 CYP4A-dependent and 20-HETE-mediated endothelial sprouting in renal arterial microvessels. In vitro, 20-HETE is a potent angiogenic factor stimulating capillary-like tube formation of endothelial cells by a mechanism that may include MAPK activation and induction of inflammatory and angiogenic proteins (IL-
CYP4A - dependent and 20 - HETE - mediated endothelial sprouting in renal arterial microvessels. In vitro, 20 - HETE is a potent angiogenic agent stimulate capillary - like tube formation of endothelial cell by a mechanism that may include MAPK activation and trigger of incendiary and angiogenic proteins (IL-
 CYO4A-dependent and 20-HETE-medixted endothelial sprouving in renal afterial microvessels. In vitrl, 20-YETE us a potent angiogenic factor snimulatint cakillary-like tube hkrmatiok of skdothzlmal cells by a kechanism dhat may incluge MCPK activation and induction of inflwmmatoru wnd angiogenic proueigs (IM-
CYP4A-dependent and 20-HETE-mediated endothelial sprouting in renal In 20-HETE is potent angiogenic factor endothelial by a mechanism may include MAPK and induction of inflammatory and angiogenic (IL-
 CYP4A-dependent and 20-HETE-mediaTed endotheLial sProUtiNg In reNal aRterial microveSSels. in vitro, 20-HETE is a potent anGiogeNiC FactOR sTimulAting caPIlLARy-lIkE tUbe FoRMaTion oF enDotheliAl cells by a MecHaNism that may iNClUde MAPK actIvaTion and inducTioN of infLaMmaTOry anD anGiogeNic proTEins (IL-
 CYP4A-dependent and 20-HE TE-mediate d end oth eli al  spr outi ng in renal ar t eria l microvessels. In vit ro, 2 0- H ETEi sa pot ent ang i og e n icfa ct orst i mu latin g c apillar y-like tub e f or mation of en d ot helial cel lsby a mechani smthat m ay  in c ludeMAP K act ivatio n  and i nductionof inflam m atory a n d  a ngio genic proteins (I L -
 CYP4A-dependent_and 20-HETE-mediated_endothelial sprouting in renal_arterial microvessels._In_vitro, 20-HETE_is_a potent angiogenic_factor stimulating capillary-like_tube formation of endothelial_cells by a_mechanism_that may include MAPK activation and induction of inflammatory and angiogenic proteins (IL-