Spine Surgery References: A Sorted List with DOIs

Here\u0020is\u0020the\u0020sorted\u0020list\u0020of\u0020references\u0020according\u0020to\u0020the\u0020given\u0020requirements:\n\n[15]\u0020Rampersaud,\u0020Y.R.,\u0020Foley,\u0020K.T.,\u0020Shen,\u0020A.C.,\u0020et\u0020al.\u0020(2000).\u0020Radiation\u0020exposure\u0020to\u0020the\u0020spine\u0020surgeon\u0020during\u0020fluoroscopically\u0020assisted\u0020pedicle\u0020screw\u0020insertion.\u0020The\u0020Spine\u0020Journal,\u002025,\u00202637-2645.\u0020https://doi.org/10.1097/00007632-200010150-00017\n\n[16]\u0020Wang,\u0020E.,\u0020Manning,\u0020J.,\u0020Varlotta,\u0020C.G.,\u0020et\u0020al.\u0020(2020).\u0020Radiation\u0020exposure\u0020in\u0020posterior\u0020lumbar\u0020fusion:\u0020A\u0020comparison\u0020of\u0020CT\u0020image-guided\u0020navigation,\u0020robotic\u0020assistance,\u0020and\u0020intraoperative\u0020fluoroscopy.\u0020Global\u0020Spine\u0020Journal,\u002010(4),\u0020465-471.\u0020https://doi.org/10.1177/2192568220908242\n\n[17]\u0020Burstr￶m,\u0020G.,\u0020Persson,\u0020O.,\u0020Edstr￶m,\u0020E.,\u0020&\u0020Elmi-Terander,\u0020A.\u0020(2021).\u0020Augmented\u0020reality\u0020navigation\u0020in\u0020spine\u0020surgery:\u0020A\u0020systematic\u0020review.\u0020Acta\u0020Neurochirurgica,\u0020163(3),\u0020843-852.\u0020https://doi.org/10.1007/s00701-021-04708-3\n\n[18]\u0020Yoo,\u0020J.S.,\u0020Patel,\u0020D.S.,\u0020Hrynewycz,\u0020N.M.,\u0020Brundage,\u0020T.S.,\u0020&\u0020Singh,\u0020K.\u0020(2019).\u0020The\u0020utility\u0020of\u0020virtual\u0020reality\u0020and\u0020augmented\u0020reality\u0020in\u0020spine\u0020surgery.\u0020Annals\u0020of\u0020Translational\u0020Medicine,\u00207(Suppl\u00205),\u0020S171.\u0020https://doi.org/10.21037/atm.2019.06.38\n\n[19]\u0020Edstr￶m,\u0020E.,\u0020Burstr￶m,\u0020G.,\u0020Nachabe,\u0020R.,\u0020Gerdhem,\u0020P.,\u0020&\u0020Elmi-Terander,\u0020A.\u0020(2020).\u0020A\u0020novel\u0020augmented-reality-based\u0020surgical\u0020navigation\u0020system\u0020for\u0020spine\u0020surgery\u0020in\u0020a\u0020hybrid\u0020operating\u0020room:\u0020Design,\u0020workflow,\u0020and\u0020clinical\u0020applications.\u0020Operative\u0020Neurosurgery,\u002018(5),\u0020496-502.\u0020https://doi.org/10.1093/ons/opz236\n\n[20]\u0020Carl,\u0020B.,\u0020Bopp,\u0020M.,\u0020Sa￟,\u0020B.,\u0020Voellger,\u0020B.,\u0020&\u0020Nimsky,\u0020C.\u0020(2019).\u0020Implementation\u0020of\u0020augmented\u0020reality\u0020support\u0020in\u0020spine\u0020surgery.\u0020European\u0020Spine\u0020Journal,\u002028(7),\u00201697-1711.\u0020https://doi.org/10.1007/s00586-019-05969-4\n\n[21]\u0020Cortes,\u0020G.,\u0020Marchand,\u0020E.,\u0020Brincin,\u0020G.,\u0020et\u0020al.\u0020(2018).\u0020MoSART:\u0020Mobile\u0020Spatial\u0020Augmented\u0020Reality\u0020for\u00203D\u0020Interaction\u0020With\u0020Tangible\u0020Objects.\u0020Frontiers\u0020in\u0020Robotics\u0020and\u0020AI,\u00205,\u002093.\u0020https://doi.org/10.3389/frobt.2018.00093\n\n[22]\u0020Widmann,\u0020G.,\u0020Stoffner,\u0020R.,\u0020&\u0020Bale,\u0020R.\u0020(2009).\u0020Errors\u0020and\u0020error\u0020management\u0020in\u0020image-guided\u0020craniomaxillofacial\u0020surgery.\u0020Oral\u0020Surgery,\u0020Oral\u0020Medicine,\u0020Oral\u0020Pathology,\u0020Oral\u0020Radiology,\u0020and\u0020Endodontology,\u0020107,\u0020701-715.\u0020https://doi.org/10.1016/j.tripleo.2009.01.045\n\n[23]\u0020Brecevich,\u0020A.T.,\u0020Dowe,\u0020C.,\u0020Lebl,\u0020D.R.,\u0020et\u0020al.\u0020(2019).\u0020Machine-vision\u0020image\u0020guided\u0020surgery\u0020(MvIGS):\u0020An\u0020intraoperative\u0020and\u0020radiation-free\u0020spine\u0020navigation\u0020system\u0020workflow\u0020analysis.\u0020The\u0020Spine\u0020Journal,\u002019,\u0020S59.\u0020https://doi.org/10.1016/j.spinee.2019.08.140\n\n[24]\u0020Kalfas,\u0020I.H.\u0020(2021).\u0020Machine\u0020Vision\u0020Navigation\u0020in\u0020Spine\u0020Surgery.\u0020Frontiers\u0020in\u0020Surgery,\u00208,\u002041.\u0020https://doi.org/10.3389/fsurg.2021.629784\n\n[25]\u0020Oscadal\u0020P,\u0020Heczko\u0020D,\u0020Vysocky\u0020A,\u0020et\u0020al.\u0020(2020).\u0020Improved\u0020Pose\u0020Estimation\u0020of\u0020Aruco\u0020Tags\u0020Using\u0020a\u0020Novel\u00203D\u0020Placement\u0020Strategy.\u0020Sensors,\u002020(17),\u00204825.\u0020https://doi.org/10.3390/s20174825\n\n[26]\u0020Xu,\u0020B.,\u0020Yang,\u0020Z.,\u0020Jiang,\u0020S.,\u0020Jiang,\u0020B.,\u0020&\u0020Yin,\u0020S.\u0020(2020).\u0020Design\u0020and\u0020validation\u0020of\u0020a\u0020spinal\u0020surgical\u0020navigation\u0020system\u0020based\u0020on\u0020spatial\u0020augmented\u0020reality.\u0020The\u0020Spine\u0020Journal,\u002045,\u00201627-1633.\u0020https://doi.org/10.1097/BRS.0000000000003666