Unmet Clinical Need A completely resorbable scaffold which allows for restoration of normal vascular function, eliminates need for long term DAPT and ensures freedom from MACE/ST. Device Description The scaffold is cut from the radial expanded tubing using femto-second laser. Ensures its physico - chemical properties remains same.Struts width and thickness are <200µm 3 platinum markers are placed at each end which allow for clear visibility of the scaffold post deployment New PLA backbone formulation for enhanced radial strength. Employs 1.25 µg/mm2 of Sirolimus, timed to elute over 90-days from non-inflammatory, biodegradable polymers. Preliminary engineering test demonstrate sound mechanical characteristics of this novel BRS platform • High radial strength • 3 RO markers on either side of the Scaffold • High radial strengthFlexible delivery and ease of deployment Small Porcine Coronary artery study conducted as proof of concept gave useful information regarding product development and iteration. MeResTM is currently under Preclinical studies.