https://www.selleckchem.com/products/xmd8-92.html
Although nearly full coverage by albumin binding was shown for all durable polymer DES, FP-EES showed significantly greater intensity of albumin as compared to BL-ZES, EP-RES and BMS (FP-EES;79.0%, BL-ZES;13.2%, EP-RES;6.1%, BMS;1.5%). CONCLUSIONS These results suggest that thromboresistance, and albumin retention vary by polymer type and that these differences might result in different suitability for short-term dual antiplatelet therapy.In multi-instance learning (MIL), labels are associated with bags rather than the instances in the