...Radheshyam Tewari; Craig Friedrich 13 06 2011 13 06 2011 biomedical materials cochlear implants embossing etching packaging polymer films Microhot-embossing is a less complex and inexpensive alternative over standard photolithography for patterning poly(lactic acid...

... with each other and to finite element analyses and are discussed. 14 11 2008 01 10 2009 20 11 2009 20 11 2009 bending biomedical equipment biomedical materials buckling finite element analysis lubricating oils mechanical testing needles plastics polymer films silicones...

... surface fluxes of NO from polymer films has been demonstrated by using polymer films that contain photoinitiated NO donors, prepared by synthesizing S-nitrosothiol (RSNO) derivitized polymer fillers that are blended into hydrophobic polymers and cast into a film. These films generate and sustain a surface...

... of adhering to non-flat surfaces in wet conditions should continue to be studied for their value for a wide array of medical device applications. adhesives bio-inspired materials biomedical equipment biomedical materials polymer films 09 07 2009 2009 American Society of Mechanical...

... effects polymer films 09 07 2009 2009 American Society of Mechanical Engineers ...

... biological tissues biomedical equipment biomedical optical imaging electro-optical devices endoscopes fibre optic sensors image reconstruction medical image processing optical scanners photodetectors polymer films pressure sensors thin films 09 07 2009 2009 American Society...

... nanotubes cellular biophysics electrolytes electroplated coatings gold microelectrodes nanotechnology neurophysiology polymer films scanning electron microscopy 2009 American Society of Mechanical Engineers ...

... of NO that cells are exposed to. Generating specific surface fluxes of NO from polymer films has been demonstrated by using polymer films that contain photoinitiated NO donors [3], prepared by synthesizing S-nitrosothiol (RSNO) derivitized polymer fillers that are blended into hydrophobic polymers and cast...

... to the coating, nearly spanning it. The PLA was etched away, leaving 40 nm pores in the polymer film. The device was subjected to hydrofluoric acid to remove the LSN capping the microscale pores and a final, brief oxygen plasma etch removed any PS capping the nanoscale pores. The resulting composite membrane...

... 06 2008 atomic force microscopy biomedical materials drug delivery systems filled polymers nanobiotechnology nanocomposites optical microscopy polymer films scanning electron microscopy 2008 American Society of Mechanical Engineers ...

... polarimetry polymer films 2008 American Society of Mechanical Engineers ...

... are testing the effectiveness of these coatings at promoting epithelial cell differentiation in addition to inhibition of bacteria adhesion. 11 06 2008 adhesion biological tissues biomagnetism biomedical materials cellular biophysics magnetic sensors microorganisms polymer films...