National Institute of Advanced Industrial Science and Technology (AIST)
Research resultsPublications > AIST TODAY > 2009-3 No.33
AIST TODAYNo.33 2009-3 [ PDF:4.9MB ]


Research Hotline

UPDATE FROM THE CUTTING EDGE (Apr.-Jun. 2009)
The abstracts of the recent research information appearing in Vol.9 No.4-6 of "AIST TODAY" are introduced here, classified by research area.
For inquiry about the full article, please contact the author via e-mail.

Turning on a gene switch in a single cell using an infrared laser
- Development of a new microscopic technology for single-cell gene induction in vivo -

Life Science and Biotechnology

Molecular mechanism of Ashwagandha (Queen of Indian herb) effects
- From Indian traditional medicine to scientific facts -
Structure analysis of ion channel proteins in membrane
- 3D structure of ion channels revealed by single particle electron microscopy -
Development of low-cost, noise-proof, wire-saving technology
- Serial bus communication system reduces wiring and improve productivity -
Information Technology and Electronics
Diamond biosensor for specific sequence of DNA with ultra-high sensitivity
- Showing the potential application in detecting a variety of diseases and biomolecules -
Nanotechnology, Materials and Manufacturing
Lightweight hollow carbon fine particles produced from biomass
- Elastic hollow fine particles resembling paper balloons -
Environment and Energy
Development of novel organic ionic plastic crystals
- Expectation for flexible, transparent and highly conductive solid electrolyte -
Development of high-performance inorganic adsorbent for carbon dioxide
- Efficient capture of carbon dioxide above atmospheric pressure -
Geological Survey and Applied Geoscience
Development of dose standard for X-ray used in mammography
- Aiming for more precise dosimetry in breast cancer examination -
Metrology and Measurement Science
Study of a new microwave power standard
- Microwave power standard based on frequency measurement -
Detection of chemicals hidden in opaque containers
- The objects are colored temporally by multiphoton excitation using near-infrared femtosecond laser -


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