フォトギャラリー

Predicting the Future: “Striosome” Neurons in the Basal Ganglia Play a Key Role in Learning | 予測する脳：大脳基底核の「ストリオソーム」神経細胞が学習のカギ

Images from Kusumi unit web story (Biological Ballet: Development of a New Imaging Technique Reveals Complex Protein Movements in the Cell Membrane) | The microscope built by the Membrane Cooperativity Unit for live-cell single fluorescent-molecule imaging | まるでバレリーナ！ イメージングの新技術を開発して、細胞膜タンパク質の複雑な動きを見たら | 生細胞中で多数の蛍光標識分子を1分子分解能で追跡するため、膜協同性ユニットが特別に組み立てた顕微鏡

Photos from Takahashi unit web story (Remake, Refill, Reuse: Recycling at the Synapse Revealed)

Fukunaga’s group, which has grown from just her to a fully fledged unit over the past year or so, studies inhibitory neurons

The Evolutionary Genomics Unit investigate the evolutionary origin of termite guts

New research shows with unprecedented accuracy what happens to soap as it spreads on water | Mahesh Bandi | Shreyas Mandre (Brown University)

Dr. Rory Cerbus from OIST’s Fluid Mechanics Unit demonstrates his research

New research by the Micro/Bio/Nanofluidics Unit examines the formation of vortices in fluids with and without added polymers

From left to right: Lijun Qiu and Professor Alexander Mikheyev from the OIST Ecology and Evolution Unit

A photo of the members of the Nanoparticles by Design Unit beside the Cluster Beam Deposition machine used to manufacture the new silicon anode

From left to right: Kenichiro Soga, Hideki Takebe, Jun Fujita, Katsutoshi Shirasawa, Professor Shintake |

Photos of the Electron and Quantum Mechanism Unit headed by Prof. Feng in July 2017