Protein Biophysics Group, Bio-ICT Lab
バイオICT研究室 生体物性プロジェクト
Protein Biophysics Group
Bio-ICT Laboratory
バイオICT研究室 生体物性PJ
Focusing on the bio-molecular motors, we are studying the design and manufacturing of devices composed of new bio-molecular machines that possess the characteristics of living organisms.
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We are reconstructing biological mechanisms for receiving chemical substances.
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We are working on the mechanisms of large scale self organization that is driven by biomolecular motors.
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Schematic diagram of two types of nanomachines sorting two different cargos on a Y-shaped DNA nanotube (Ibusuki et al, Science 2022).
Schematic diagram of two types of nanomachines sorting two different cargos on a Y-shaped DNA nanotube.
(Ibusuki et al, Science 2022)
Hiroto TANAKA
Hiroto TANAKA
"swimming then suddenly be surprised" Jun'ya KIRIMA
"swimming then suddenly be surprised"
Jun'ya KIRIMA
Chlamydomonas, a green alga, swims in water with two hair-like structures called flagella. Normally, Chlamydomonas swims in a breaststroke motion, but when exposed to strong light, it changes the way of swimming and retreats. The lines in a rainbow color depict the traces of Chlamydomonas movement and the white circles indicate where the retreats occurred.
緑藻類であるChlamydomonasは鞭毛と呼ばれる2本の毛のような構造を使って水中を泳ぐ。普段は平泳ぎをしながら遊泳しているが、強い光が当たるとその泳ぎ方を変えて後退する。虹色の線はクラミドモナスの運動の軌跡を表し、白い丸は後退が起きた位置を示す。