James L. Luke
Armed Forces Institute of Pathology
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Featured researches published by James L. Luke.
Journal of Forensic Sciences | 1985
James L. Luke; Donald T. Reay; John W. Eisele; Harry J. Bonnell
Correlation of the circumstances of death with the pathologic findings in this prospective study of deaths by hanging affords insight pertaining to certain of the pathophysiologic mechanisms involved in fatalities of this type. The presence of conjunctival and facial/periorbital petechial hemorrhages correlates with increasing levels of body support below the point of ligature suspension. Hyoid bone and/or thyroid cartilage fractures (found in 26% of cases) are most frequently identified in those persons found completely suspended and in victims in the older age ranges. No hyoid bone/thyroid cartilage fractures, internal soft tissue injury, or petechiae were present in 13 (21%) of the study cases.
American Journal of Forensic Medicine and Pathology | 1992
James L. Luke; Donald T. Reay
Procedures leading to the proper investigation and certification of deaths occurring in police custody are discussed. The importance of training and experience, of interchange of information between investigator and forensic pathologist, and of common sense in the pursuit of fairness toward this end is emphasized.
Annals of Plastic Surgery | 1999
Dominic S. Raso; William B. Greene; Victor F. Kalasinsky; Maureen A. Riopel; James L. Luke; Frederic B. Askin; Jan F. Silverman; V. Leroy Young
Calcification of the fibrous capsule surrounding silicone breast implants is a well-recognized occurrence that increases with time following implantation. These mineralized deposits potentially confound mammographic breast cancer surveillance already made difficult by the obscuring effects of silicone breast implants. The authors performed elemental analysis of silicone breast implant-associated calcifications to define better their chemical composition as related to mammographic and clinical significance. Electron probe microanalysis and infrared spectroscopy revealed all of the calcification deposits to be calcium complexed with tribasic phosphate. No evidence of calcium oxalate, calcium carbonate, silicone, or talc was observed. Caution must be employed in interpreting mammograms in women with silicone breast implants as well as those who have had their silicone breast implants removed. High-density mammographic calcifications indicative of calcium phosphate associated with a silicone breast implant may represent an accepted consequence of implantation or nearby carcinoma. We recommend baseline mammography on women who have had their silicone breast implants removed to prevent unnecessary fine-needle aspiration or tissue biopsy of retained breast capsule calcifications during subsequent routine surveillance for carcinoma.
Journal of Forensic Sciences | 1983
Michael Bray; James L. Luke; Brian D. Blackbourne
Vitreous humor chemistry studies were performed on 13 air crash victims who had remained immersed in near-freezing fresh water for seven to eight days. Glucose concentrations were observed to be higher than those in a comparison group of autopsied cases with prolonged postmortem intervals, suggesting that rapid chilling inhibited glycolysis. Evidence of dilution of vitreous humor electrolytes was also noted. After correction for the apparent degree of dilution, the potassium concentrations were found to fall within a narrow range.
American Journal of Forensic Medicine and Pathology | 1997
Edmund R. Donoghue; Michael Graham; Jeffrey M. Jentzen; Barry D. Lifschultz; James L. Luke; Haresh G. Mirchandani
Analytical Chemistry | 1996
Michael D. Schaeberle; Victor F. Kalasinsky; James L. Luke; E. Neil Lewis; and Ira W. Levin; Patrick J. Treado
American Journal of Forensic Medicine and Pathology | 1997
Edmund R. Donoghue; Michael Graham; Jeffrey M. Jentzen; Barry D. Lifschultz; James L. Luke; Haresh G. Mirchandani
Plastic and Reconstructive Surgery | 1997
James L. Luke; Victor F. Kalasinsky; Ronald P. Turnicky; Jose A. Centeno; Frank B. Johnson; Florabel G. Mullick
American Journal of Forensic Medicine and Pathology | 1997
Edmund R. Donoghue; Michael Graham; Jeffrey M. Jentzen; Barry D. Lifschultz; James L. Luke; Haresh G. Mirchandani
American Journal of Forensic Medicine and Pathology | 1996
James L. Luke