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PSC: Bridges-2 Simulations Target Role of Red Blood Cells in Clot Formation

PSC: Bridges-2 Simulations Target Role of Red Blood Cells in Clot Formation
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Georgia Institute Of Technology , United States , United Kingdom , Paul Morawitz , Andrew Buchanan , Alexander Alexeev , Giulio Bizzozero , Diana Sun , Lafayette College , Georgia Institute , Professor Alexander Alexeev , Georgia Tech , Biophysical Journal ,

Enhancing Understanding of Cell Mechanical Property Measures

This image, featured on the cover of Biophysical Journal, shows two micrometer-sized cells (in pink and blue) at the end of two micropipettes (the horizontal tubes). These cells are pushed against two vertical glass rods terminated by two tips, eithe ....

Julien Husson , Hydrodynamics Laboratory Ladhy , Biophysical Journal , Hydrodynamics Laboratory ,

Scientists can tell where a mouse is looking and located based on its neural activity

Scientists can tell where a mouse is looking and located based on its neural activity
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Vasileios Maroula , Us Army Research Laboratory , University Of Tennessee Knoxville , Biophysical Journal , Research Laboratory , Topological Deep Learning Framework , Neural Spike Decoding ,

Scientists can tell where a mouse is looking

<p>Researchers have paired a deep learning model with experimental data to &ldquo;decode&rdquo; mouse neural activity. Using the method, they can accurately determine where a mouse is located within an open environment and which direction it is facing, just by looking at its neural firing patterns. Being able to decode neural activity could provide insight into the function and behavior of individual neurons or even entire brain regions. These findings, publishing February 22 in <em>Biophysical Journal</em>, could also inform the design of intelligent machines that currently struggle to navigate autonomously.</p>
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Vasileios Maroula , Maroulas Vmaroulas , Cell Press For The Biophysical Society , Us Army Research Laboratory , Us Army Research Lab , University Of Tennessee Knoxville , Method Of Research , Biophysical Journal , Research Laboratory , Topological Deep Learning Framework , Neural Spike , Cell Press , Biophysical Society ,