| 3/18(2022) |
RIKEN press release “Elucidation of metabolites in plant cells during division – Contents of cells captured with high precision by single-cell analysis” (Matsui group) |
| 2/18(2022) |
RIKEN/Tokyo Institute of Technology press release “Elucidating the disaggregation mechanism of amyloid – The disaggregation mechanism dependent on amyloid structure revealed”（Tanaka group） |
| 2/18(2022) |
RIKEN press release “Elucidating the mechanism of amyloid disaggregation”[Collaboration] (Tanaka group, Sako group) |
| 2/10(2022) |
RIKEN press release “Elucidation of the phosphorylation mechanism that causes ‘bias’ in signal transduction” (Sako group) |
| 1/21(2022) |
RIKEN press release “Origin of diverse cellular responses through signal transduction” (Sako group) |
| 1/19(2022) |
RIKEN press release “The stability of mRNA depends on the combination of genetic code codons. The cause is ‘ribosomal deceleration'” (Iwasaki group) |
| 12/7 |
RIKEN press release “A sophisticated mechanism by which cells regulate glucose metabolism: elucidation of a new regulatory mechanism of enzyme activity dependent on cellular ATP concentration” (Kigawa group) |
| 12/7 |
RIKEN Press Release “Elucidation of the cellular stress response mechanism induced by viruses”[Collaboration] (Ito group, Iwasaki group) |
| 11/17 |
RIKEN press release “Discovering the role of the ribosomal ‘tunnel’ that ensures continuous protein synthesis – Regulation of synthesis instability depending on the length and size of newly created proteins -“(Iwasaki group) |
| 11/10 |
RIKEN press release, “Proteins involved in designated intractable diseases promote lipid bilayer dynamics” (Sako Group) |
| 11/10 |
Nikkan Kogyo Shimbun “Proteins involved in intractable diseases and lipid movement in cell membranes: RIKEN elucidates the mechanism” (Sako group) |
| 9/28 |
RIKEN press release “Elucidating the molecular mechanism of calcium ion transport in biological membranes – New findings on the ATP-mediated protein transport mechanism -” (Sugita group) |
| 9/14 |
RIKEN press release, “Stresses induced by abnormal intron-derived proteins – Elucidation of anti-cancer mechanisms by splicing regulatory compounds -” (Iwasaki group) |
| 8/30 |
Yakuji Nippo “Smart cell growth factors rationally designed from DNA by the University of Tokyo and RIKEN Group” (Sako group) |
| 8/2 |
RIKEN Press Release “Successful development of smart artificial cell growth factors that precisely controls cell signals” (Sako group) |
| 7/9 |
RIKEN press release “How do drugs work in crowded cells? – Simulation of the binding of enzymes and inhibitors taking into account the in vivo environment -“[Collaboration] (Sugita group, Shirouzu group) |
| 7/6 |
RIKEN press release “Elucidation of the mechanism of translation initiation from atypical initiation codons – Expectations for the development of treatments for cancer and other diseases -” (Iwasaki group) |
| 6/30 |
RIKEN press release “Small RNAs in plants stop the movement of a giant protein synthesizer – How they work and their unexpected role -” (Iwasaki group) |
| 6/4 |
National Institute for Basic Biology press release “Mobile and immobile molecules cooperate to rapidly produce stable positional information” (Sako group) |
| 4/19 |
RIKEN press release “Discovery of selectivity of mRNA degradation by autophagy – A new function of autophagy in gene expression -” (Iwasaki group) |
