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000924871 001__ 924871
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000924871 020__ $$a9783030190071$$q(electronic book)
000924871 020__ $$a3030190072$$q(electronic book)
000924871 020__ $$z9783030190064
000924871 035__ $$aSP(OCoLC)on1136682543
000924871 035__ $$aSP(OCoLC)1136682543
000924871 040__ $$aDKU$$beng$$erda$$cDKU$$dOCLCO$$dYDXIT$$dGW5XE$$dOCLCF$$dUKMGB
000924871 049__ $$aISEA
000924871 050_4 $$aRD768$$b.M56 2019
000924871 08204 $$a617.5/6059$$223
000924871 1300_ $$aMinimally invasive spine surgery (Phillips)
000924871 24510 $$aMinimally invasive spine surgery :$$bsurgical techniques and disease management /$$cFrank M. Phillips, Isador H. Lieberman, David W. Polly Jr., Michael Y. Wang, editors.
000924871 250__ $$aSecond edition.
000924871 264_1 $$aCham, Switzerland :$$bSpringer,$$c2019.
000924871 300__ $$a1 online resource :$$billustrations.
000924871 336__ $$atext$$btxt$$2rdacontent
000924871 337__ $$acomputer$$bc$$2rdamedia
000924871 338__ $$aonline resource$$bcr$$2rdacarrier
000924871 347__ $$atext file$$bPDF$$2rda
000924871 500__ $$aPrevious edition: 2014.
000924871 504__ $$aIncludes bibliographical references.
000924871 50580 $$gPart I:$$tIntroduction to minimally invasive spine surgery:$$g1.$$tHistory and evolution of minimally invasive spine surgery /$$rR. Nick Hernandez, Jonathan Nakhla, Rodrigo Navarro-Ramirez, and Roger Härtl --$$g2.$$tPhilosophy and biology of minimally invasive spine surgery /$$rPawel Glowka, Choll W. Kim, and Kris Siemionow --$$g3.$$tEconomics of minimally invasive spine surgery /$$rRobert A. Ravinsky and Y. Raja Rampersaud --$$g4.$$tLearning curve for minimally invasive spine surgery /$$rVictor P. Lo and Neel Anand --$$g5.$$tThe role of MI spine surgery in global health : a development critique /$$rCarlyn R. Rodgers and W. B. Rodgers.
000924871 50580 $$gPart II:$$tEnabling technologies for minimally invasive spine surgery:$$g6.$$tMicroscopes and endoscopes /$$rHarel Deutsch --$$g7.$$tIntraoperative neurophysiology monitoring /$$rMihir Gupta, Sandra E. Taylor, Richard A. O'Brien, William R. Taylor, and Laura Hein --$$g8.$$tImage guidance in minimally invasive spine surgery /$$rRyan B. Kochanski, Hussein Alahmadi, and John E. O'Toole --$$g9.$$tRobotic-assisted spine surgery /$$rAnthony E. Bozzio, Xiaobang Hu, and Isador H. Lieberman --$$g10.$$tFusion biologics and adjuvants in minimally invasive spine surgery /$$rGurmit Singh and Wellington K. Hsu --$$g11.$$tUse of stem cells in spinal treatments /$$rS. Mohammed Karim, Shuanhu Zhou, and James D. Kang --$$g12.$$tLasers /$$rChristopher A. Yeung and Anthony T. Yeung --$$g13.$$tRadiation exposure and avoidance in minimally invasive spine surgery /$$rBryan S. Lee, Dominic W. Pelle, Nicholas R. Arnold, and Thomas E. Mroz.
