... [( 11 )]. Further mechanistic studies are necessary on the transport of nanoparticles across the cell membrane. nanoparticle cellular uptake temperature adsorption internalization adsorption biomembranes biothermics cellular transport fluorescence lung molecular biophysics...

... indicative of phenotype modulation. Understanding these processes as they relate to in vivo pathologies could enable a more accurately targeted treatment to heal or inhibit disease, either through implantable device design or pharmaceutical approaches. biological techniques biomechanics biomembranes...

... to compression and indentation [( 6 7 8 )], static and cyclic stretching [( 8 9 10 11 )] micropipette aspiration [( 12 ), 13 ], shear flows [( 14 ), 15 ], and hydrostatic pressures [( 16 )]. 08 03 2011 13 08 2011 15 09 2011 15 09 2011 biomechanics biomembranes cellular...

... 23 12 2010 biomechanics biomembranes cellular biophysics elasticity lipid bilayers radiation pressure The elastic properties of membranes play a crucial role in determining the equilibrium shape of the cell, as well as its response to external forces in its physiological...

... or a central difference scheme. (iv) The Savitzky–Galoy filtering scheme is applied to these derivatives for calculating the local curvature. 19 04 2010 11 09 2010 04 10 2010 01 11 2010 01 11 2010 biomechanics biomembranes cellular biophysics deformation mercury (metal...

... function throughout the procedure and normal recellularization is taking place. 26 08 2009 28 04 2010 27 05 2010 16 08 2010 16 08 2010 bioelectric phenomena biological effects of fields biological tissues biomembranes blood vessels cardiovascular system cellular...

... from local actin polymerization and myosin motor proteins, which follow the receptor formation. biomechanical cell model cellular mechanics virus engulfment biomechanics biomembranes cellular biophysics drug delivery systems elastic moduli indentation microorganisms...

... implications for hypertension where it may shift the excessive stress from the inner layer to the outer layer. This may be a protective mechanism for the intima layer in hypertension. 01 01 2009 22 05 2009 01 09 2009 26 10 2009 biomechanics biomembranes blood vessels...

... periodic voltage pulses of specific amplitude and frequency. molecular surgery electroporation heterogeneous tissue cancer bioelectric phenomena biomembranes biothermics blood vessels cellular biophysics diseases finite element analysis Laplace equations neurophysiology surgery...

... the basis of the micro-/nano-/molecular scale phenomena are a part of our ongoing research. biomembranes blood vessels cellular biophysics haemodynamics haemorheology non-Newtonian flow vortices 30 09 2008 29 04 2009 07 07 2009 2009 American Society of Mechanical...

... during heating and decreases membrane conformational disorder over a wide temperature range. 26 08 2008 07 05 2009 07 07 2009 biomembranes cellular biophysics Fourier transform spectra infrared spectra proteins cryopreservation Fourier transform infrared spectroscopy Me...

... 2009 biochemistry bioelectric phenomena biomembranes biothermics cellular biophysics The cell membrane is essentially a nonconductive barrier that protects the inside of the cell from the outside, controlling transport into and out of the cell through ion channels and the membrane’s...

... of the cells. In order to predict the oxygen transfer from the blood to surrounding tissues, it is important to study the detailed deformation of red blood cells in capillary vessels. red blood cell microcirculatory system capillary blood flow biomembrane immersed boundary method biomechanics...

... biomembranes detonation waves ear Young's modulus human eardrum Young’s modulus high strain rate split Hopkinson tension bar A human eardrum, or tympanic membrane (TM), separates the middle ear from the outer ear, receives the sound waves collected by the outer ear, and transmits them...

... rupture will occur at the center of the normal contact stress distribution on its outer surface if the normal contact stress applied exceeds ∼ 4.09 MPa . 06 03 2008 16 06 2008 10 12 2008 biomechanics biomembranes buckling finite element analysis neurophysiology...

... effects of laser radiation biomembranes bio-optics biothermics blood vessels coagulation cooling dye lasers eye haemodynamics haemorheology laser applications in medicine medical computing semiconductor lasers Age-related macular degeneration (AMD) is the largest single cause...

... results provide a better understanding of the mechanics of tethers pulled from cell membranes. 23 01 2007 12 09 2007 28 04 2008 adhesion bending biomechanics biomembranes cellular biophysics physiological models bending cytoskeleton adhesion elastic shell model active...

... and cause conductive hearing loss ( 2 ). tympanic membrane nanoindentation viscoelasticity relaxation modulus biomechanics biomedical measurement biomembranes ear indentation viscoelasticity Young's modulus 29 08 2006 14 06 2007 01 02 2008 2008 American...

... of the glycocalyx in shear induced endothelial responses. haemodynamics cellular biophysics biomembranes laminar flow shear flow molecular configurations biomechanics porosity drag stress analysis Early studies on capillary permeability revealed the existence of an extracellular layer...

... biomembranes finite element analysis cataracts accommodation biomechanics stress stiffness Despite the widely recognized importance of the biomechanics of the lens capsule in normal processes such as accommodation and clinical interventions such as cataract surgery, there has been no prior...