..., American Society for Testing and Materials , Philadelphia , pp. 134 – 153 . 12 05 2011 23 09 2011 18 11 2011 18 11 2011 biomedical engineering bone fasteners finite element analysis self-tapping medical screw pullout strength Since the concept of placing...

... to be key factors influencing the decrease in the denaturation temperature. 04 11 2008 01 05 2009 27 07 2009 biomedical engineering cryogenics enzymes fluorescence Fourier transform spectra gels infrared spectra molecular biophysics nanobiotechnology nanoporous materials...

..., such as osteoarthritis ( 7 10 11 12 13 14 15 16 17 ). 05 07 2008 19 04 2009 06 07 2009 biomedical engineering design feedback gait analysis kinematics patient monitoring prosthetics heelstrike ground reaction force locomotion The American Podiatric Medical...

... After Freezing and Freeze-Drying ,” Eur. J. Pharm. Biopharm. 0939-6411 , 45 ( 3 ), pp. 249 – 257 . 10.1016/S0939-6411(98)00007-1 biomedical engineering biothermics cryogenics freezing molecular biophysics nucleation proteins sublimation ultrasonic applications nucleation...

... to the nonstimulated construct. This biaxial bioreactor will be useful for mechanically stimulating tissue constructs in two perpendicular directions to create implants for tissues requiring preferred compressive and tensile resistances. 06 06 2007 02 10 2008 20 01 2009 biomechanics biomedical...

... techniques biological tissues biomedical engineering cellular biophysics tissue engineering Various cells and tissues in the body are mechanosensitive, with examples including vasculature, bone, cartilage, ligament, and the intervertebral disk ( 1 2 3 4 5 ). Hydrostatic pressure (HSP...

... of heart valve biology and disease progression. 19 01 2007 05 09 2007 22 04 2008 biological tissues biomedical engineering bioreactors cardiovascular system cellular biophysics computational fluid dynamics diseases haemodynamics haemorheology laser velocimetry tissue...

... ,” Carbomedics Inc. Internal Report. 24 05 2004 09 03 2005 prosthetics cardiology physiological models biomedical engineering pressure measurement differential equations cavitation The level of interest in heart valve cavitation has risen significantly since reports describing...

... an inverted pendulum model with moving feet to investigate slipping, sliding, and falling behavior. Single-link Biomechanical Model Delayed Feedbacks PID Control Hermite–Biehler Theorem Linear Matrix Inequality three-term control biomechanics biomedical engineering muscle force feedback...

.... biomedical engineering numerical analysis cellular biophysics A widely utilized microinjection procedure, piercing with piezoactuated pipettes, is studied in this paper. It is an accepted methodology in most laboratories, which handle subcellular subjects [e.g., in nucleation and enucleation...

... analysis mechanical testing biological specimen preparation shear strength biomedical materials biomedical engineering Cement lines are the boundaries between secondary osteons and the surrounding interstitial bone matrix in cortical bone 1 as well as between trabecular packets in trabecular...

...Guoan Li,; Thomas H. Wuerz,; Louis E. DeFrate Accurately determining in vivo knee kinematics is still a challenge in biomedical engineering. This paper presents an imaging technique using two orthogonal images to measure 6 degree-of-freedom (DOF) knee kinematics during weight-bearing flexion. Using...

... 01 08 2003 biomedical MRI haemodynamics kidney biomedical engineering patient care patient treatment medical image processing Artificial kidneys or hemodialyzers are used in extracorporeal renal-replacement therapies such as hemodialysis for the removal of uremic solutes...

... 12 2002 oxygen solutions blood bubbles blood vessels nucleation biomedical engineering This paper describes a strategy for the rapid delivery of large quantities of dissolved oxygen to the bloodstream without the formation of oxygen gas bubbles. The potential method benefits...

... of data expands to nearly incomprehensible volumes, and as engineering principles and practice become ever more integrated into biomedical research and medicine, the role of biomedical engineering should become increasingly important and better-appreciated...

... biomedical engineering wear In arthritic joints, prostheses are often used to replace severely degenerated articular surfaces, thereby relieving pain and gaining near-normal function of the joint for a large number of patients. The long-term performance of joint replacement systems depends, in part...

... March 2000 27 February 2001 biomedical engineering calibration bone tensile strength artificial limbs strain measurement biological tissues It would be useful to know the loads generated in an anterior cruciate ligament (ACL) graft during rehabilitation to design...