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Systematic Reviews
Copyright ©The Author(s) 2025.
World J Transplant. Dec 18, 2025; 15(4): 106812
Published online Dec 18, 2025. doi: 10.5500/wjt.v15.i4.106812
Table 1 Baseline characteristics of the included studies
Ref.
Study design
Sample size (experimental group data:control group data)
Study period
Experimental group characteristics
Control group characteristics
Transplant characteristics

Age
Gender (M/F)
BMI
Diabetes duration (years)
Age
Gender (M/F)
BMI
Immunosuppressive therapy
Follow up duration (months)
Outcomes
Malaise et al[23], 2005Randomized controlled trial205 (103:102)2005N/AN/AN/AN/AN/ANAN/ARabbit anti-thymocyte globulin, CyA-ME, MMF, corticosteroids24, 36Lower pancreatic graft loss, fewer drug discontinuations (Tacrolimus); more thrombosis, study interruptions (CyA-ME)
Kamo et al[24], 2020Randomized controlled trial23 (12:11)2017-201858.55:7N/AN/A607:4N/AN/A2Improved graft survival, muscle mass, shorter hospital stay, reduced acute rejection (β-hydroxy β-methylbutyrate)
Kaido et al[25], 2018Randomized controlled trial114 (57:57 )2014-201656.029:2823.9N/A5722:3423.2Tac, MMF, steroids12Faster caloric intake, increased portal vein flow; no primary outcome difference (daikenchuto)
Amador et al[26], 2007Randomized controlled trial60 (30:30 )2002-200356.0 ± 9.015:15N/AN/A53 ± 1117:13N/ASteroid bolus during surgery, Tac, corticosteroids48Lower aspartate aminotransferase, fewer reoperations, no primary nonfunction, better endothelial markers (ischemic preconditioning)
Tang et al[27], 2023Randomized controlled trial48 (24:24)2021-202242.0 ± 3.013:1127.3 ± 1.5N/A46 ± 512:1228.0 ± 1.7Tac, MMF, corticosteroidsN/AFaster neuromuscular recovery, fewer pulmonary events; similar graft survival (Sugammadex)
Björnsson et al[28], 2022Randomized controlled trial58 (29:29)2015-201968.019:1027N/A6315:1428.0N/AN/AShorter stay, quicker recovery, less bleeding; no difference in complications (laparoscopic distal pancreatectomy vs open distal pancreatectomy)
Szymanski et al[29], 2013Randomized controlled trial40 (20:20)2010-201160.2 ± 10.610:10N/AN/A61. 6 ± 8.512:8N/AN/A6Shorter hospital stay, faster gastrointestinal recovery, no delayed gastric emptying (Roux GE vs conventional GE)
Sadowski et al[30], 2015Randomized controlled trial35 (13:22)2005-201066.17:627.8N/A57.412:1029.2N/AN/AImproved pancreatic perfusion, reduced pain; no effect on stay or mortality
Ciancio et al[31], 2012Randomized controlled trial163 (84:79)2000-200941.5 ± 8.250:3426. 0 ± 5.127.6 ± 7.843.4 ± 9.555:2425.6 ± 4.5Tac, rapamycin (or MMF), steroids120Lower acute rejection (kidney/pancreas) in first year; no long-term survival difference
Table 2 Patent information table on pancreatic and islet cell transplantation technologies
Patent ID
Title
Inventor
Publication date
WO2013134360A1Technologies for pancreatic islet transplantationHo-Wook Jun, Dong-Jin Lim, Patrick TJ Hwang2013-09-12
TW200938634APancreatic islet cell preparation and transplantationShinichi Matsumoto2009-09-16
JP2022506683ATreatment and composition of type 1 diabetes using fibroblasts as facilitator for pancreas transplantationOhi-Mouth, Piet, Ichim, Tomas/
US20050244386A1Method of transplanting in a mammal and treating diabetes mellitus by administering a pseudo-islet like aggregate differentiated from a nestin-positive pancreatic stem cellJoel Habener, Henryk Zulewski, Elizabeth AbrahamMario Vallejo, Denise Faustman, Melissa Thomas2005-11-03
SU1147364A1Method of transplantation of pancreasAleksandroBich Alimov, AleksandroBich Podpryatov, Vladimir Biktorovich Zhulai1985-03-30
RU2311135C1Method for segmental transplantation of pancreasBladIMIR IvanOBICH Onopriev (RU), BladimirIvanovich Onopriev, n Sergey Eduardovich Boskan (R) Cepgey Eduardovich BoskanYan, rev Victor Sergeevich Degt (RU), BIKTop Cepreevich DegtYapev, Aleksey Igorevich Artemyev (RU), Aleksey Igorevich Artemyev2007-11-27