done ...
Bio & Medicine
Sep 20, 2012
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0
'Superinformation,' or the randomness of randomness, can be used to predict the coding and noncoding regions of DNA.
General Physics
Sep 12, 2012
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0
Scientists on Tuesday said they had devised a DNA test to pinpoint the geographical origins of commercial seafish, in a breakthrough against illegal trawling that threatens fish stocks worldwide.
Biotechnology
May 22, 2012
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0
Research published this week in Nature Nanotechnology shows a new method of enzyme-controlled movement of a single strand of DNA through a protein nanopore. The paper, by researchers at the University of California Santa ...
Bio & Medicine
Sep 26, 2010
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