000924871 50580 $$gPart III:$$tSurgical techniques : minimally invasive decompression:$$g14.$$tPosterior cervical decompression /$$rNeil M. Badlani and Frank M. Phillips --$$g15.$$tThoracic decompression /$$rMena G. Kerolus, Mazda K. Turel, Albert P. Wong, Zachary A. Smith, and Richard G. Fessler --$$g16.$$tLumbar decompression using a tubular retractor system /$$rMark A. Shapses, Arjun Balakumar, and D. Greg Anderson --$$g17.$$tEndoscopic decompression /$$rJames J. Yue --$$g18.$$tInterspinous and interlaminar devices for decompression /$$rSaqib Hassan and Hyun Bae --$$g19.$$tMinimally invasive posterior cervical fixation /$$rLarry T. Khoo, Zachary A. Smith, and Roya Gheissari --$$g20.$$tPercutaneous pedicle screws /$$rJonathan N. Sembrano, Sharon C. Yson, and David W. Polly Jr. --$$g21.$$tMinimally invasive facet screw fixation /$$rAnthony E. Bozzio, Xiaobang Hu, and Isador H. Lieberman --$$g22.$$tMinimally invasive transforaminal lumbar interbody fusion /$$rAnkur S. Narain, Fady Y. Hijji, Miguel A. Pelton, Sreeharsa V. Nandyala, Alejandro Marquez-Lara, and Kern Singh --$$g23.$$tMinimally invasive midline pars-cortical screw techniques /$$rDaniel L. Cavanaugh, Kunwar (Kevin) S. Khalsa, Nitin Khanna, and Gurvinder S. Deol --$$g24.$$tMinimally invasive spinous process fixation and fusion /$$rJonathan N. Sellin, G. Damian Brusko, and Michael Y. Wang --$$g25.$$tMini-open anterior lumbar interbody fusion /$$rAmir M. Abtahi, Douglas G. Orndorff, Jocelyn M. Zemach, and Jim A. Youssef --$$g26.$$tMinimally disruptive lateral transpsoas approach for thoracolumbar anterior interbody fusion /$$rDorcas Chomba, W. C. Rodgers III, and W. B. Rodgers --$$g27.$$tAnterior column reconstruction for sagittal plane deformity correction /$$rGurpreet S. Gandhoke, Zachary J. Tempel, and Adam S. Kanter --$$g28.$$tThoracoscopic fusion /$$rRodrigo Navarro-Ramirez, Christoph Wipplinger, Sertac Kirnaz, Eliana Kim, and Roger Härtl
000924871 50580 $$g29.$$tPre-psoas approaches for thoracolumbar interbody fusion /$$rJames D. Lin, Jamal N. Shillingford, Joseph M. Lombardi, Richard W. Schutzer, and Ronald A. Lehman Jr. --$$g30.$$tEndoscopic spinal fusion /$$rJason Ilias Liounakos, Gregory Basil, Karthik Madhavan, and Michael Y. Wang --$$g31.$$tNavigated spinal fusion /$$rAna Luís, Rodrigo Navarro-Ramirez, Sertac Kirnaz, Jonathan Nakhla, and Roger Härtl --$$g32.$$tCervical herniated nucleus pulposus and stenosis /$$rPablo R. Pazmiño and Carl Lauryssen --$$g33.$$tThoracic herniated nucleus pulposus /$$rKrystin A. Hidden, Safdar N. Khan, and Elizabeth M. Yu --$$g34.$$tLumbar herniated nucleus pulposus /$$rPhilip K. Louie and Gregory D. Lopez --$$g35.$$tLumbar spinal stenosis /$$rKenneth C. Nwosu, Safdar N. Khan, and Thomas D. Cha --$$g36.$$tLumbar spondylolisthesis /$$rTimothy Y. Wang, Vikram Mehta, John Berry-Candelario, Isaac O. Karikari, and Robert E. Isaacs --$$g37.$$tAdolescent scoliosis /$$rDaniel J. Miller, Todd J. Blumberg, Susan E. Nelson, Per D. Trobisch, and Patrick J. Cahill --$$g38.$$tAdult scoliosis /$$rTeja Karukonda, Steven M. Presciutti, Isaac L. Moss, and Frank M. Phillips --$$g39.$$tAnterior column realignment (ACR) : minimally invasive surgery for the treatment of adult sagittal plane deformity /$$rGregory M. Mundis Jr., Pooria Hosseini, Amrit Khalsa, and Behrooz A. Akbarnia --$$g40.$$tThoracolumbar spine trauma /$$rKelley E. Banagan, Daniel L. Cavanaugh, Ian Bussey, Alysa Nash, Jael E. Camacho-Matos, M. Farooq Usmani, and Steven C. Ludwig --$$g41.$$tMinimally invasive surgery for spinal tumors /$$rZach Pennington, Camilo A. Molina, and Daniel M. Sciubba --$$g42.$$tPathologic fractures /$$rAlexandra Carrer, William W. Schairer, Dean Chou, Murat Pekmezci, Vedat Deviren, and Sigurd H. Berven
000924871 50580 $$g43.$$tHow and when to incorporate minimally invasive surgery for treatment of deformity : decision-making /$$rAndrew C. Vivas, Jason M. Paluzzi, and Juan S. Uribe --$$g44.$$tSacroiliac joint dysfunction /$$rVinko Zlomislic and Steven R. Garfin --$$g45.$$tMinimally invasive spine surgery in the elderly /$$rOliver Tannous and R. Todd Allen .
