... influencing the stress to strain response. 15 09 2010 24 10 2010 02 11 2010 22 12 2010 22 12 2010 biomechanics bioMEMS bio-optics cellular biophysics computational fluid dynamics hydrodynamics microfluidics radiation pressure stress-strain relations...

... organs bioMEMS cancer cantilevers cellular biophysics deformation frequency response gynaecology micromechanical devices piezoelectric actuators piezoresistive devices breast cancer cell physical markers dynamic deformation frequency response piezoresistive microcantilever...

.... The generalized results could find applications for the design of bioreactors with a porous wall. 24 11 2009 08 01 2010 19 01 2010 16 04 2010 16 04 2010 biomedical equipment bioMEMS bioreactors convection diffusion finite element analysis flow simulation flow through porous...

... of the concentrated particles is expected to facilitate the visualization of sizing and counting in cell-based devices. On the other hand, the size-dependent patterns of particle distributions have the potential for the application of size-based separation. bioMEMS cellular biophysics flow visualisation...

... aneurysms from rupturing include both surgical and transcatheter methods. stent nitinol thin film aneurysm transcatheter bioMEMS blood vessels brain catheters diseases haemodynamics microfabrication nickel alloys patient treatment prosthetics sputter deposition stress-strain...

... of Hepatocytes and Nonparenchymal Cell,” FASEB J. 13, pp. 1883–1900 ) based on bFGF. 29 01 2007 22 03 2008 06 05 2008 biochemistry bioMEMS bioreactors cellular biophysics liver mass transfer microchannel flow microchannel bioreactor micropatterned coculture species...

... the optimization method’s superiority. 10 11 2005 11 12 2006 bioMEMS temperature control neural nets learning (artificial intelligence) microfluidics ceramics control engineering computing biology computing genetic algorithms lab-on-a-chip temperature distribution finite element...

... within a mesoscale volume of cells in the required time. biodiffusion biomembrane transport bioMEMS microchannel flow permeability physiological models Cells are routinely cryopreserved for different applications in medicine and biotechnology. Cells are used in the production...

.... For these promising materials which are becoming more commonly deployed in advanced BioMEMS devices, this work represents the first instance in which a coupled stimuli numerical analysis has been carried out for these polymer gels. A novel meshless numerical technique, termed the Hermite-Cloud method, is also...