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| Breakthrough implant could heal torn rotator cuffs much faster, preserving careers of elite athletes | Breakthrough implant could heal torn rotator cuffs much faster, preserving careers of elite athletes |
| (5 months later) | |
| Researchers from Purdue University and Sparta Biopharma claim to have created a device which will dramatically reduce torn rotator cuff recovery, improving the lives of professional athletes and the elderly alike. | Researchers from Purdue University and Sparta Biopharma claim to have created a device which will dramatically reduce torn rotator cuff recovery, improving the lives of professional athletes and the elderly alike. |
| A torn rotator cuff has spelled the end of many a professional athlete’s career, from basketball and strength sports to tennis, but also plagues people over the age of 60. | A torn rotator cuff has spelled the end of many a professional athlete’s career, from basketball and strength sports to tennis, but also plagues people over the age of 60. |
| A new tissue implant called BioEnthesis purports to significantly speed up a patient’s recovery from rotator cuff surgery, induce more robust repair overall while reducing the risk of recurring tears. | A new tissue implant called BioEnthesis purports to significantly speed up a patient’s recovery from rotator cuff surgery, induce more robust repair overall while reducing the risk of recurring tears. |
| The implant effectively recreates the tissue that links tendon and bone, called the enthesis. The enthesis is typically only about a millimeter wide and is the point at which cartilage transitions to bones. | The implant effectively recreates the tissue that links tendon and bone, called the enthesis. The enthesis is typically only about a millimeter wide and is the point at which cartilage transitions to bones. |
| “The enthesis is an important part of the skeleton because it makes it possible to transmit the enormous forces generated by the muscles during daily activities,” said Eric Nauman, a Purdue professor of mechanical and biomedical engineering. “Every muscle in a person’s body attaches from tendon to bone through an enthesis.” | “The enthesis is an important part of the skeleton because it makes it possible to transmit the enormous forces generated by the muscles during daily activities,” said Eric Nauman, a Purdue professor of mechanical and biomedical engineering. “Every muscle in a person’s body attaches from tendon to bone through an enthesis.” |
| The rotator cuff starts to weaken across all demographics, pro-athlete and mere mortals alike, at around the age of 30. However, the gum-strip-sized, spongey scaffold, made with real human tissue, could spell the end of chronic injuries in not only the rotator cuff but the Achilles, patellar and quadriceps tendons as well. | The rotator cuff starts to weaken across all demographics, pro-athlete and mere mortals alike, at around the age of 30. However, the gum-strip-sized, spongey scaffold, made with real human tissue, could spell the end of chronic injuries in not only the rotator cuff but the Achilles, patellar and quadriceps tendons as well. |
| Arthroscopic or keyhole surgery has advanced the outcomes for tendon injuries but the BioEnthesis purportedly provides unprecedented restoration of the joint’s architecture that was hitherto impossible. | Arthroscopic or keyhole surgery has advanced the outcomes for tendon injuries but the BioEnthesis purportedly provides unprecedented restoration of the joint’s architecture that was hitherto impossible. |
| The first surgeries using BioEnthesis began in February at Rush University Medical Center in Chicago and a full nationwide rollout is expected by the end of 2021. | The first surgeries using BioEnthesis began in February at Rush University Medical Center in Chicago and a full nationwide rollout is expected by the end of 2021. |
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