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Notch signaling pathway / Signal transduction / Angiology / NUMB / Arteriovenous malformation / Vein / Cell signaling / Notch-1 / Arteriovenous fistula / Biology / Medicine / Circulatory system


Notch1 and 4 Signaling Responds to an Increasing Vascular Wall Shear Stress in a Rat Model of Arteriovenous Malformations
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Washington / DC / Wetzlar / Gilbertsville / Cambridge / Minneapolis / Sydney / /

Company

National Academy Press / IgG / Number Cruncher Statistical Systems / Creative Commons / Leica Microsystems GmbH / Transonic Systems / Hindawi Publishing Corporation / /

Country

Germany / United States / Australia / United Kingdom / Sweden / /

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Facility

Castle Hill / Macquarie University / Laboratory Animals / Medical Clinical College of Beijing University / Laboratory Animal Research / /

Holiday

between day / /

IndustryTerm

arteriovenous communications / tunica media / imaging / /

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Castle Hill / /

Organization

National Research Council / Department of Neurosurgery / Australian School of Advanced Medicine / Macquarie University / Beijing University / Beijing / Institute for Laboratory Animal Research / 9th Medical Clinical College / Experimental Animal Care and Ethics Committee / /

Person

Robert M. Starke / Doppler / Alexa Fluor / Notch / Jian Tu / /

Position

Academic Editor / Representative / /

Technology

2 Technology / flow probe / antibodies / ultrasound / Neurosurgery / Cell Signaling / Apoptosis / /

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http /

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