The Use of Methylmethacrylate Cement as an Instantaneous Fusion Mass in Posterior Cervical Fusions: A Canine In Vivo Experimental Model

Whitehill, Richard; Reger, Steven I.; Fox, Ellen; Payne, Ray; Barry, John; Cole, Craig; Richman, Jonathan; Bruce, J.

doi:10.1097/00007632-198404000-00004

Cited by 17 publications

(5 citation statements)

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“…2). Whitehill, et al, 33 Benzel and Kesterson, 6 and Murphy and Southwick 25 have described modifications of this technique, but the fundamentals remain unchanged.…”

Section: Interspinous Wiringmentioning

confidence: 99%

“…2). Whitehill, et al, 33 Benzel and Kesterson, 6 and Murphy and Southwick 25 have described modifications of this technique, but the fundamentals remain unchanged.The Bohlman triple-wire fixation technique was a modification of the Rogers technique to stabilize a single or multilevel site of segmental instability. 22 The interspinous wiring method is similar to that of the Rogers technique in that wires are passed through drilled-out holes in the spinous processes.…”

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confidence: 99%

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History of instrumentation for stabilization of the subaxial cervical spine

Omeis¹,

DeMattia²,

Hillard³

et al. 2004

FOC

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In the past several decades methods have been developed to stabilize the subaxial cervical spine both posteriorly and anteriorly. Methods of posterior stabilization have progressed from interspinous wiring, through facet wiring and sublaminar wiring, to the lateral mass screws with plates and rods that are in use today. Plates for anterior stabilization have evolved from rigid plates requiring bicortical screws through those used with unicortical locking screws, to dynamic load-sharing plates used with variable angle screws. The original description of spinous process wiring was published by Hadra in 1891. In 1942 Rogers described the interspinous wiring method used for trauma-induced cervical instability, which was modified by Bohlman in 1985 (triple wiring technique). Luque rods with sublaminar wires were introduced in the late 1970s to address multilevel and occipitocervical instability. Facet wiring was developed in 1977 by Callahan to address the problem of stabilization when laminae are not present. Wiring remained the method used until Roy-Camille introduced the lateral mass screw–plate construct in the 1980s. The first plate for anterior stabilization was designed by Orozco and Llovet in 1970 and was later refined by Caspar; this was a rigid plate with bicortical screws. Morscher devised unicortical locking screws in the 1980s. The latest concept of dynamic load-sharing plates with variable angle screws was developed in 2000. In this article historical landmarks in surgical methods for the stabilization of the subaxial cervical spine are reviewed.

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“…2). Whitehill, et al, 33 Benzel and Kesterson, 6 and Murphy and Southwick 25 have described modifications of this technique, but the fundamentals remain unchanged.…”

Section: Interspinous Wiringmentioning

confidence: 99%

mentioning

confidence: 99%

History of instrumentation for stabilization of the subaxial cervical spine

Omeis¹,

DeMattia²,

Hillard³

et al. 2004

FOC

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show abstract

“…Since first introduced by Hadra, 35 many modifications have been made to wire-and-cable techniques for posterior subaxial fixation. 15,48,53,55,69 Posterior fixation in which wiring and a bone graft are used is generally simple to perform and requires that the posterior elements be intact. This procedure effectively restores the posterior tension band to allow resistance of flexion forces; however, pathological hyperextension is still possible.…”

Section: Wiring and Cabling Techniquesmentioning

confidence: 99%

“…Rogers was able to achieve solid arthrodesis in all 11 patients of his original series. Although various modifications of the technique originated by Rogers have been described by Whitehill, et al, 69 Benzel and Kesterson, 15 and Murphy and Southwick, 53 the fundamental technique remains unchanged.…”

Section: Interspinous Wiringmentioning

confidence: 99%

Posterior fusion of the subaxial cervical spine: indications and techniques

Liu¹,

Das²

2001

FOC

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The biomechanical stability of the subaxial cervical spine (C3–7) can be compromised by numerous pathological processes, and the restoration of stability may ultimately require fusion and placement of rigid internal fixation devices. A posterior fusion and stabilization procedure is often used to treat cervical instability secondary to traumatic injury, rheumatoid arthritis, ankylosing spondylitis, neoplastic disease, infections, and previous laminectomy. Numerous techniques and advances in spinal instrumentation have evolved over the last 30 years. The authors review the indications and the various methods for stabilizing and fusing the subaxial cervical spine via posterior approaches.

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“…Η πρώτη καταγεγραμμένη χειρουργική σταθεροποίηση της ΑΜΣΣ χρονολογείται το 1891, όταν ο στη βάση τους. Αργότερα περιγράφηκαν τροποποιήσεις από τους Whitehill(Whitehill et al, 1984), Benzel και Kesterson(Benzel and Kesterson, 1989) και Southwick(Murphy and Southwick, 1989), αλλά η βασική ιδέα παρέμεινε η ίδια. Η τεχνική…”

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Κακώσεις Κατώτερης Αυχενικής Μοίρας Της Σπονδυλικής Στήλης

Κασιμάτης¹

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Πρόγραμμα Μεταπτυχιακών Σπουδών στις Κλινικές και Κλινικοεργαστηριακές Ιατρικές Ειδικότητες Ορθοπαιδική Κλινική Δ/ντής: Καθηγητής Παναγιώτης Δημακόπουλος Κ Κα ακ κώ ώσ σε ει ις ς κ κα ατ τώ ώτ τε ερ ρη ης ς α αυ υχ χε εν νι ικ κή ής ς μ μο οί ίρ ρα ας ς τ τη ης ς σ σπ πο ον νδ δυ υλ λι ικ κή ής ς σ στ τή ήλ λη ης ς: : α αν ντ τι ιμ με ετ τώ ώπ πι ισ ση η κ κα αι ι ε επ πι ιπ πλ λο οκ κέ ές ς π πο ου υ σ σχ χε ετ τί ίζ ζο ον ντ τα αι ι μ με ε τ τη η μ μέ έθ θο οδ δο ο τ τη ης ς σ σπ πο ον νδ δυ υλ λο οδ δε εσ σί ία ας ς Γεώργιος Β.

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The Use of Methylmethacrylate Cement as an Instantaneous Fusion Mass in Posterior Cervical Fusions: A Canine In Vivo Experimental Model

Cited by 17 publications

References 0 publications

History of instrumentation for stabilization of the subaxial cervical spine

History of instrumentation for stabilization of the subaxial cervical spine

Posterior fusion of the subaxial cervical spine: indications and techniques

Κακώσεις Κατώτερης Αυχενικής Μοίρας Της Σπονδυλικής Στήλης

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