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Membrane biology / Cellular processes / Biochemistry / Rab / Vesicle / Exocytosis / Exocyst / Endosome / N-ethylmaleimide sensitive fusion protein / Biology / Organelles / Neurophysiology


Rab6, Rab8, and MICAL3 Cooperate in Controlling Docking and Fusion of Exocytotic Carriers
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Document Date: 2012-06-28 08:00:53

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File Size: 1,59 MB

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City

Rab6 / Sheffield / Arden / Houtsmuller / PAGFP / L.A. / Rotterdam / /

Company

IgG / Kubota / Elsevier Ltd / Patterson / CX Utrecht / GE / /

Country

Netherlands / Finland / /

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Event

Product Issues / /

Facility

Golgi complex / University of Helsinki / MICAL3-Rab8 complex / University Medical Center Utrecht / Erasmus Medical Center / Left bar / C terminus / Utrecht University / ELKS C terminus / ELKS N terminus / Rudolf Magnus Institute of Neuroscience / /

IndustryTerm

Live-cell imaging / live imaging / fusion machinery / cell-biological applications / tubular network / /

Organization

Faculty of Science / Rudolf Magnus Institute of Neuroscience / Golgi / Erasmus Medical Center / Division of Cell Biology / Organization for Scientific Research / Department of Medical Informatics and Radiology / University of Helsinki / The Netherlands 4Proteomics Center / Utrecht University / Netherlands Organization for Health Research / /

Person

Nat / /

Position

mediator / Representative / reporter / /

Product

Rab8A / MICAL33G3W mutant / /

ProvinceOrState

South Dakota / A.B. / Gillingham / /

Technology

Neuroscience / Proteomics / laser / BBS / antibodies / siRNA / Biotechnology / 3G / /

SocialTag