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Rotation / Continuum mechanics / Fluid dynamics / Shear stress / Viscosity / Sediment transport / Coriolis effect / Sedimentation / Centrifugal force / Physics / Fictitious forces / Force


Am J Physiol Renal Physiol 281: F12–F25, 2001. invited review Optimized suspension culture: the rotating-wall vessel 1
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Document Date: 2011-12-21 10:26:07


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Palo Alto / New Orleans / /

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D AB / Wiley-Liss Inc. / Incyte / Beads / 2Screaming Jeanne’s Incorporated / Louisiana Veterans Research Corporation / Medline / /

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USD / /

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Direct Direct square Direct / Johnson Space Center / Rotating-Wall Vessel Terminal / Veterans Affairs Medical Center / Terminal Velocity / Tulane University Medical Center / /

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biological pharmaceuticals / transportation / electrical and chemical signaling / cell culture systems / culture media / select gene products / putative endothelial cell shear stress response element binding site / fluid media / aqueous solution / Gene expression analysis using microarray technology / chemical gradient / application-specific hardware / Media viscosity / selected culture devices / web site http /

MedicalCondition

Wilms tumor / atherosclerosis / heart failure / chronic vascular diseases / /

Organization

Tulane Univ. / Johnson Space Center in Houston / School of Medicine / Veterans Affairs Medical Center / US Federal Reserve / Tulane University Medical Center / National Aeronautics and Space Administration / Tulane Environmental Astrobiology Center / American Physiological Society / /

Person

Carl Hanser Verlag / /

Position

cell biologist / engineer / /

Product

PHYSIOLOGICAL IMPORTANCE OPTIMIZING CELL CULTURE IN SUSPENSION / vitamin D / Optimized suspension / LG PC12 Radio / PRINCIPLES OF OPTIMIZED SUSPENSION / F16 / F15 / KC-135 / F18 / /

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Texas / Louisiana / /

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the F19 INVITED REVIEW / /

Technology

antibodies / biotechnology / FLUID DYNAMICS / transplantation / human genome / Gene expression analysis using microarray technology / gene expression / simulation / /

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http /

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