Tulane University / University of California / Rowland Institute / Harvard University / / /
IndustryTerm
microfluidic cell separation chips / inertial microfluidics systems / inertial microfluidic systems / rheological systems / microfluidic systems / /
MedicalCondition
cancer metastasis / disease / breast cancer / benign breast cancer / sepsis / /
Organization
Rowland Institute / University of California / Los Angeles / Harvard University / Department of Biomedical Engineering / Tulane University / New Orleans / /
Person
Dino Di Carlo / Damir B. Khismatullin / Claire Hur / / /
Lateral migration of living cells in inertial microfluidic systems explored by fully threedimensional numerical simulation Hongzhi Lan a, Soojung Claire Hur b, Dino Di Carlo c, and Damir B. Khismatullin a,* a Departmen