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Biomedical subjects

Y Ben-Menachem

Publications and source records attributed to Y Ben-Menachem.

At least 37 records · Page 2Linked to original sources
PubMed1987

Interventional radiology in appendicular skeletal trauma.

Embolotherapy for extremity vascular injuries is a relatively new, effective, and safe treatment modality in selected patients. The resultant hemostasis decreases the morbidity or even mortality that can result from uncontrolled hemorrhage. In addition, surgery may be postponed until the patient is stabilized, or avoided altogether. Prompt diagnosis of vascular injury and embolization when indicated also contributes to the proper management of associated osseous and soft tissue injuries.

Angiography↗
PubMed1986

The natural history of traumatic branch renal artery injury.

Between 1979 and 1984, 24 patients with traumatic branch renal artery injuries documented by selective angiography were managed at our center. A total of 7 patients (29 per cent) died of nonurological organ system injury during the initial hospitalization. Of the remaining patients 10 were followed for 1 to 5 years after injury. None of these patients required immediate or delayed surgical intervention for complications, while 2 had hypertension after injury that resolved spontaneously by 1 year. The eventual renal function attained by these patients remained normal, the mean creatinine was 0.9 plus or minus 0.1 mg. per dl. and there were no other urological complications. Patients who sustain branch renal artery injuries should be managed nonoperatively unless they exhibit cardiovascular instability. Excision of ischemic parenchyma is indicated only when intractable hypertension associated with increased renin secretion can be identified.

Adolescent↗
PubMed1986

Thoracic outlet syndrome: review and reference to stroke in a major league pitcher.

The thoracic outlet compression syndrome is reviewed. It should be considered in all neurologic and vascular complaints of the upper extremity. Symptoms are related to arm position and use and are aggravated by sustained activity that stresses the shoulder. A participant in any sport that requires a repetitive violent throwing motion is a potential candidate for this condition. A detailed report of a major league pitcher illustrates the importance of early diagnosis and appropriate treatment, inasmuch as delay can be catastrophic, as in the case of this career athlete. A thorough history is the best aid in arriving at a diagnosis. When the symptoms are mild or moderate, conservative therapy may suffice. When surgery is indicated, the object is to create adequate space for passage of the brachial plexus, subclavian artery, and subclavian vein. Patients with thrombosis and occlusion of a major artery supplying the upper extremity require an additional arterial reconstructive procedure plus a cervicothoracic sympathectomy.

Adult↗
PubMed1986

Vascular injuries of the extremities: hazards of unnecessary delays in diagnosis.

Delay in the diagnosis of vascular injuries of the extremities is still considered acceptable practice by many, despite its inherent high risk of morbidity and permanent disability. Such practice must be discouraged, because vascular wounding can be diagnosed early and with great precision by angiography. The arteriogram should become part of the initial emergency room assessment of all patients who sustain penetrating injuries of the extremities, as well as those who suffer violent blunt extremity trauma.

Angiography↗
PubMed1983

Screening for transplant renal artery stenosis in hypertensive recipients using digital subtraction angiography.

Digital subtraction angiography was used in 10 renal allograft recipients with sustained hypertension after transplantation to detect transplant renal artery stenosis. Recipients with end-to-end vascular anastomoses were visualized adequately in the anteroposterior projection. Two cases of transplant renal artery stenosis were identified by digital subtraction angiography and then verified by catheter angiography. Patients with end-to-side vascular anastomoses may require additional oblique projections. Digital subtraction angiography is a safe, noninvasive and cost-effective screening procedure to diagnose transplant renal artery stenosis in most recipients. Catheter angiography can be applied more selectively to those recipients with stenosis observed by digital subtraction angiography or when more detailed imaging is required.

Adolescent↗
PubMed1982

Peritoneal lavage and angiography in the management of patients with pelvic fractures.

One hundred consecutive patients with pelvic fractures who had undergone peritoneal lavage and abdominal and pelvic angiography were retrospectively analyzed. Sixty-four patients with negative lavages were treated successfully without laparotomy despite a 20 percent incidence of subcapsular or intraparenchymal hematomas of the liver or spleen. Thirty percent of the patients with positive peritoneal lavages were successfully managed without laparotomy when abdominal angiography failed to identify a source of active bleeding. Abdominal angiography was 92 percent accurate in predicting the presence or absence of hemorrhage in 25 patients who underwent laparotomy. There were no false-positive angiograms. The overall false-negative rate was 2.12 percent. These occurred in two patients with torn mesenteric vessels. Pelvic angiography identified arterial pelvic bleeding in 18 percent of the patients. Eighty-four percent of patients with major pelvic bleeding had successful embolization with prompt cessation of arterial bleeding. We conclude that abdominal and pelvic angiography can be a useful adjunct to peritoneal lavage in detecting intraperitoneal hemorrhage and can be of therapeutic value for arterial pelvic bleeding.

Adolescent↗
PubMed1982

The management of splenic injury.

Increased concern over the potential immunologic consequences of splenectomy has prompted surgeons to attempt salvage of traumatized spleens. We report a retrospective study of 172 consecutive patients with documented splenic injury treated over a 2-year period: 107 patients underwent splenectomy; 65 were managed without total splenectomy; 32 were not explored. The overall mortality rate was 27%; the overall complications were 30%, including a 13% incidence of post-splenectomy subphrenic abscess. The incidence of infectious complications after splenectomy was 36%, while the incidence in nonsplenectomized patients was 9%. The Injury Severity Scores (ISS) in the two groups were significantly different (p less than or equal to 0.05). When the group whose spleens were salvaged was compared to an equivalent group matched for ISS, age, and sex, there was no significant difference in sepsis rates (23% vs. 10.7%; 0.10 greater than or equal to p greater than or equal to 0.05). Survival in those with postinjury infectious complications was significantly improved in patients with a remaining spleen (p less than or equal to 0.01). Abdominal computerized tomography was used successfully as a method of following injured and repaired spleens in order to predict return to full activity.

Adolescent↗
PubMed1982

Arteriography and the fractured first rib: too much for too little?

The prevailing opinion that inlet (first and second) rib fractures carry a high rate of aortic-brachiocephalic injuries was tested in a retrospective analysis of radiographic, angiographic, and surgical records of 214 patients. Two patient populations were defined, identical in all traumatologic and radiologic aspects, except for the presence of inlet rib fractures in one group. Aortic/brachiocephalic trauma occurred at the same frequency in both populations. Because the contemporaneous occurrence of aortic-brachiocephalic wounding and inlet rib fractures is entirely a matter of coincidence, the presence of an inlet rib fracture alone should not constitute an indication for angiography. Vascular studies must be prompted by the presence of clinical signs or by radiographic findings suggesting a hematoma.

Adolescent↗
PubMed1981

Computed tomography in blunt trauma.

Until now, CT has been utilized very little in the evaluation of the bluntly traumatized patient. Based on our early experience, we have attempted to demonstrate the CT features of a spectrum of injuries. Much of this information is new and additional studies will have to be performed to elucidate fully the benefits of computed tomography in the diagnosis of trauma. A method of study has been outlined which stresses the use of intravascular, oral, and, when needed, rectal contrast materials for study in these patients.

Abdominal Injuries↗