SINOMED announced that Prof. Alexandra Lansky from the Yale School of Medicine, USA, presented data from its first inter-continental PIONEER III study comparing the safety and efficacy of the Supreme HT (Healing-Targeted) Drug-Eluting Stent, to the Xience or Promus Durable Polymer Drug-Eluting Stent (DP DES). One-year results, revealed at the 2020 American Heart Association Scientific Late-Breaking Trials Session, showed equivalent clinical performance of the Supreme HT to the market-leading DES and will be used to support U.S. Food and Drug Administration and Japanese regulatory approvals. The PIONEER III study enrolled 1,629 patients (randomized 2:1 experimental to control) from North America, Europe and Japan and had a primary composite endpoint of target lesion failure (TLF) at one-year. The TLF outcomes showed that the Supreme HT met the non-inferiority endpoint at 5.4% compared to 5.1% from the DP DES (p=0.002). A grouped analysis of secondary endpoints showed a numerically better result for Supreme HT in cardiac death or target-vessel myocardial infarction (TV MI) with 3.5% in the Supreme HT arm compared to 4.6% in the control arm (p=0.27). Lower late stent thrombosis data (Supreme HT 0.1% compared to DP DES 0.4%, p=0.22) also suggested exceptional safety for the HT DES. A powered, landmark TLF analysis evaluating the healing superiority of Supreme HT between 1 and 5 years is ongoing. Contemporary DES have emphasized delay healing through prolonged drug delivery to suppress the body's response to injury, hypersensitivity, or progression of disease. The Supreme HT development was based on the "wound-healing window" concept originally proposed in 2013 and represents a novel class of DES that highlight the importance of early, timely healing. Through patented designs and proprietary processes, the Supreme HT was tailored to help patients accelerate their wound-healing process and restore their natural endothelial function. This healing-targeted mechanism may help overcome the long-standing problem of tradition-DES implantation, allowing for safer long-term results.