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LGD 4033 was developed with the goal of preventing muscle loss in the elderly and in those who suffer from muscle dystrophy. This has been a challenging endeavor for a variety of reasons. The research paper, titled "Evaluation of 3D-printed muscle from a synthetic muscle for a human muscle biopsy," was recently published in the Journal of Functional Robotics . Researchers developed the system by creating a composite machine from nylon, polyethylene terephthalate (PET), epoxy resins and acetone. Once the composite model was 3 dimensional, the material was then attached to the frame. Then the PET and epoxy resin was added to form an annealed layer and bonded to the fiber with acetone and epoxy resins. The resulting 3D-fabricated muscle was then scanned in the scanning electron microscope (SEM) to monitor its strength, structure and mechanical properties. The new system was able to demonstrate a level of performance that makes it more durable. With the use of its 3D-printed, bio-reactive composite material, doctors could perform muscle biopsies that are easier than ever to conduct in the real world. "If this can be improved to more specific procedures, we could have more effective ways of detecting and analyzing muscle wasting in those with muscle dystrophy and other muscle-related diseases," said Dr. David G. Martin with the National Institutes of Health and the University of Houston, principal investigator of the effort. "Our lab is now looking forward to working closely with the manufacturing industry to help make this technology more practical." The University of Houston and other companies and researchers have developed a number of 3D bioprinted medical devices that are becoming popular now, such as the heart valve replacement device. This is an impressive achievement for this young 3D bioprinting technique as the current cardiac device costs more than $700,000, although the device has been around for almost a decade. Researchers from MIT and other universities have created a system called "Fabo" which uses a bioprinter, a 3D printer, to fabricate functional tissues and organs on a 3D printer. This system can create tissue structures up to 10 times faster than traditional methods and more than twice as flexible. Similar articles:
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