The higher than contraption, apart from looking really uncomfortable, could be the hottest advance in electroactive polymer artificial muscle technology. employing soft acrylic or silicon layered with carbon grease, EPAMs contract like muscle tissue when currcould bet is applied -- constructing 'em simply the ticket for use in UC Davis's Eyelid Sling. Billed as the "first-wave use of artificial muscle in any biological system," theisevice is now letting cadavers (and, eventually paralyzed humans) blink -- an improvement over current solutions for the non-blinking, which include either transplanting a leg muscle into the face or suturing a small gold weiintointo the eyelid. request the technology to get available for patients inside the subsequent 5 years.
The higher than contraption, apart from looking really uncomfortable, could be the hottest advance in electroactive polymer artificial muscle technology. employing soft acrylic or silicon layered with carbon grease, EPAMs contract like muscle tissue when currcould bet is applied -- constructing 'em simply the ticket for use in UC Davis's Eyelid Sling. Billed as the "first-wave use of artificial muscle in any biological system," theisevice is now letting cadavers (and, eventually paralyzed humans) blink -- an improvement over current solutions for the non-blinking, which include either transplanting a leg muscle into the face or suturing a small gold weiintointo the eyelid. request the technology to get available for patients inside the subsequent 5 years.
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