.... The generalized results could find applications for the design of bioreactors with a porous wall. biomedical equipment bioMEMS bioreactors convection diffusion finite element analysis flow simulation flow through porous media microchannel flow Navier-Stokes equations mass transfer microchannel...

... a microchannel cross junction. The analysis showed that fluid-induced stresses on suspended cells (hydrodynamic shear, normal, and principal stresses in the range of 0.02–0.04 Pa) are generally at least an order of magnitude lower than adhered single cell studies for uniform and straight microchannel flows (0.5...

... mass transfer microchannel flow microchannel bioreactor micropatterned coculture species concentration Cell-cell interactions are central to the functions of many organ systems including liver ( 1 2 ), kidney ( 3 ), and vasculature ( 4 ). Conventional coculture studies, with primary...

... and commercial applications. biodiffusion biomembrane transport bioMEMS microchannel flow permeability physiological models 28 06 2006 11 12 2006 Normalized concentration profiles for f q ( δ ∕ d ) = 0.10 (0.2), Pe = 625 ( Re = 0.5...

... 0 ∕ C in ) and effective distance ( κ = x ∕ h Pe ) . 31 03 2006 18 10 2006 bioreactors biological techniques microchannel flow cellular biophysics numerical analysis microchannel bioreactor co-culture cell growth species concentration...

... based surface accumulator of E. coli to accumulate them on the dual mode acoustic wave biosensor ( 3 ) developed in our lab which is a first-of-its-kind device that can sense in a gas, vapor, or liquid environment. biosensors microorganisms biological techniques microchannel flow...

.... , 2005 , “ Effect of Surface Roughness on Mass Transfer in a Flat-Plate Microchannel Bioreactor ,” Proceedings of the International Symposium on Physics of Fluids , Huangshan , China. 11 11 2004 15 11 2005 bioreactors biological techniques cellular biophysics microchannel flow...