Optical fibers for radiation free interlocking screws - Darwish, Bassem
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The enthusiasm for closed intramedullary nailing, the problems of distal locking, and the need to avoid ionizing irradiation aroused the imagination of surgeons and engineers world-wide. Some mechanical devices were tested but never reached the market others are in full use. Free hand technique remains the most popular method for distal interlocking screw insertion however recent studies have shown that placement of distal interlocking screws accounted for the greatest percentage of total fluoroscopy time. The results of this study have proven that monofilament solid core optical fibers could…mehr

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Produktbeschreibung
The enthusiasm for closed intramedullary nailing, the problems of distal locking, and the need to avoid ionizing irradiation aroused the imagination of surgeons and engineers world-wide. Some mechanical devices were tested but never reached the market others are in full use. Free hand technique remains the most popular method for distal interlocking screw insertion however recent studies have shown that placement of distal interlocking screws accounted for the greatest percentage of total fluoroscopy time. The results of this study have proven that monofilament solid core optical fibers could be used for radiation free, accurate, and cost efficient determination of the sites of the distal holes of the interlocking intramedullary nails & insertion of the interlocking screws
Autorenporträt
Dr. Bassem Darwish, orthopedic consultant from Egypt,working as the head of the orthopedic department in Al-Rafie hospital in Holly Makkah, KSA.He is active in research & has been issued several patents & a grant. He is focused on optical fibers uses in orthopedic & on uses of the nonionised electromagnetic waves' enhanced stem cell injection