Table 2.

Mouse studies on tumor-derived, TF+ EVs and venous thrombosis

ReferenceMouse typeCancer cell typeTumor siteThrombosis modelObservation
13 C57BL/6 Panc02 SC Mesenteric venules FeCl3 Shortened time to occlusion 
13 C57BL/6 Panc02 SC Cremaster venules laser injury Accumulation of tumor-derived TF+ EVs at the site of injury 
32 C57BL/6 Panc02 SC IVC stenosis Increased incidence and weight of thrombi 
16 Nude HPAF-II Orthotopic IVC stenosis No enhancement of thrombosis 
16 Nude HPAF-II Orthotopic Saphenous vein FeCl3 Shortened time to occlusion 
33 Nude BxPc-3 Orthotopic IVC stenosis Increased thrombus area using ultrasound but no increase in incidence of thrombosis 
15 Nude BxPc-3 Orthotopic IVC stasis Increased weight of thrombus 
ReferenceMouse typeCancer cell typeTumor siteThrombosis modelObservation
13 C57BL/6 Panc02 SC Mesenteric venules FeCl3 Shortened time to occlusion 
13 C57BL/6 Panc02 SC Cremaster venules laser injury Accumulation of tumor-derived TF+ EVs at the site of injury 
32 C57BL/6 Panc02 SC IVC stenosis Increased incidence and weight of thrombi 
16 Nude HPAF-II Orthotopic IVC stenosis No enhancement of thrombosis 
16 Nude HPAF-II Orthotopic Saphenous vein FeCl3 Shortened time to occlusion 
33 Nude BxPc-3 Orthotopic IVC stenosis Increased thrombus area using ultrasound but no increase in incidence of thrombosis 
15 Nude BxPc-3 Orthotopic IVC stasis Increased weight of thrombus 

SC, subcutaneous.

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