Scientists crack the code to improve stress tolerance in plants

In any eukaryotic organism, the DNA in a cell exists not as a loose strand, but as a highly condensed complex that consists of DNA and other proteins known as histones. Overall, this condensed structure is referred to as ...

New study reveals surprising gender disparity in work-life balance

The concept of work-life balance and its relation to the satisfaction that individuals and groups express regarding the quality of their lives have attracted the attention of policy makers, labor economists, and others. Life ...

How the antibiotic chloramphenicol causes damage to eukaryotes

A group of scientists from Japan led by Professor Takashi Kamakura of Tokyo University of Science has demonstrated the molecular and cellular basis of the toxic effects of the antibiotic chloramphenicol on eukaryotic cells. ...

Making the 'human-body internet' more effective

Wireless technologies such as Wi-Fi and Bluetooth have made remote connectivity easier, and as electronics become smaller and faster, the adoption of "wearables" has increased. From smart watches to implantables, such devices ...

New family on the block: A novel group of glycosidic enzymes

A group of researchers from Japan has discovered a novel enzyme from a soil fungus. In their study published in the Journal of Biological Chemistry, they speculate that this enzyme plays important roles in the soil ecosystem, ...

A 'crisper' method for gene editing in fungi

CRISPR/Cas9 is now a household name associated with genetic engineering studies. Through cutting-edge research described in their paper published in Scientific Reports, a team of researchers from Tokyo University of Science, ...

page 17 from 17