Key result
Treatment of a calcified and thrombotic RCA lesion with a sirolimus-coated balloon following optimal lesion preparation resulted in complete vascular healing and increased luminal area at 5 weeks.
Why the study?
Interest is growing in the use of sirolimus-coated balloons alongside advanced lesion preparation and intravascular imaging in the leaving nothing behind era.
Does a metal-free PCI strategy using a cutting balloon, high-pressure balloon, and sirolimus-coated balloon improve luminal gain and vascular healing in a patient with NSTEMI and a calcified/thrombotic lesion?
Case Report (n=1)
No
Does a metal-free PCI strategy using a cutting balloon, high-pressure balloon, and sirolimus-coated balloon improve luminal gain and vascular healing in a patient with NSTEMI and a calcified/thrombotic lesion?
A metal-free PCI strategy using a sirolimus-coated balloon with aggressive lesion preparation and OCT guidance showed excellent vascular healing and luminal gain at 5 weeks in a patient with NSTEMI.
Supports metal-free PCI feasibility in select complex lesions; leaves open need for RCTs to confirm safety and efficacy.
BACKGROUND Use of drug-coated balloons (DCB) is an important research topic. Many companies are quickly developing new, cutting-edge technologies and means to deliver drugs. Moreover, interest is growing in use of sirolimus-coated balloons, a promising technology in the "leaving nothing behind" era. This, in combination with interest in lesion preparation and intravascular imaging, creates a promising future for DCB for years to come. CASE REPORT A 72-year-old patient presented with NSTEMI. Coronary angiography showed a subtotal stenosis of the right coronary artery (RCA). PCI was performed on the native RCA and, given the patient's failure to adhere to the drug regimen, he was treated with a metal-free PCI strategy. After using a novel lesion preparation technique with cutting balloon and high-pressure non-compliant balloon, a novel Sirolimus DCB was used. Final angiography and OCT run showed good luminal gain despite diffuse dissections. To assess vascular healing, we performed coronary angiography 5 weeks later, which demonstrated an excellent result, with absence of residual dissection and further luminal gain compared to the index procedure. CONCLUSIONS The use of a novel lesion preparation technique (cutting balloon and high-pressure highly non-compliant balloon) in combination with guidance by intravascular imaging and the use of a new sirolimus-coated balloon may attract attention in the interventional cardiology community and stimulate discussion on lesion preparation and use of drug-coated balloons.
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Cioffi et al. (2022) conducted a case report in NSTEMI with calcified and thrombotic lesion (n=1). Sirolimus drug-coated balloon (Selution DCB) was evaluated on Vascular healing and luminal gain at 5 weeks. Treatment of a calcified and thrombotic RCA lesion with a sirolimus-coated balloon following optimal lesion preparation resulted in complete vascular healing and increased luminal area at 5 weeks.
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