Pancreas Transplantation: Does Age Increase Morbidity?

Introduction. Pancreas transplantation (PTx) is the only definitive intervention for type 1 diabetes. Medical advancements in diabetes care have led to an aging PTx candidate pool. We report our experience with patients ≥50 years of age undergoing PTx. Methods. We reviewed 136 consecutive PTx patients at our institution from 1996–2010; 17 were ≥50 years of age. We evaluated demographics, surgical complications, acute rejection (AR) rates, nonsurgical infections, and survival outcomes. Results. Demographic data was similar (P > .05) between groups, excluding age. The two groups had comparable major and minor surgical complication rates (P = .10 and P = .25, resp.). The older group had a lower 1-year and overall AR rate (P = .04 and P = .03, resp.). The incidence of non-surgical infections and overall patient and graft survival was similar between groups (P > .05). Conclusion. Older patients with type 1 diabetes are feasible candidates for PTx, as surgical morbidity, incidence of infections, and AR rates are low

Risk aversion in the use of complex kidneys in paired exchange programs: Opportunities for even more transplants?

This retrospective review of the largest United States kidney exchange reports characteristics, utilization, and recipient outcomes of kidneys with simple compared to complex anatomy and extrapolates reluctance to accept these kidneys. Of 3105 transplants performed, only 12.8% were right kidneys and 23.1% had multiple renal arteries. 59.3% of centers used fewer right kidneys than expected and 12.1% transplanted zero right kidneys or kidneys with more than 1 artery. Five centers transplanted a third of these kidneys (35.8% of right kidneys and 36.7% of kidneys with multiple renal arteries). 22.5% and 25.5% of centers currently will not entertain a match offer for a left or right kidney with more than one artery, respectively. There were no significant differences in all-cause graft failure or death-censored graft loss for kidneys with multiple arteries, and a very small increased risk of graft failure for right kidneys versus left of limited clinical relevance for most recipients. Kidneys with complex anatomy can be used with excellent outcomes at many centers. Variation in use (lack of demand) for these kidneys reduces the number of transplants, so systems to facilitate use could increase demand. We cannot know how many donors are turned away because perceived demand is limited.Wiley Read-and-Publish Agreemen

Development and Assessment of a Systematic Approach for Detecting Disparities in Surgical Access

IMPORTANCE: Although optimal access is accepted as the key to quality care, an accepted methodology to ascertain potential disparities in surgical access has not been defined. OBJECTIVE: To develop a systematic approach to detect surgical access disparities. DESIGN, SETTING, AND PARTICIPANTS: This cross-sectional study used publicly available data from the Health Cost and Utilization Project State Inpatient Database from 2016. Using the surgical rate observed in the 5 highest-ranked counties (HRCs), the expected surgical rate in the 5 lowest-ranked counties (LRCs) in North Carolina were calculated. Patients 18 years and older who underwent an inpatient general surgery procedure and patients who underwent emergency inpatient cholecystectomy, herniorrhaphy, or bariatric surgery in 2016 were included. Data were collected from January to December 2016, and data were analyzed from March to July 2020. EXPOSURES: Health outcome county rank as defined by the Robert Wood Johnson Foundation. MAIN OUTCOMES AND MEASURES: The primary outcome was the proportional surgical ratio (PSR), which was the disparity in surgical access defined as the observed number of surgical procedures in the 5 LRCs relative to the expected number of procedures using the 5 HRCs as the standardized reference population. RESULTS: In 2016, approximately 1.9 million adults lived in the 5 HRCs, while approximately 246 854 lived in the 5 LRCs. A total of 28 924 inpatient general surgical procedures were performed, with 4521 being performed in those living in the 5 LRCs and 24 403 in those living in the 5 HRCs. The rate of general surgery in the 5 HRCs was 13.09 procedures per 1000 population. Using the 5 HRCs as the reference, the PSR for the 5 LRCs was 1.40 (95% CI, 1.35-1.44). For emergent/urgent cholecystectomy, the PSR for the 5 LRCs was 2.26 (95% CI, 2.02-2.51), and the PSR for emergent/urgent herniorrhaphy was 1.83 (95% CI, 1.33-2.45). Age-adjusted rate of obesity (body mass index [calculated as weight in kilograms divided by height in meters squared] greater than 30), on average, was 36.6% (SD, 3.4) in the 5 LRCs vs 25.4% (SD, 4.6) in the 5 HRCs (P = .002). The rate of bariatric surgery in the 5 HRCs was 33.07 per 10 000 population with obesity. For the 5 LRCs, the PSR was 0.60 (95% CI, 0.51-0.69). CONCLUSIONS AND RELEVANCE: The PSR is a systematic approach to define potential disparities in surgical access and should be useful for identifying, investigating, and monitoring interventions intended to mitigate disparities in surgical access that effects the health of vulnerable populations

