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World s fastest camera to monitor molecular dynamics of living cells - 2023

World s fastest camera to monitor molecular dynamics of living cells - 2023
wiley.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from wiley.com Daily Mail and Mail on Sunday newspapers.

Takahiro fujiwaraAkihiro kusumiKyoto universityMaterial sciencesOkinawa institute of scienceInstitute for integrated cellMindy takamiya kyoto universityTechnology graduate universityOkinawa instituteImage creditIntegrated cell material sciencesPhotron limitedCell biol

Illuminating the molecular ballet in living cells: Ultrafast fluorescent imaging technology brings the molecular dynamics of living cells into clear view

Illuminating the molecular ballet in living cells: Ultrafast fluorescent imaging technology brings the molecular dynamics of living cells into clear view
sciencedaily.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from sciencedaily.com Daily Mail and Mail on Sunday newspapers.

Akihiro kusumiTakahiro fujiwaraGeorges seuratMaterial sciencesInstitute for integrated cellKyoto universityIntegrated cell material sciencesPhotron limited

World s fastest camera can detect fluorescence from single molecules

Researchers at Kyoto University, Okinawa Institute of Science and Technology Graduate University (OIST), and Photron Limited in Japan have developed the world's fastest camera capable of detecting fluorescence from single molecules.

Takahiro fujiwaraAkihiro kusumiGeorges seuratDanielle ellisOkinawa institute of scienceMaterial sciencesInstitute for integrated cellResearchers at kyoto universityKyoto universityTechnology graduate universityOkinawa institutePhotron limitedIntegrated cell material sciencesLiving cellsCell biologyCell membrane

Flat fullerene fragments attractive to electrons: Fragments of spherical Buckyball molecules have stable electron-accepting ability with great practical potential

Researchers have gained new insights into the unique chemical properties of spherical molecules composed entirely of carbon atoms, called fullerenes. They did it by making flat fragments of the molecules, which surprisingly retained and even enhanced some key chemical properties.

Aiko fukazawaBuckminster fullerInstitute for integrated cellMaterial sciencesIntegrated cell material sciences

Illuminating the molecular ballet in living cells

Ultrafast fluorescent imaging technology brings the molecular dynamics of living cells into clear view.

Akihiro kusumiGeorges seuratTakahiro fujiwaraOkinawa institute of scienceTechnology graduate universityMaterial sciencesKyoto university institute for integrated cellResearchers at kyoto universityInstitute for integrated cellKyoto universityOkinawa institutePhotron limitedIntegrated cell material sciencesCell biology