• Cell Dynamics Research Core
  • Computational Biology Research Core
  • Cell Design Research Core
  • Dynamic Biological Systems Collaborations Program

News & Articles More news

Jun 10, 2016

Measuring body time

MS-QBiC, the new protein quantitation method, speeds up production of a molecular timetable.

Jun 7, 2016

Ultrathin flexible glass device

Flexible glass fluidic devices as thin as just one cell created in the Laboratory for Integrated Biodevice.

May 31, 2016   [Press release]

A jolt from the blue: Rays provide power for an electric generator

QBiC's Yo Tanaka and his collaborators applied the principle used by the fish to make a breakthrough power generator.

May 27, 2016

Listening to the noise

David Priest of QBiC's Laboratory for Single Cell Gene Dynamics featured in RIKEN Research.

Apr 25, 2016

Worm sperm have new tricks

A new mechanism for sperm to activate an egg.

Apr 18, 2016

How chemotactic cells extend the response range

A newly identified G protein shuttling mechanism controls chemotaxis at high concentrations of chemoattractant.

Apr 14, 2016

Database integration accelerates data-driven quantitative biology

Just as physicists understand the universe by calculation, biologists understand life by calculation. Well not quite ...

Mar 18, 2016   [Press release]

Brain calcium controls how long we sleep

The Hiroki Ueda lab published new results in Neuron.

Jan 8, 2016   [Press release]

Snappy Sleep Stager system identifies gene related to shorter sleep

Researchers in QBiC Cell Design Research core published a new paper in Cell Reports.

Oct 21, 2015

First glimpses of motor proteins in action

QBiC researcher Tomohiro Shima contributed to a work published in "Nature Communications" recently.

Oct 20, 2015

Aging blood cells grow “freckles”

Freckles on the surface of cells could be the sign of aging. Researchers in QBiC showed how these spots are formed ...

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