000924871 50580 $$gPart IV:$$tSurgical techniques : minimally invasive fusion:$$g46.$$tClinical and economic advantages of out-patient spine surgery /$$rNeil M. Badlani, Joel Lehr, and Frank M. Phillips --$$g47.$$tClinical outcomes of outpatient spine surgery /$$rRichard N. W. Wohns, Laura A. Miller Dyrda, and Kenneth C. Nwosu --$$g48.$$tSelection of appropriate patients for outpatient spine surgery /$$rWilliam D. Smith, Karishma Gupta, Maritza Kelesis, and Joseph L. Laratta --$$g49.$$tAnalgesia and anesthesia to enable outpatient spine surgery /$$rRamesh M. Singa and Asokumar Buvanendran --$$g50.$$tPostoperative care following outpatient spine surgery /$$rTroy I. Mounts and Gil Tepper --$$g51.$$tChoice of minimally invasive approaches : a review of unique risks and complications /$$rWilliam P. Mosenthal, Srikanth N. Divi, Jason L. Dickherber, and Michael J. Lee --$$g52.$$tMinimally invasive spine surgery complications with implant placement and fixation /$$rJoseph S. Butler and Mark F. Kurd --$$g53.$$tNeural and dural injury in minimally invasive surgery /$$rClifton W. Hancock, Donna D. Ohnmeiss, and Scott L. Blumenthal --$$g54.$$tPseudarthrosis /$$rPhilip K. Louie, Bryce A. Basques, Nicollette M. Pepin, and Grant D. Shifflett.
000924871 506__ $$aAccess limited to authorized users.
000924871 520__ $$aThe use of minimally invasive spine surgery (MISS) has grown rapidly over the last decade and remains the fastest growing area in spine surgery. Now in a revised and expanded second edition including 19 new chapters, this comprehensive textbook provides an updated presentation of the field of MISS, highlighting surgical techniques and clinical outcomes as well as providing a unique focus on how these techniques are applied for specific spinal conditions. Minimally Invasive Spine Surgery, Second Edition includes detailed discussions of enabling technologies, surgical techniques, approaches to specific diseases and conditions, a new section on out-patient/ambulatory spine surgery, and strategies to manage the unique risks and complications associated with MISS. Each chapter, whether revised or new, is formatted in a consistent manner, including bulleted key learning points as well as review questions, pearls and pitfalls, and generous illustrations and intra-operative photographs. Written and edited by thought leaders in the field, this user-friendly textbook will be an essential resource for orthopedic and neurosurgery trainees, as well as a valuable reference and review for spine surgeons and health care professionals who treat the spine.
000924871 588__ $$aDescription based on online resource; title from digital title page (viewed on February 06, 2020).
000924871 650_0 $$aSpine$$xSurgery.
000924871 650_0 $$aLaparoscopic surgery.
000924871 7001_ $$aPhillips, Frank M.,$$eeditor.
000924871 7001_ $$aLieberman, I. H.$$q(Isador H.),$$eeditor.
000924871 7001_ $$aPolly, David W.,$$cJr.,$$eeditor.
000924871 7001_ $$aWang, Michael Y.,$$d1971-$$eeditor.
000924871 77608 $$iPrint version: $$z9783030190064
000924871 852__ $$bebk
000924871 85640 $$3SpringerLink$$uhttps://univsouthin.idm.oclc.org/login?url=http://link.springer.com/10.1007/978-3-030-19007-1$$zOnline Access$$91397441.1
000924871 909CO $$ooai:library.usi.edu:924871$$pGLOBAL_SET
000924871 980__ $$aEBOOK
000924871 980__ $$aBIB
000924871 982__ $$aEbook
000924871 983__ $$aOnline
000924871 994__ $$a92$$bISE