Bacteria Has Natural Capacity to Recycle Plastics
A common bacterium, Comamonas testosteroni, might hold the key to breaking down and recycling plastic waste on a large scale.
Read MoreA common bacterium, Comamonas testosteroni, might hold the key to breaking down and recycling plastic waste on a large scale.
Read MoreThe Girl Scouts and SciStarter have teamed up to put the spotlight on trees in these citizen science projects.
Read MoreScientific illustration is more than just cool artwork. It conveys technical details about research that other tools cannot.
Read MoreBioprinting skin models that react on par with actual skin could lead to new possibilities for how labs test cosmetics and drugs.
Read MoreA new recycling method uses sunlight to simultaneously convert carbon dioxide and plastic waste into sustainable biofuels and useful chemical products.
Read MoreMucus produced by brown algae may be the key to protecting the ocean, as a new study uncovers how carbon dioxide gets captured and converted.
Read MoreBioenergy sorghum hybrids can restore carbon levels in soil, improve soil fertility, provide biomass for biofuel production, and combat climate change.
Read MoreWhy do people love some fictional villians more than heros? Much like the villains themselves, the answer is complex and, well, interesting.
Read MoreScientist, artist: Science inspires art in this poem about the properties of yeast and its similarities to human cells.
Read MoreResearch into human migration shows distinct patterns, including the surprising trend toward areas affected by wildfires.
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