Vascular thrombosis is a serious health issue that can cause heart attack, ischemic stroke, or death. Current clot-busting treatments, including the administration of heparin, are
In this webinar, representatives from Colossal Biosciences join Cell Microsystems for an engaging discussion on the challenges of working with poorly characterized, non-model organism cell
In an effort to improve resistance to bacteria, a team of scientists at Children’s Hospital of Philadelphia is investigating the mechanisms of how neutrophil extracellular traps (NETs) capture bacteria in simulated in vivo conditions. In this webinar, Dr. Santosh Yadav will discuss how to form NETs and their various properties under physiological flow.
Fluxion Biosciences Webinar by Andrew Cook
Presented by Dr. Allysa Stern, Scientist II, Cell Microsystems Overview: While the potential of iPSC-derived organoids in drug discovery and personalized medicine is undeniable, the
Fluxion Biosciences Webinar by Dr. Tingwei Mu, PhD
Vascular thrombosis is a serious health issue that can cause heart attack, ischemic stroke, or death. Current clot-busting treatments, including the administration of heparin, are
In this webinar, representatives from Colossal Biosciences join Cell Microsystems for an engaging discussion on the challenges of working with poorly characterized, non-model organism cell
In an effort to improve resistance to bacteria, a team of scientists at Children’s Hospital of Philadelphia is investigating the mechanisms of how neutrophil extracellular traps (NETs) capture bacteria in simulated in vivo conditions. In this webinar, Dr. Santosh Yadav will discuss how to form NETs and their various properties under physiological flow.
Fluxion Biosciences Webinar by Andrew Cook
Presented by Dr. Allysa Stern, Scientist II, Cell Microsystems Overview: While the potential of iPSC-derived organoids in drug discovery and personalized medicine is undeniable, the
Fluxion Biosciences Webinar by Dr. Tingwei Mu, PhD
