By Daniel H. Kim, Frank P Cammisa, Richard Glenn Fessler, Dilip K Sengupta, Do Heum Yoon
"Dynamic Reconstruction of the backbone, moment variation, is an up to date, entire source at the instrumentation, applied sciences, and primary technological know-how vital to reaching backbone movement maintenance and stabilization. This revised textual content covers not just the newest applied sciences and surgical ways, together with MIS thoughts, but in addition considerably extra element at the medical biomechanics of the backbone than the past version. Readers will enjoy the advice this publication presents on tips on how to: effectively undertake new know-how, locate acceptable symptoms, handle universal protection and efficacy concerns, and solution well-being economics questions for ethics committees and payers. Key positive aspects: a considerable revision, with completely new chapters in 3 quarters of the publication, together with a wide part on uncomplicated in addition to extra complex biomechanics themes. hugely visible - comprises 20% extra figures than the former variation. Discusses and explains present advances in genetic and molecular applied sciences used to fix the spinal disc contains an independent critique of the professional cons, medical results, and comparative results of other units. This re-creation is an essential reference for orthopedic surgeons, neurosurgeons, and radiologists, in addition to citizens and fellows looking the newest details at the applied sciences utilized in backbone movement upkeep and stabilization"--Provided via publisher. �Read more...
summary: "Dynamic Reconstruction of the backbone, moment variation, is an up to date, finished source at the instrumentation, applied sciences, and basic technological know-how imperative to reaching backbone movement renovation and stabilization. This revised textual content covers not just the newest applied sciences and surgical techniques, together with MIS strategies, but in addition considerably extra aspect at the medical biomechanics of the backbone than the former variation. Readers will delight in the suggestions this booklet presents on how one can: effectively undertake new expertise, locate applicable symptoms, handle universal security and efficacy matters, and resolution health and wellbeing economics questions for ethics committees and payers. Key beneficial properties: a considerable revision, with fullyyt new chapters in 3 quarters of the publication, together with a wide part on simple in addition to extra complex biomechanics issues. hugely visible - includes 20% extra figures than the former variation. Discusses and explains present advances in genetic and molecular applied sciences used to fix the spinal disc contains an independent critique of the professional cons, medical results, and comparative results of other units. This re-creation is an necessary reference for orthopedic surgeons, neurosurgeons, and radiologists, in addition to citizens and fellows looking the newest details at the applied sciences utilized in backbone movement upkeep and stabilization"--Provided via writer
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Additional info for Dynamic Reconstruction of the Spine
Spinal disk. United States patent 6139579. October 31, 2000  Cunningham BW, Lowery GL, Serhan HA et al. Total disc replacement arthroplasty using the AcroFlex lumbar disc: a non-human primate model. Eur Spine J 2002; 11 Suppl 2: S115–S123  Büttner-Janz K, Hochschuler SH, McAfee PC. The Artificial Disc. Berlin: Springer-Verlag; 2003  Griﬃth SL, Shelokov AP, Büttner-Janz K, LeMaire JP, Zeegers WS. A multicenter retrospective study of the clinical results of the LINK SB Charité intervertebral prosthesis.
Ongoing research into various designs for replacements has incorporated the use of metal, ceramic, hydrogel, elastic coils, and other similar materials. Another promising replacement design consists of injectable polymers that are cured in situ to form a nucleus prosthesis, which has the desirable element of delivery via a minimally invasive, outpatient procedure. 9 In a total disc replacement procedure, all or most of the disc tissue is removed and an entirely new device is implanted into the space between the vertebra.
The main reason may be in the diﬀerence in loss of function between arthrodesis of the knee/hip versus spinal motion segment. Arthrodesis of the knee/hip causes significant loss of function, and arthroplasty restores it to a nearly normal level. Conversely, spinal motion segments are stacked in the midline of the skeleton, and loss of function from fusion of one or even multiple motion segments may largely be compensated by the neighboring segments. The diﬀerence in clinical outcome of spine arthroplasty over fusion is subtle, compared with that in knee/hip joints.