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7 Best Spine Technologies Of 2012

<p>The year of 2012 saw technology at its highest boom&comma; a record number of companies invented new spine technologies that would change the face of spine treatment&period; Innovative and enduring products surfaced during the year of 2012&comma; some with commendable results and some which went unnoticed&period; Here is a list of 10 most creative&comma; innovative and useful spine technologies of 2012&period;<br &sol;>&NewLine;<strong>1&period; Bendini System-NuVasive&comma; Inc<&sol;strong><br &sol;>&NewLine;It is a rod bending system that uses the NDI IR optical technology&period; It uses software specially designed to register screw tulips in 6 dimensions&comma; using the IR camera&period; The bend angles between each screw head is calculated by the computer&period; The co-ordinates of each bend are displayed on the computer screen with distance component&comma; bend angle component and rod rotation component&period; This system is extremely useful in reducing the time taken to bend the rod and is especially useful for longer fixation constructs&period; This will result in less OR time&comma; less anesthesia and lesser OR costs&period;<br &sol;>&NewLine;<strong>2&period; FIREFLY-Mighty Oak Medical<&sol;strong><br &sol;>&NewLine;An image data of patient in the form of MRI&comma; X-Ray or CT&comma; is submitted using FIREFLY system&period; 3-Dimensional computerized model of the spinal vertebrae are projected which have to be fixed with pedicle screws&period; After the completion of the model&comma; trajectory guides are formulated by FIREFLY for every vertebra that has to be instrumented&semi; this helps in creation of pilot as well as tapped holes that are exclusive to individual patient’s vertebrae&period;<br &sol;>&NewLine;<strong>3&period; DeRoduction  System-Biomet Spine<&sol;strong><br &sol;>&NewLine;This instrumentation allows derotation of the vertebral bodies by way of attachment directly to the reduction instruments&period; You will not require any rods to be captured inside the spinal implant&period; This makes it easy to apply rotational forces to the vertebral body&period; Derotation is accommodated by utilization of segmental or en bloc methods&period; DeRoduction also makes it possible to secure rods before or after derotation&period; Unlike present technologies where derotation can be done only after rod reduction&comma; this system enables the combination of independent rod reduction and vertebral body derotation while disjoining the sequence&period; The system ensures less surgical step as well as short intra-operative time&period;<br &sol;>&NewLine;<strong>4&period; Indux-Cortical Strip-Biomet Spine<&sol;strong><br &sol;>&NewLine;It is a single piece&comma; strong cortical strip which consists of a unique cross hatch pattern that aids in maintaining flexibility and structure along with increased surface area&period; Indux’s channels and thru-holes help in vascularization and osteointegration&period; Since the strips are freezed dried&comma; they need to hydrated before its use&period; Once hydrated&comma; it conforms to the patient’s anatomy&period; It 100&percnt; demineralized and is the only one available in market&period;<br &sol;>&NewLine;<strong>5&period; NuQu-ISTO Technologies&comma; Inc&period;<&sol;strong><br &sol;>&NewLine;This is a minimally invasive allogeneic cellular treatment for curing degenerative lumbar discs in a single administration&period; It consists of human cadaveric&comma; juvenile&comma; articular chondrocytes&period; These chondrocytes are crypopreserved and are combined with fibrin&comma; available commercially&comma; to administer percutaneously into the intervertebral nucleus&period; The administration process 2D fluoroscopic guided&period; Before administration thawing is necessary&period; It is important to note that the NuQu’s chondrocytes originate from the same precursor cells as annulus&comma; endplate and disc nucleus&period; Juvenile cells are equipped to produce regenerative cartilaginous tissue&period;<br &sol;>&NewLine;<strong>6&period; SpinePort MIS Access System-TransCorp Spine<&sol;strong><br &sol;>&NewLine;In a minimally invasive manner&comma; this system provides anterior approach as well as decompression or cervical spinal elements&period; It creates a 6mm channel that is drilled into the superior vertebral body at a trajectory as targeted for easy access and removal of herniation or fragmentation required to decompress the spine as well as nerve&period; It gives surgeons the required precision instrumentation for access directly to the offending pathology while preserving the healthy tissue and native disc&period;<br &sol;>&NewLine;<strong>7&period; SMIS S Core Curriculum-Society for Minimally Invasive Spine Surgery<&sol;strong><br &sol;>&NewLine;It is a free web based video lecture series which is interactive in nature&period; It helps surgeons in developing a basic understanding of minimally invasive spine surgery&period; Apart from an introduction to the fundamentals&comma; the program also consists of 5 custom technique tracks such as Minimally Invasive Lumbar Microdiscectomy&comma; MIS TLIF&comma; MIS Pedicle Screw Instrumentation&comma; MIS Lateral and Pre-Sacral Approach for Discectomy and Interbody Fusion&period; Every track has detailed information on operative pre-planning&comma; OR setup&comma; intra-operative imaging etc&period; Physicians can enroll for free and participate in lectures&period; They can also monitor their own progress on completion of the 5 tracks&period;<br &sol;>&NewLine;Such innovations are an indication of a future that will have answers for all spine related problems&period;<br &sol;>&NewLine;Article written and published by Sun Maag&period; Visit EmpoweredDoctor&period;com to find local orthopedic doctors<&sol;p>&NewLine;

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