The concept of maximizing bone removal along the skull base has been advocated to expand the operative space for large, firm, and encasing ventral and ventrolateral skull base tumors. However, indications for the use of such osteotomies have not been well defined. The improved maneuverability and enhanced extent of expansion of the operative corridor via the skull base approaches compared to those of standard craniotomies have been based on cadaveric studies thatmight not simulate the operative environment realistically. Bony removal alone is not adequate to protect neurovascular structures, and strategic use of dynamic retraction and innovative operative routes are some of the other factors that contribute to successful microsurgery. In this analysis, the more discriminate indications and modified techniques for orbitozygomatic osteotomy are discussed.
机构:
Rallis Research Centre, Plot 21 and 22, Peenya Phase II, Bangalore-560 058, IndiaRallis Research Centre, Plot 21 and 22, Peenya Phase II, Bangalore-560 058, India
Mithyantha, M.S.
Pandney, R.K.
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机构:
Rallis Research Centre, Plot 21 and 22, Peenya Phase II, Bangalore-560 058, IndiaRallis Research Centre, Plot 21 and 22, Peenya Phase II, Bangalore-560 058, India
Pandney, R.K.
Jain, A.K.
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h-index: 0
机构:
Rallis Research Centre, Plot 21 and 22, Peenya Phase II, Bangalore-560 058, IndiaRallis Research Centre, Plot 21 and 22, Peenya Phase II, Bangalore-560 058, India
Jain, A.K.
Chemical Engineering World,
2002,
37
(05):
: 81
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83