BioMatrix Flex
With Drug Coating
Biosensors | BioMatrix Flex / With Drug Coating
Biosensors | BioMatrix Flex / With Drug Coating
Biosensors | BioMatrix Flex / With Drug Coating
Biosensors | BioMatrix Flex / With Drug Coating
Biosensors | BioMatrix Flex / With Drug Coating
Biosensors | BioMatrix Flex / With Drug Coating
Безопасность и эффективность, подтвержденная
3х летним наблюдением в условиях реальной клинической практики
– Исследование LEADERS показало снижение уровня МАСЕ на 18% по сравнению со стентом Сypher® Select™²
– Отчетливые тенденции к преимуществу BioМatrix Flex™
3х летним наблюдением в условиях реальной клинической практики
– Исследование LEADERS показало снижение уровня МАСЕ на 18% по сравнению со стентом Сypher® Select™²
– Отчетливые тенденции к преимуществу BioМatrix Flex™
From Drug-Eluting Stents to Bare-Metal Stents*
Absence of Polymer Carrier and Drug on the Inner Surface of the Stent:
Combination of BA9™ Drug Technology and Biodegradable Polylactic Acid Polymer Demonstrates Vasomotor Preservation:
Highest Lipophilicity Among Macrolides:
Improved Access to Side Branches:
*Studies on porcine models indicate polymer coating absorption occurs within 6–9 months. All data is proprietary to Biosensors International.
- Early endothelialization comparable to bare-metal stents¹
- More precise drug delivery to target tissues
- Reduced systemic impact
Combination of BA9™ Drug Technology and Biodegradable Polylactic Acid Polymer Demonstrates Vasomotor Preservation:
- Sirolimus stent group showed vasoconstriction after stimulation
Highest Lipophilicity Among Macrolides:
- Minimizes systemic impact and reduces drug circulation in the bloodstream
- High lipophilicity ensures rapid tissue absorption
Improved Access to Side Branches:
- Enhanced initial cell opening facilitates easier access to side branches
*Studies on porcine models indicate polymer coating absorption occurs within 6–9 months. All data is proprietary to Biosensors International.
- All data is proprietary to Biosensors International.
- Serruys, P.W., presentation at TCT 2010