short/1221526110 Instruments Inc. / Yokogawa Electric Corp. / BD Biosciences / Olympus America Inc. / GE / Biomimetic / Corning / Nikon / / /
Facility
California Institute of Technology / University of Pennsylvania / /
IndustryTerm
microfluidic device / experimental systems / excellent tools / patterned vascular networks / vascular networks / treatment of cancer / 1D solution / reagents/analytic tools / model systems / culture media / microfluidic devices / singlecompartment microfluidic systems / tubular capillary network / therapy for some cancers / /
MusicGroup
P.A. / /
NaturalFeature
Holderfield MT / /
Organization
Blood Institute Grant HL007954 and National Cancer Institute / California Institute of Technology / Penn Center for Engineering Cells and Regeneration / EB08396 / University of Pennsylvania / Philadelphia / National Heart / Lung / and Blood Institute / /
Person
Duc-Huy T. Nguyena / Michael T. Yangb / Brendon Baker / Van Noorden / Christopher S. Chena / Sandra Ryeom / Jeroen Eyckmans / Jordan Miller / Alexa Fluor / Mark Breckenridge / David A. Tirrell / Daniel Cohen / Colin K. Choib / Peter A. Galieb / Britta Trappmann / Ritu Chaturvedi / Sarah C. Stapletona / Susie S. Chab / /
Biomimetic model to reconstitute angiogenic sprouting morphogenesis in vitro Duc-Huy T. Nguyena,1, Sarah C. Stapletona,1, Michael T. Yangb, Susie S. Chab, Colin K. Choib, Peter A. Galieb, and Christopher S. Chena,b,2 Dep