Malnutrition-inflammation syndrome in a hemodialysis population: the influence of polymorphic IL-6-174 and IL-10-1082 genes.

Research output: Contribution to journalArticlepeer-review

4 Citations (Scopus)


AIM: To find out inflammation prevalence in hemodialysis patients and whether polymorphic gene IL-6-174 and IL-10-1082 had prominent factors in malnutrition inflammation syndrome. METHODS: A study on 81 patients who were on hemodialysis twice a week, 5 hours each session has been conducted. The subjects had no other co-morbidities and all of them used reprocessed diacetate cellulose dialyzers. RESULTS: It was obtained that CRP blood level (6.23+/- 5.57 mg/L), inflammation prevalence (23.5%), and malnutrition inflammation score (6.7) were lower compared with the data from Europe and the United States. Out of 64 patients examined, IL-6-174GG 95.31%, CC 3.13% and GC 1.56%, IL-1082AA 89.06%, GA 10.94%, but absence of GG genotype. Considering the scanty amount of allele C in IL-6-174 gene and G allele in IL-10-1082 gene, based on the statistic analysis performed, it did not reveal the influence of the difference in allele on the clinical manifestation. The proportion of these alleles were almost similar to that obtained in Korea, Japan and China, but it was different from that obtained in the US and in Europe. A very resolute impression was obtained in HD patients in Jakarta that IL-6-174GG gene was protective in nature whereas IL-10-1082 AA gene had a less considerable role. CONCLUSION: The prevalence of inflammation and malnutrition-inflammation parameters (CRP, malnutrition Inflammation Score) in our HD patients were lower than that reported in Western countries. This might be related to the low prevalence of IL-6-174C allele in our population.

Original languageEnglish
Pages (from-to)145-149
Number of pages5
JournalActa medica Indonesiana
Issue number3
Publication statusPublished - 2006


Dive into the research topics of 'Malnutrition-inflammation syndrome in a hemodialysis population: the influence of polymorphic IL-6-174 and IL-10-1082 genes.'. Together they form a unique fingerprint.

Cite this