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Updated: Jan 29, 2026

Murine Renal Transplantation Procedure
Published on: July 10, 2009
Renal Transplant and Its Outcomes: Single-Center Experience From India
K L Gupta1, Navin Pattanashetti, Raja Ramachandran
1From the Department of Nephrology, Postgraduate Institute of Medical Education and Research, Chandigarh, India.
Objectives:
Improvements in early graft survival and long-term graft function have made kidney transplant a more cost-effective alternative to dialysis. We aimed to assess renal transplant outcomes over a 9-month follow-up of recipients in a cost-limited setting (a tertiary care center in India).
Materials And Methods:
Included patients in this prospective observational study were those who underwent renal transplant from July 2016 to February 2017 (8 months) and followed for 9 months.
Results:
Of 122 included patients, 20 (16.4%) were women and 102 (83.6%) were men (mean age 35.61 ± 10.64 y), with 92 (75.4%) from a lower socioeconomic status. Kidneys were from first-degree relatives for 52 patients (42.6%), from spousal donors for 34 (27.9%), from deceased donors for 24 (19.7%), and from second/third degree relative donors for 12 (9.8%). All patients underwent only complementdependent cytotoxicity crossmatch due to financial constraints. Fifty patients (41%) had history of packed red blood cell transfusion. Induction was thymoglobulin in 60 patients (49.2%), basiliximab in 8 (6.6%), and no induction in 54 (44.3%). Forty patients (30.1%) underwent biopsy for graft dysfunction, and 32 (26.2%) had graft rejection: 18 (14.8%) with antibodymediated rejection, 5 (4.1%) with T-cell-mediated rejection, and 9 (7.4%) with both. Opportunistic infections were shown in 24.5% of patients, including primarily cytomegalovirus (10.7%), tuberculosis (5.7%), and aspergillosis (3.3%). Twenty-nine patients (24%) had new-onset diabetes posttransplant. At end of follow-up, 93 patients (76.2%) had normal graft function, 21 (17.2%) had chronic graft dysfunction, 3 (2.4%) had graft loss, and 5 (4.1%) died. History of blood transfusion (P = .001) predicted the occurrence of antibody-mediated rejection, and induction used showed trend toward prediction (P = .083).
Conclusions:
With high rejection rates, it would be prudent to include proper immunologic testing, even in cost-limited settings, pretransplant. The high infection and death rates are also concerning.
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