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Titlebook: Skull Traction and Cervical Cord Injury; A New Approach to Im Alf Breig Book 1989 Springer-Verlag Berlin Heidelberg 1989 biomechanics.centr

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Cord Incision Model for Visualization of Adverse Effects of Skull Traction and Ventroflexion of Cervurfaces of an incision (or wound) to move apart. The graphs in Fig. 10 show that this diastasis increases as the degree of skull traction or of ventroflexion of the neck is increased. Figure 11 presents measurements which make clear that lengthening of the spinal canal brought about by flexion of th
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Surgical Procedure for Cervicolordodesis prefer to change the course of the mechanically compromised nerve rather than to extirpate the offending lesion, which may be difficult to reach or even inaccessible. A well-known example of restoration of the conductivity of an imperiled nerve by changing its course is the transposition of the uln
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Summary of Part II instead of protecting traumatized cervical cord, has in reality exposed it to varying degrees of non-physiological stretching and has thus kept neurological improvement at a lower level than would have been made possible by the use of methods for cord relaxation. With this insight it would seem app
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Future Treatment of Cervical Spine Injuriesse effects have been demonstrated, appropriate measures must be taken to remove this procedure from clinical treatment [23] and to replace it with one aimed at stabilizing a damaged cervical spine by innocuous surgical and/or conservative orthopaedic methods.
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Summary of Part IIme relevant factors are not yet fully elucidated, for example, in trials to restore the conductivity of the severed cord by growth-inducing hormones, gene technologically enhanced reparative growth or various tvpes of grafts.
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