Results 331 to 340 of about 432,940 (367)
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The Japanese Journal of Surgery, 1972
A clinicomycological study of 20 cases of mycetoma of upper extremity has been undertaken. Eleven of these had lesion in the hand and the rest were affected in the forearm (3), elbow region (2), axilla (2) and shoulder region (2). M. mycetomi was the most common causative agent. Other fungi identified were M.
K. R. Joshi, H. S. Sran
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A clinicomycological study of 20 cases of mycetoma of upper extremity has been undertaken. Eleven of these had lesion in the hand and the rest were affected in the forearm (3), elbow region (2), axilla (2) and shoulder region (2). M. mycetomi was the most common causative agent. Other fungi identified were M.
K. R. Joshi, H. S. Sran
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FROSTBITE OF THE UPPER EXTREMITY
Hand Clinics, 2000Human capacity for physiologic adaptation to cold is minimal; we survive by insulating ourselves with protective clothing. In addition to the irreversible direct injury caused by ice crystallization, the authors have outlined four possible mechanisms by which indirect injury may damage tissue.
Cynthia W. Su +2 more
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Osteoarthritis in the Upper Extremity
The American Journal of Medicine, 2023Osteoarthritis is a common cause of morbidity in an increasingly aging population. Although the weight-bearing joints of the leg and foot are frequently affected by osteoarthritis, degenerative changes in the joints of the upper extremity are likewise common and can be both particularly debilitating for affected individuals and uniquely challenging for
Davis A. Hartnett +2 more
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Phleborheography of the Upper Extremity
Archives of Surgery, 1983Phleborheography is a well-established technique for the noninvasive diagnosis of deep venous thrombosis of the lower extremity. For ten years we have used phleborheography in the diagnosis of axillary and subclavian venous thrombosis. We developed modifications in technique and interpretation that are necessary for accurate application of ...
Eugene D. Sullivan +2 more
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Angioleiomyoma of the Upper Extremity
The Journal of Hand Surgery, 2013To determine the outcomes of surgical excision in the management of angioleiomyomas of the upper extremity.We retrospectively reviewed the medical records of 26 patients undergoing a surgical excision of an angioleiomyoma in the upper extremity between 1975 and 2012, who had at least 1 year of follow-up.
Matthew T. Houdek +3 more
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Replantation of upper extremities
The American Journal of Surgery, 1974Abstract A brief review is presented of the technic of replantation of amputated extremities. The usual operative protocol is altered in that placement of temporary vascular shunts is considered the first step in the procedure, preceded, of course, by appropriate preoperative preparation of the patient and the amputated extremity.
Jalinus Khodadadi +4 more
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Replantation of the Upper Extremity
Clinics in Plastic Surgery, 1983In recent years, the functional results after replantation surgery have improved with increased experience. Stiffness remains as the single greatest postoperative problem. Improvements in this area are now possible with aggressive and closely supervised postoperative hand therapy and splinting.
Bernard S. Alpert +3 more
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Microsurgery of the Upper Extremity
The Journal of Hand Surgery, 2011In the past 50 years, hand surgeons have made considerable contributions to microsurgery. The unique demands of complex upper extremity care have driven many of the technical and scientific advances of this discipline, including functional muscle transfers, nerve transfers, and composite tissue allotransplantation.
Oren Z. Lerman +4 more
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Disorders of the Upper Extremity
1994Because of the functional importance of the upper extremity to human activity, patients with injuries in this region frequently require diagnostic and therapeutic assistance from the family physician. A working knowledge of basic anatomy is helpful for establishing a differential diagnosis for upper extremity complaints.
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Neuroprostheses for the upper extremity
Microsurgery, 2001AbstractFunctional electrical stimulation (FES) neuroprostheses can be used to replace lost motor and sensory function in persons with neurological disorders. FES technology has subsequently been shown effective and safe in restoring hand function in adults with spinal cord injury.
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