Khaled, S., Brun, J. F., Cassanas, G., Bardet, L., and Orsetti, A. Effects of zinc supplementation on
blood rheology during exercise.
This work is a significant departure from previous efforts within the field of
blood rheology.
Not exact matches
«Our research team aims to explore and model these non-Newtonian characteristics of
blood flow through careful, well - documented measurements, and by combining expertise within the fields of
rheology, computational modeling, and biology,» Horner said.
«We hope that eventually
rheology can be used as a diagnostics tool to detect early signs for cardiovascular disease as well as various other
blood diseases,» he said.
Once transient behavior is understood and correlated to the physiological parameters within the
blood, «we can then use
rheology as a diagnostic tool for human
blood,» added Horner.