| Literature DB >> 29962385 |
Hiroyoshi Yokoi1, Mami Ho2, Shin Iwamoto3, Yuka Suzuki4, Gary M Ansel5, Nobuyoshi Azuma6, Nobuhiro Handa2, Osamu Iida7, Koji Ikeda4, Fumiaki Ikeno8, Norihiko Ohura9, Kenneth Rosenfield10, John Rundback11, Hiroto Terashi12, Takahiro Uchida13, Yoshiaki Yokoi14, Masato Nakamura15, Michael R Jaff16.
Abstract
For more than 10 years, the Harmonization by Doing (HBD) program, a joint effort by members from academia, industry and regulators from the United States of America (USA) and Japan, has been working to increase timely regulatory approval for cardiovascular devices through the development of practical global clinical trial paradigms. Consistent with this mission and in recognition of the increasing global public health effects of critical limb ischemia (CLI), academic and government experts from the USA and Japan have developed a basic framework of global clinical trials for endovascular devices for CLI. Despite differences in medical and regulatory environments and complex patient populations in both countries, we developed a pathway for the effective design and conduct of global CLI device studies by utilizing common study design elements such as patients' characteristics and study endpoints, and minimizing the effect of important clinical differences. Some of the key recommendations for conducting global CLI device studies are: including patients on dialysis; using a composite primary endpoint for effectiveness that includes 6-month post-procedure therapeutic success and target vessel patency; and using a 30-day primary safety endpoint of perioperative death and major adverse limb events. The proposed approach will be uniquely beneficial in facilitating both the initiation and interpretation of CLI studies and accelerating worldwide CLI device development and innovation.Entities:
Keywords: Critical limb ischemia; Endovascular devices; Global clinical trials; Harmonization by Doing
Mesh:
Year: 2018 PMID: 29962385 DOI: 10.1253/circj.CJ-18-0014
Source DB: PubMed Journal: Circ J ISSN: 1346-9843 Impact factor: 2.993