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In a new study, genetically engineered E. coli eat glucose, then
help turn it into molecules found in gasoline.
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These big turtles have extra copies of genes that may help them
age well and evade cancer, and the creatures’ cells respond
to stress in ways that may help to prevent disease, scientists
conclude.
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New research illuminates the properties of protein-RNA
droplets.
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A study presents a broad survey of monogenetic volcanoes younger
than 2.58 million years in the U.S. Southwest.
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To understand how these ecosystems will respond to the pressures
of climate change, a new study considers what goes on below the
forest floor.
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Data from the research could facilitate efforts to prevent and
treat adverse pregnancy outcomes, showing the importance of
evolutionary medicine.
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A new paper explores how the opinions of an electorate may be
reflected in a mathematical model ‘inspired by models of
simple magnetic systems.'
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The research adds to a decades-long, existential debate: Are the
soft corals Plexaura homomalla and Plexaura kükenthali a
single species, or not?
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With NSF funding, ice sheet and computer scientists have created
a new online platform that aims to reduce bottlenecks in research
on ice sheets and sea level rise.
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The Stony Brook University research team will explore and validate the potential of replacing cement, which is environmentally expensive, with naturally derived biopolymers to increase the structural stability of soil.
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Conducted in late 2020, the University at Buffalo-led study of ciclesonide was one of the first to look at steroids in patients with mild to moderate disease.
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To discover if cutting greenhouse gas emissions could help avoid this scenario, a multinational team led by Binghamton and Colgate University scientists will drill into the ocean floor below Antarctica’s Ross Ice Shelf.
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In a new study, genetically engineered E. coli eat glucose, then
help turn it into molecules found in gasoline.
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