Video Results from YouTube.com
Published in : 2011-08-28 | by NIBIB gov
Simulation of platelet aggregation in the presence of red blood cells. The red cells are modeled as large rigid spheres, shown in white. The activated platelets ...
Published in : 2011-08-28 | by NIBIB gov
Dissipative Particle Dynamics (DPD) simulation of red blood cell tumbling motion in shear flow. A two-dimensional network of interacting DPD particles is ...
Published in : 2013-03-15 | by NIBIB gov
Human macrophage cell line engulfing red blood cells from sheep. Video by Dr. Richard Tsai.
Published in : 2013-10-23 | by NIBIB gov
Using a new type of microscopy developed in the High Resolution Optical Imaging lab at the National Institute of Biomedical Imaging and Bioengineering, ...
Published in : 2011-08-28 | by NIBIB gov
Shown is a computer simulation of platelet aggregation in a 50-micron vessel with flow velocity of 100 microns/s. Red blood cells are treated as continuum.
Published in : 2011-08-28 | by NIBIB gov
Microfluidic Device of NIBIB Grantees Moves toward Clinical Applications NIBIB Quantum Grant investigators have successfully developed a test capable of ...
Published in : 2011-08-28 | by NIBIB gov
This two-photon fluorescence image sequence shows the formation of a localized photothrombotic clot in a surface arteriole. The fluctuating, streaked ...
Published in : 2013-02-07 | by NIBIB gov
QPath: A Flow-Through High-Throughput Quantitative Histology Platform In the category of Diagnostic Devices the winning project was Q-Path, submitted by ...
Published in : 2014-06-06 | by NIBIB gov
This video of microcapillaroscopy shows the dynamics of blood flow within a human capillary network at 5x magnification (sample video). A healthy, 23 year old ...
Published in : 2013-10-24 | by NIBIB gov
Instant SIM imaging of the endoplasmic reticulum at 100 Hz over 200 time points. The instant SIM is able to take images at 100 frames per second. While there ...