Researchers have discovered that the reversion process does not always fully capture the way a cell's genome is folded up inside its nucleus. This folding configuration directly influences gene expression and therefore the functionality of the cell.
May 10th, 2016
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Researchers offer a new route to design the cellular 'machines' needed to understand and battle diseases.
May 10th, 2016
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Researchers use engineered bacteria to simplify biofuels production, potentially lowering cost.
May 10th, 2016
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Scientists are trying to recreate aspects of those broad design principles in synthetic systems comprised of simple membranes and complex fluids.
May 4th, 2016
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Scientists have successfully produced two synthetic derivatives of Teixobactin - the world's first known antibiotic capable of destroying drug-resistant bacteria.
Apr 27th, 2016
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Modular, programmable proteins can be used to track or manipulate gene expression.
Apr 26th, 2016
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New technique offers cheaper, faster method to create heart tissue for testing drugs and modeling disease.
Apr 21st, 2016
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Have a close-up look at DNA; you'll see it wiggles in the oddest way.
Apr 21st, 2016
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Researchers show how neural wiring works in the visual system.
Apr 20th, 2016
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This is an innovative, simple and inexpensive biological tool which can detect several contaminants and can be easy to use in economically restricted areas, such as developing countries.
Apr 19th, 2016
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Scientists have produced the most detailed map yet of the massive protein machine that controls access to the DNA-containing heart of the cell.
Apr 18th, 2016
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By using lasers, scientists can switch off and on proteins to watch how cells react quickly to their new reality.
Apr 18th, 2016
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Investigation of simple model cells resolves deformation mechanisms.
Apr 18th, 2016
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Scientists have made advances in unlocking the mystery of how to break down tough cellulose in plant matter by investigating Fibrobacter succinogenes S85, an anaerobic bacterium found in the rumen of cows and other herbivores.
Apr 15th, 2016
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Researchers report on a novel biochemical method that enables the rapid and repeated regeneration of selected molecular constituents in situ after device implantation, which has the potential to substantially extend the lifetime of bioactive films without the need for device removal.
Apr 13th, 2016
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Biochemists have devised a way to convert sugar into a variety of useful chemical compounds without using cells.
Apr 12th, 2016
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Bioengineers determine textile manufacturing processes ideal for engineering tissues needed for organ and tissue repair.
Apr 8th, 2016
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Researchers hoping to design new materials for energy uses have developed a system to make synthetic polymers with the versatility of nature's own polymers, the ubiquitous proteins. Based on an inexpensive industrial chemical, these synthetic polymers might one day be used to create materials with functions as limitless as proteins, which are involved in every facet of life.
Apr 7th, 2016
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