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Innovative field experiments shed light on biological clocks in nature

Innovative field experiments shed light on biological clocks in nature

Much of what we know about plant circadian rhythms is the result of laboratory experiments where inputs such as light and temperature can be tightly controlled.

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Bioengineers develop a new environmentally friendly adhesive polymer

Bioengineers develop a new environmentally friendly adhesive polymer

A team of bioengineers at the University of California, Berkeley, has developed a new kind of environmentally friendly adhesive polymer. In their study, published in the journal Science, the group used an electrophilic stabilizer to prevent a certain fatty acid from depolymerizing, thereby enabling its use as an adhesive.

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Citizen science project identifies 20 new astronomical discoveries

Citizen science project identifies 20 new astronomical discoveries

A citizen science project, which invites members of the public to take part in identifying cosmic explosions, has already identified 20 new astronomical discoveries.

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Research unravels dual role of membrane protein in rice ethylene signal transduction

Research unravels dual role of membrane protein in rice ethylene signal transduction

A research team, led by Professor Zhang Jinsong from the Institute of Genetics and Developmental Biology (IGDB) of the Chinese Academy of Sciences, revealed insights into the mechanism by which the membrane protein MHZ3 collaborates with the ethylene receptor to regulate the phosphorylation of OsCTR2 (CONSTITUTIVE TRIPLE RESPONSE2), thereby controlling the switch of the ethylene signaling in rice.

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Researchers synthesize molecular aggregates for solar energy applications

Researchers synthesize molecular aggregates for solar energy applications

No molecule stands alone—they need others, at least when it comes to being able to display useful photophysical, electronic, and chemical properties. When individual molecules combine into an aggregate, or a complex of two or more molecules, they become much more than the sum of their individual parts.

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New approach for profiling complex dynamics at the single-molecule level

New approach for profiling complex dynamics at the single-molecule level

A team of researchers led by Professor Sebastian Deindl at Uppsala University has developed a pioneering method that vastly improves the ability to observe and analyze complex biological processes at the single-molecule level. Their work is published in the journal Science.

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Bonobo evidence suggests ancient origin of the 'common enemy effect'

Bonobo evidence suggests ancient origin of the 'common enemy effect'

In the face of threats from other groups, humans, chimpanzees, and a selection of other species get closer to their own. Now an international team led by Kyoto University has shown that even our more peaceful cousins, bonobos—who have never been observed to kill outsiders—show a moderated version of this effect, hinting that this behavior may have emerged several million years ago, before our lineages went their separate ways.

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Single nucleosomes tracked in live cells during cell division using super-resolution microscopy

Single nucleosomes tracked in live cells during cell division using super-resolution microscopy

Individual cells divide through a process called mitosis, during which the cell's copied DNA is separated between two resulting daughter cells. Despite recent advances in cell biology, the mechanism by which DNA condenses during mitosis is still poorly understood. Researchers recently tracked small stretches of DNA wound around histone proteins, called nucleosomes, to better characterize nucleosome behavior during cell division.

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Stranded student helps design synthetic polymers to combat fungal infections

Stranded student helps design synthetic polymers to combat fungal infections

Every year, more than 2 million people are affected by invasive fungal infections, which are often caused by Candida species and are associated with high mortality rates. The development of new therapies is progressing very slowly. Demand is increasing, however, especially as drug resistance is becoming more and more common.

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Chemists succeed in upscaling a common reagent for industrial level applications

Chemists succeed in upscaling a common reagent for industrial level applications

The metallic element samarium, when bound with other elements, is an incredibly useful chemical reagent for synthesizing molecules that can lead to new pharmaceuticals. Discovered in a Russian mine in 1879, the element was named after the mineral it was found in, called samarskite, which itself was named after Russian mining engineer Vassili Samarsky-Bykhovets.

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