Pf / Interdisciplinary Research Group / Andonegui AG / GE / World Scientific / Suzuki / /
Country
Germany / Singapore / / /
Facility
University of Tennessee / Princeton University / Brown University / Massachusetts Institute of Technology / Singapore-Massachusetts Institute of Technology / NSF’s National Institute / /
IndustryTerm
triangular network / energy / /
MedicalCondition
severe falciparum malaria / Several parasitemia levels / tive malaria / parasitemia / malaria disease / parasitemia level / human cerebral malaria / cerebral malaria / different parasitemia levels / different malaria / blood-brain barrier dysfunction / dissociation / low parasitemia levels / potential dissociation / malaria / parasitemia levels / gastrointestinal cancer / stochastic bond formation/dissociation / human disease / /
MusicAlbum
D.A.F. / /
MusicGroup
B.C. / /
Organization
NSF’s National Institute for Computational Sciences / National Institute of Health / National Science Foundation / Brown University / Division of Applied Mathematics / Princeton University / Massachusetts Institute of Technology / University of Tennessee / Department of Mechanical Engineering / Alliance for Research and Technology / Alliance for Research / /
Person
Nelson / Brit J Haematol / /
Position
Author / King / /
ProvinceOrState
New Jersey / British Columbia / Tennessee / Pennsylvania / Rhode Island / Massachusetts / Arkansas / /
Quantifying the biophysical characteristics of Plasmodium-falciparum-parasitized red blood cells in microcirculation D. A. Fedosova,b, B. Caswella, S. Sureshc, and G. E. Karniadakisa,1 a Division of Applied Mathematics,