... 05 2010 10 08 2011 14 11 2011 biological tissues biomedical equipment bioMEMS portable instruments Understanding the basis of cancer development and progression provides essential information for the assessment of prognosis and, more importantly, prediction of therapy...

...Emily Paukert; Susan Mantell; John Korkko; Bruce Hammer; Phil Williams 15 06 2011 15 06 2011 biological techniques biomagnetism biomedical measurement bioMEMS cellular biophysics magnetic susceptibility All materials experience a force when placed in a region...

..., dynamic finite element analysis with these tread designs, and in vivo porcine evaluation and comparison of two leading tread designs. 10 09 2010 06 10 2010 03 12 2010 03 12 2010 bioMEMS medical robotics microrobots micropatterned treads capsule crawler in vivo...

... 08 2010 09 08 2010 application specific integrated circuits bioMEMS biosensors blood pressure measurement compensation microsensors pressure sensors prosthetics sigma-delta modulation 2010 American Society of Mechanical Engineers ...

... 01 09 2009 bioMEMS diseases muscle pressure sensors intramuscular pressure MEMS pressure sensor high sensitivity capacitive sensing The IMP sensors will be utilized in detecting the pressure changes inside the muscle during regular movements of the patients. Hence...

... of this micropump is twofold; 1) integration into a micro-free flow separation device, and 2) integration into a capillary electrophoresis instrument for use in direct-sampling neuroscience experiments. bioelectric phenomena bioMEMS cantilevers capillarity electrophoresis flow separation haemorheology...

... of 1.19 mN was found acting on the cochlear ST wall when the insertion tool hits the wall and deflects by 200 μ m at an actuation pressure of 140 kPa. actuators biomedical electrodes bioMEMS cantilevers cochlear implants micromechanical devices 09 07 2009 2009 American Society...

.... To obtain an application specific optimum design parameter and predict the cantilever performance. The miniaturization of the cantilever-based biosensor leads to significant advantages in the absolute device sensitivity. biochemistry biomedical equipment bioMEMS biosensors cantilevers cardiology...

...? membrane (0.02 and 0.2 μ m pore diameter). Details of design and preliminary results will be presented. 08 07 2009 biological techniques bioMEMS diseases polymer gels sensors swelling 2009 American Society of Mechanical Engineers ...

... of processing the cells and improving overall recovery of cells through the device. bioMEMS biothermics cell motility microfluidics suspensions 07 07 2009 2009 American Society of Mechanical Engineers ...

... ) . 25 06 2008 biodiffusion biomedical equipment bioMEMS cellular biophysics microfluidics organic compounds 2008 American Society of Mechanical Engineers ...

.... 25 06 2008 biochemistry biological techniques bioMEMS biothermics DNA heat transfer macromolecules microfluidics molecular biophysics porous materials temperature distribution 2008 American Society of Mechanical Engineers ...

... in this paper allows a better control over microsphere dimensions and therefore better control over drug delivery than those reported elsewhere. biodegradable materials bioMEMS desorption drug delivery systems elemental semiconductors membranes silicon 18 06 2008 2008 American...

..., the technology used in assembling electronics is applicable to assembling fluidic chips, and both electronics and fluidics can be integrated on one platform for biomedical applications. 12 06 2008 bioMEMS elastomers medical control systems microactuators microfluidics microvalves nickel alloys...

... review showed that each separate portion could be used in an effective device for minimally invasive, continuous glucose monitoring. 11 06 2008 biochemistry biomedical equipment biomedical measurement bioMEMS brain diseases needles obstetrics organic compounds patient monitoring...

... circulation from each electrode combined and acted as the mixer in the micropump. The micropump was fabricated 20.2 mm in length, 1 mm in width and 400 μ m in electrode length. To measure accurately, a high speed digital camera was used. 11 06 2008 bioMEMS lab-on-a-chip microfluidics...

... , T. , 1996 , Marks’ Standard Handbook for Mechanical Engineers , 10th ed., McGraw–Hill , New York, pp. 3 – 24 . 27 01 2006 05 09 2006 bone bioMEMS strain sensors microsensors bending biomechanics prosthetics surgery biomedical telemetry strain gauges antennas...