Healthcare Industry News: DynaNail
News Release - September 3, 2019
MedShape Announces Commercial Launch of DynaNail Mini(TM) for Subtalar FusionInitial clinical success shown using the company's superelastic NiTiNOL technology
ATLANTA, Sept. 3, 2019 -- (Healthcare Sales & Marketing Network) -- MedShape, Inc., the industry leader in orthopedic devices using advanced functional materials, announced today the launch of the DynaNail Mini™ Fusion System. Featuring MedShape's patented superelastic nickel titanium (NiTiNOL) technology, the DynaNail Mini is the first orthopaedic device designed specifically for subtalar fusion that offers maintained active compression post-surgery to promote healing and joint stability. The DynaNail Mini will be featured at the upcoming American Orthopaedic Foot & Ankle Society Annual Meeting in Chicago at the company's booth #643.
Under a limited market release since earlier this year, the DynaNail Mini has been successfully implanted in a number of subtalar fusion procedures by leading foot & ankle surgeons across the country. Terrence Philbin, DO (Orthopedic Foot & Ankle, Columbus, OH) was one of the first users and has found the DynaNail Mini to be most useful in more complex cases.
According to Dr. Philbin, "I was initially attracted to the DynaNail due to its excellent post-operative compression, particularly in patients with poor bone quality. From my experience so far, I have found the Mini nail to be easy to use and the results reproducible across my patient population."
Naohiro Shibuya, DPM (Texas A&M College of Medicine) was also an early adopter of the new technology and shared similar sentiments: "There is finally an option to achieve dynamic compression in the foot other than staples. The DynaNail Mini nail allows long-term stability of the arthrodesis site without losing compression after bone resorption."
During surgery, the Compressive Element is held in the stretched "activated" position and fixated with transverse screws in the talus and calcaneus. Post-surgery, the Compressive Element will automatically recover its stretched length in response to bone resorption or settling, allowing for compression to be maintained throughout the healing process. Manual compression can also be applied during surgery using the Mini Targeting Frame ensuring tight bone apposition immediately post-surgery. The carbon-fiber PEEK frame also features a robust, universal one-arm design that allows for reliable drilling and screw placement. Unlike its predecessor, the DynaNail Mini comes packaged with the Compressive Element pre-stretched on a disposable Nail Guide that is attached to the Targeting Frame, thereby reducing the number of steps in the OR.
"As a market leader in NiTiNOL devices, we are proud to provide another novel solution that surgeons can add to their arsenal of surgical tools to address challenging pathologies," said Kurt Jacobus, Chief Executive Officer of MedShape, Inc. "The early successful outcomes observed with the DynaNail Mini further validate the expansion of the DynaNail technology to other foot and ankle and trauma fusion applications. We are excited to see what the future holds."
About MedShape, Inc.
MedShape, Inc. is a privately held medical device company working to develop and commercialize a portfolio of surgical solutions that uses its patented advanced functional material technologies to address the increasing demand for improved joint fusion, soft tissue repair and musculoskeletal trauma products in the foot & ankle. For more information, visit www.medshape.com.
DynaNail Mini is a trademark of MedShape, Inc. DynaNail is a registered trademark of MedShape, Inc.
1 Steele JR, Easley ME, Nunley JA, Adams SB, et al. Comparison of Tibiotalocalcaneal Arthrodeses Using a Sustained Dynamic Compression Nail Versus Nondynamized Nails. Foot & Ankle Spec, 2019 (in press: doi: https://journals.sagepub.com/doi/10.1177/1938640019843332).
2 Ford SE, Kwon JY, Ellington K. Tibiotalocalcaneal Arthrodesis Utilizing a Titanium Intramedullary Nail With an Internal Pseudoelastic Nitinol Compression Element: A Retrospective Case Series of 33 Patients. J Foot Ankle Surg, 2019. 58(2): 266-272.
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