Photosynthetic bacteria spin spider silk for the masses
A little genetic engineering and a special recipe allows photosynthetic bacteria to mass-produce super lightweight spider silk for use in manufacturing.
Jul 8
A little genetic engineering and a special recipe allows photosynthetic bacteria to mass-produce super lightweight spider silk for use in manufacturing.
Jun 10
Organic nitrogen in soil helps crop growth
Scientists used a multi-omics analysis to show that soil solarization helps crops grow because it increases organic nitrogen in the soil.
Nov 6
Gene regulator that allows plant rehydration after drought
New genetic insights into the plant rehydration process: this is why your plants don’t die after you forgot to water them.
Aug 31
Transgenic plants ??on acid survive without water
Scientists designed transgenic plants that survive drought-like conditions by bumping up acetic acid production only when water is scarce.
Jul 5
Summer fun: how plants beat the heat
Scientists have discovered a gene that allows plants to cope with extreme heat by changing the composition of chloroplast membranes.
May 30
Quick, call Spiderman: scientists discover how spider silk is formed
A group of scientists led by researchers have discovered a key mechanism through which spider silk is formed.
RIKEN at a Glance
30-day trend
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