Is Right-sided Laparoendoscopic Single-site Donor Nephrectomy Feasible?

To present our initial experience with right-sided laparoendoscopic single-site donor nephrectomy (LESS-RDN). Laparoendoscopic single-site (LESS) donor nephrectomy, although in its infancy, represents a potential exciting advancement over conventional laparoscopic donor nephrectomy (LDN). Almost all of the reported cases thus far have been left-sided kidneys. Between August 2009 and June 2010, a total of 85 consecutive LESS DN were performed. Of these, 6 (7%) were LESS-RDN. Donor outcomes analyzed included operative time, estimated blood loss, complications, visual analog pain scores, and recovery time. Renal vein lengths were measured on preoperative computed tomography scans. Recipient outcomes analyzed included recipient creatinine at discharge and at 1 and 3 months. All data were prospectively accrued in an institutional review board-approved database. Five LESS-RDN were successfully performed. One case was converted to hand-assisted laparoscopy to optimize hilar dissection. The mean (± SE) operative time until allograft extraction was 89 ± 5.1 minutes, total operative time was 146 ± 12.8 minutes, warm ischemia time was 3.9 ± 0.2 minutes, and estimated blood loss was 92 ± 27 mL. The mean renal vein length was 2.7 ± 0.3 cm. There were no perioperative complications. All allografts functioned after transplantation. When compared with a matched cohort of LESS-LDN, there was no difference in allograft function at discharge and at 1 and 3 months. Although technically challenging, LESS-RDN in experienced hands can be performed safely and should be considered as an alternative if it is the preferred kidney for transplantation

Successful Transplantation of Single Kidneys From Pediatric Donors Weighing Less Than or Equal to 10 kg Into Standard Weight Adult Recipients

Background. The outcomes of single kidneys transplanted from pediatric donors into standard adult recipients (> 60 kg) are unknown. Furthermore, the outcomes of single kidneys transplanted from pediatric donors less than or equal to 10 kg are also unknown. Methods. We retrospectively compared 27 recipients of single kidneys from pediatric donors younger than or equal to 5 years with 69 recipients of adult cadaveric kidneys. Results. The mean pediatric kidney recipient weight was 69 kg. Two-year patient and graft survival in pediatric kidney recipients was 100% and 92.5% respectively, compared with 98.5% and 89.8% in adult kidney recipients (P = NS). Mean time (days) to achieve creatinine less than 3 mg/dL was 14 +/- 9 compared with 14 +/- 20 in adult kidney recipients (P = NS). Estimated glomerular filtration rate at discharge, 6, 12, 18, and 24 months was equivalent in both cohorts. Stratifying pediatric kidney recipients by donor weight, there were no differences in acute rejection or graft loss in recipients of kidney from donors less than or equal to 10 kg (n = 11; mean weight = 8.85 kg), but there was a higher incidence of delayed graft function (7 of 11 vs. 1 of 16; P = 0.002). Estimated glomerular filtration rate at discharge, 6, 12, 18, and 24 months was equivalent in both cohorts. Conclusions. Single pediatric kidneys from donors younger than or equal to 5 years can be transplanted into standard adult recipients without compromising outcomes. Transplanting single kidneys from pediatric donors less than or equal to 10 kg into standard adult recipients is associated with an increased risk of delayed graft function; however, this does not compromise 2-year graft survival or function