Aprotinin does not impair network formation of endothelial cells in a 2D setup. CD31 staining of endothelial cells (either HUVEC or ECFC) reveals tube-like structures when co-cultured with ASC in a 2D-setup devoid of fibrin. Aprotinin (100 KIU/ml) has no effect on HUVEC 2D tube formation. Scale bar: 100 μm or 50 μm as indicated. (DOC 370 kb
Principal component analysis (PCA) suggests that the small molecule KI-7 will induce the EC differen...
Microtubule dynamics parameters for HUVEC cells treated with PM060184. EB3-GFP expressing HUVEC cell...
Figure S4. showing (A) dedifferentiation of iPSC-ECs seeded on PG73 vs PCL scaffolds after 7 days cu...
Influence of different aprotinin concentrations on HUVEC network formation. (A) Representative image...
GFP-HUVEC actively form a vascular network in co-culture with ASC in the presence of aprotinin. Live...
Co-cultures of HUVEC and ASC can be maintained in culture up to 15 weeks. (A) HUVEC and ASC were emb...
Thrombin transiently activates EC. HUVEC-ASC clots were fixed and immunofluorescence was performed a...
(A) Effects of plocabulin on HUVEC cell morphology and microtubule mass by fluorescence microscopy. ...
Figure S1. Effect of MSCs on platelet adhesion and aggregation under shear flow conditions. To asses...
Figure S1. High pUR4 dose disrupts ECM FN fibrils assembled by bEND.3 cells. Figure S2. High pUR4 do...
EC marker expression in iMDFECs. MSCs treated with SB for 16 days to induce EC differentiation. (A) ...
Contains fulltext : 89134.pdf (publisher's version ) (Closed access)BACKGROUND: Fi...
CD31 vs. vWF distribution in ECs of different origins. Paraffin-embedded sections (5 μm) of HAMECs:M...
Figure S4. Effect of MSCs on platelet activation using different agonists and pathway inhibitors. A,...
The original article [1] contains numerous value errors in the graphs in Fig. 2b regarding the marke...
Principal component analysis (PCA) suggests that the small molecule KI-7 will induce the EC differen...
Microtubule dynamics parameters for HUVEC cells treated with PM060184. EB3-GFP expressing HUVEC cell...
Figure S4. showing (A) dedifferentiation of iPSC-ECs seeded on PG73 vs PCL scaffolds after 7 days cu...
Influence of different aprotinin concentrations on HUVEC network formation. (A) Representative image...
GFP-HUVEC actively form a vascular network in co-culture with ASC in the presence of aprotinin. Live...
Co-cultures of HUVEC and ASC can be maintained in culture up to 15 weeks. (A) HUVEC and ASC were emb...
Thrombin transiently activates EC. HUVEC-ASC clots were fixed and immunofluorescence was performed a...
(A) Effects of plocabulin on HUVEC cell morphology and microtubule mass by fluorescence microscopy. ...
Figure S1. Effect of MSCs on platelet adhesion and aggregation under shear flow conditions. To asses...
Figure S1. High pUR4 dose disrupts ECM FN fibrils assembled by bEND.3 cells. Figure S2. High pUR4 do...
EC marker expression in iMDFECs. MSCs treated with SB for 16 days to induce EC differentiation. (A) ...
Contains fulltext : 89134.pdf (publisher's version ) (Closed access)BACKGROUND: Fi...
CD31 vs. vWF distribution in ECs of different origins. Paraffin-embedded sections (5 μm) of HAMECs:M...
Figure S4. Effect of MSCs on platelet activation using different agonists and pathway inhibitors. A,...
The original article [1] contains numerous value errors in the graphs in Fig. 2b regarding the marke...
Principal component analysis (PCA) suggests that the small molecule KI-7 will induce the EC differen...
Microtubule dynamics parameters for HUVEC cells treated with PM060184. EB3-GFP expressing HUVEC cell...
Figure S4. showing (A) dedifferentiation of iPSC-ECs seeded on PG73 vs PCL scaffolds after 7 days cu...