Event Co-Sponsors
Contact Info
Confirmed Presenting Companies
29 innovative start-up orthopedic and spine company presenters
participated in this event on November 10, 2009
Call 949-559-5511 or e-mail info@biomedgps.com to order a two-DVD set of the conference proceedings
Acologix develops a novel hard tissue growth factor which promotes remodeling of hyaline cartilage and bone without ectopic effects.
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Advanced Vertebral Solutions (AVS) is revolutionizing the MIS spine market with its proprietary MIS implant and instrumentation interface system that enable the surgeon to “actively” steer the implant into position with precision and speed and without the need for multiple instrument exchanges. |
AlterG develops and markets an FDA cleared Anti-Gravity Treadmill for orthopedic and neurologic rehabilitation and for sports conditioning, that is based on patented differential air pressure technology originally developed at NASA. |
Anulex Technologies, Inc. specializes in the development of innovative technologies and techniques for the treatment of the soft tissue of the spine to reduce the persistence of pain and to reduce re-operation rates associated with a herniated or damaged intervertebral disc. |
Aperion Biologics is positioned to be a global provider of biodynamic tissue based products for the surgical reconstruction of joints, soft tissue and other applications. |
Applied Spine Technologies is developing the Stabilimax NZ, a posterior dynamic stabilization device designed to support an injured or degenerated spine without eliminating motion.
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Articular Engineering, LLC is an orthobiologics company focused on repair and regeneration of cartilage and the spinal disc using cell-based and tissue-modifying technologies. |
AxioMed’s mission is to develop products focused on spinal function for patients with degenerative spine disease, thus advancing the standard of care beyond fusion and first generation discs. |
Axis has combined the world’s most advanced CMOS technology for life sciences with next generation RF dissection capabilities and advanced catheter techniques to create a minimally invasive platform of surgery technology.
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BIOMOD 3S™ is a medical device allowing a relevant computer-aided 3D clinical analysis of spinal deviations, using 2D images obtained from any standard digital radiological set up. |
Baxano (www.Baxano.com) is the developer of the innovative iO-Flex System, designed to provide precision spinal decompression from the “inside out.”
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CERAMENT™ is a Base Technology targeted at the Osteoporotic Patient population, for treatment and prophylaxis of fragility fractures. |
Cannuflow, Inc. is a growth-stage company that develops and markets a range of technologies to improve surgical access and reduce complications in arthroscopic sports medicine procedures, especially in the rapidly growing older patient population.
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Cayenne Medical is focused on developing technologies to address unmet clinical needs in sports medicine including knee ligament reconstruction, meniscal repair, and various shoulder pathologies.
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Eidosmed is a medical device company focusing on innovative digital measurement devices for orthopedic and spine surgery. |
Facet Solutions, Inc. is a privately held company which has developed the ACADIA, the first anatomic, spinal reconstruction device designed to provide patients with lumbar spinal stenosis and facet degeneration a motion preservation alternative to fusion.
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Intelligent Implant Systems, a dedicated spinal implant company, is pioneering new technologies for the enhanced treatment of spinal disorders. Perception™ is the first load sharing polyaxial screw and forms one of the company’s platform technologies.
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Interventional Spine, Inc., is a very unique medical device company exclusively focused on the design, development and marketing of patented PERCUTANEOUS systems to treat lower back pain.
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Intralink-Spine Inc. (ILS) has developed a tissue revitalization reagent that can be injected into the spinal disc. This injected reagent reduces disc bulge and significantly strengthens disc tissue for immediate and long-term treatment of Degenerative Disc Disease. |
The Barricaid anular prosthesis, Intrinsic’s flagship product, is the first to be used during discectomy to securely close defects in the disc anulus, reducing the risks of recurrent herniations and disc collapse. |
ISTO Technologies, Inc. is a privately-held orthobiologics company focused on developing breakthrough products designed to regenerate and restore damaged cartilage and bone for sports medicine injuries, trauma and spinal therapy indications. |
JetGuide provides a unique ultrasound-based technology for (a) interactive bone drilling monitoring and guidance and (b) soft tissue - tumor diagnostics. Systems are compact, easy-to-use, safe, affordable, accurate and time saving.
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NociMed is a medical diagnostic company developing improved, cost-effective approaches for imaging chemical signatures of pain, initially focused in spine.
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The BioCart Cartilage Regeneration System is a next-generation autologous chondrocyte implant system that utilizes proprietary fibroblast growth factor technology for long-term articular cartilage regeneration stemming from joint cartilage defects and injuries. |
Replication Medical is a leader in the design and development of novel, biomimetic hydrogel implants which provide attractive alternatives to conventional spine surgical materials.
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Spine21 is developing an IPD that enables post-operative, non-invasive adjustment. Surgeons optimize the Bionic™ Spacer's distraction according to real-time patient feedback for maximum pain relief. |
SpineAlign Medical, Inc., is an early-stage medical device company dedicated to the design, development and successful commercialization of minimally-invasive products for spine procedures. |
SURGITRACE engages in the development of Integrated Global Positioning Systems in an effort to track medical devices over long and short ranges in “Real-Time.” The Company aims to deliver the first transparent universal logistics system to medical device manufacturers worldwide.
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The Trinity Orthopedics system has been designed to avoid problems of pain and morbidity associated with traditional spinal fusion surgery by minimizing surgical induced injury and postoperative adjacent segment degeneration. |
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