BACKGROUND: New-onset diabetes after transplantation (NODAT) is a serious metabolic complication. Although β-cell dysfunction is considered the main contributing factor in the development of NODAT, the precise pathogenesis has not been identified. Although several cytokines have been suggested to be involved in the inflammation of islet beta cells in diabetes mellitus, only rarely have studies examined β-cell dysfunction in NODAT. Therefore, we examined the association between NODAT and 18 single nucleotide polymorphisms (SNPs) located within the 10 genes of interleukins (IL) or their receptors, which might be related with β-cell dysfunction after kidney transplantation. METHODS: A total of 306 renal transplants recipients were included without a history of diabetes. We analyzed the association between NODAT development and a panel of 18 SNPs within 10 genes of IL or their receptors. RESULTS: In terms of allele frequencies, rs2069763*T (IL-2), rs1494558*A and rs2172749*C (IL-7R), and rs4819554*A (IL-17R) were significantly higher in patients with NODAT. Eleven SNPs among 18 (61.1%) were significantly associated with NODAT development after adjusting for age, sex, and tacrolimus usage. They include IL-1B (rs3136558), IL-2 (rs2069762), IL-4 (rs2243250, rs2070874), IL-7R (rs1494558, rs2172749), IL-17RE (rs1124053), IL-17R (rs2229151, rs4819554), and IL-17RB (rs1043261, rs1025689). CONCLUSIONS: The data suggest that inflammation of islet β cells might play a crucial role in the pathogenesis of NODAT in renal transplantation recipients. In particular, significant variations of IL-7R, IL-17E, IL-17R, and IL-17RB, which was recently reported to be associated with type 1 diabetes mellitus, could be associated with the pathogenesis of NODAT in renal transplant recipients.
BACKGROUND: New-onset diabetes after transplantation (NODAT) is a serious metabolic complication. Although β-cell dysfunction is considered the main contributing factor in the development of NODAT, the precise pathogenesis has not been identified. Although several cytokines have been suggested to be involved in the inflammation of islet beta cells in diabetes mellitus, only rarely have studies examined β-cell dysfunction in NODAT. Therefore, we examined the association between NODAT and 18 single nucleotide polymorphisms (SNPs) located within the 10 genes of interleukins (IL) or their receptors, which might be related with β-cell dysfunction after kidney transplantation. METHODS: A total of 306 renal transplants recipients were included without a history of diabetes. We analyzed the association between NODAT development and a panel of 18 SNPs within 10 genes of IL or their receptors. RESULTS: In terms of allele frequencies, rs2069763*T (IL-2), rs1494558*A and rs2172749*C (IL-7R), and rs4819554*A (IL-17R) were significantly higher in patients with NODAT. Eleven SNPs among 18 (61.1%) were significantly associated with NODAT development after adjusting for age, sex, and tacrolimus usage. They include IL-1B (rs3136558), IL-2 (rs2069762), IL-4 (rs2243250, rs2070874), IL-7R (rs1494558, rs2172749), IL-17RE (rs1124053), IL-17R (rs2229151, rs4819554), and IL-17RB (rs1043261, rs1025689). CONCLUSIONS: The data suggest that inflammation of islet β cells might play a crucial role in the pathogenesis of NODAT in renal transplantation recipients. In particular, significant variations of IL-7R, IL-17E, IL-17R, and IL-17RB, which was recently reported to be associated with type 1 diabetes mellitus, could be associated with the pathogenesis of NODAT in renal transplant recipients.
Authors: A Batalla; E Coto; J Gómez; N Eirís; D González-Fernández; C Gómez-De Castro; E Daudén; M Llamas-Velasco; R Prieto-Perez; F Abad-Santos; G Carretero; F S García; Y B Godoy; L F Cardo; B Alonso; S Iglesias; P Coto-Segura Journal: Pharmacogenomics J Date: 2016-09-27 Impact factor: 3.550
Authors: Fay Wright; Marilyn Hammer; Steven M Paul; Bradley E Aouizerat; Kord M Kober; Yvette P Conley; Bruce A Cooper; Laura B Dunn; Jon D Levine; Gail DEramo Melkus; Christine Miaskowski Journal: Cytokine Date: 2017-01-19 Impact factor: 3.861
Authors: A Sharif; M Hecking; A P J de Vries; E Porrini; M Hornum; S Rasoul-Rockenschaub; G Berlakovich; M Krebs; A Kautzky-Willer; G Schernthaner; P Marchetti; G Pacini; A Ojo; S Takahara; J L Larsen; K Budde; K Eller; J Pascual; A Jardine; S J L Bakker; T G Valderhaug; T G Jenssen; S Cohney; M D Säemann Journal: Am J Transplant Date: 2014-08-06 Impact factor: 8.086