Assessment of cardiovascular risk in waiting-listed renal transplant patients: a single center experience in 558 cases.

Cardiac screening is recommended to prevent cardiovascular death after renal transplantation. This retrospective observational study illustrates the results of application of a cardiac assessment algorithm in a series of 558 renal transplant candidates at a single center in Turin, Italy. A dipyridamole-stress sestamibi myocardial scintiscan (DMS) performed in 302/558 (54.1%) cases was positive in 52 (17.2%), negative in 200 (66.2%), borderline in 16 (5.3%), and with signs of previous necrosis in 34 (11.4%). Coronary lesions detected by angiography in 48.1% of the 52 positives were treated medically (13.5%) or by percutaneous/surgical procedure (34.6%). Coronary lesions were detected in 14.1% of asymptomatic population subgroup. The minor and major cardiovascular event rates and the cardiovascular death rate were 1.9%, 0%, and 0%, respectively, in positive DMS group (high-cardiological risk) vs. 10%, 4.5%, and 3.5% in the negatives (p > 0.5; n.s.). It is suggested that not increased cardiovascular event or deaths rates in the high-risk group reflect early coronary lesion detection and correction. Since 55.9% of cardiovascular events or deaths occurred in the negative group more than 24 months after the DMS, its mandatory repetition every two yr after a negative finding is recommended.

Renal transplantation in patients over 65 years of age: no more a contraindication but a growing indication.

INTRODUCTION: Worldwide organ shortage and the increasing age of end-stage renal disease patients demanding a graft have prompted extensive use of marginal donors. The "old-for-old" allocation has been proposed for the elderly. The aim of this study was to evaluate the results of a policy of free acceptance into the waiting list of recipients older than 65 years. METHODS: From 1987 to 2004 70 patients whose mean age was 67.4 +/- 2.8 years, underwent an extensive pretransplant evaluation including cardiac studies. Immunosuppression was based upon low-dose steroids, and cyclosporine (50%) or tacrolimus (44%). RESULTS: Patient and graft survival at 1, 3, 5, and 10 years were 85%, 78.5%, 75%, 50%, and 80%, 74%, 70%, 36%, respectively. Death occurred in 17/70 (24%), 14 of whom had a functioning graft. The causes of death were 30% cancer, 23% cardiovascular, 23% sepsis, 12% cerebrovascular hemorrhage, 12% meningitis. The acute rejection (AR) rate was 18.6%. The causes of graft loss were: 71% patient death, 4% irreversible AR, 4% vascular thrombosis, and 21% chronic allograft dysfunction. The main complications were: 52% prostatic hypertrophy, 40% urinary tract infections, 8.6% diabetes, 11% pneumonia, 10% cardiovascular diseases, 7% urological complications, 8% abdominal pathology, 6% acute pyelonephritis, 8% non-skin cancer. CONCLUSIONS: Despite the increased vulnerability of the elderly, they should not be excluded a priori from renal transplantation. Extensive pretransplant screening, mainly cardiovascular, and a tailored immunosuppression are two crucial issues. The moderate rate of AR suggests that these patients do not have an impaired immunocompetence as far as acute rejection is concerned.

The collection of human skulls and postcranial skeletons at the department of human anatomy of the University of Torino (Italy).

The human osteological collection at the Department of Human Anatomy, University of Torino, Italy, has recently been rearranged and recatalogued, and is now available for study. It comprises 1,064 modern skulls of known sex (384 males and 680 females); the age is also recorded in 712 cases. Of these skulls, 162 are from persons aged less than or equal to 20 years of known sex. A few skulls also have the postcranial skeleton (35 males and 39 females). The collection includes microcephali and hydrocephali, and also some prehistoric, Etruscan, Phoenician, Egyptian, Greek, Roman, Ancient Jewish, and Lombard skulls. A brief catalogue is provided.