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TSLP and TSLP receptors variants are associated with smoking

机译:TSLP和TSLP受体变体与吸烟有关

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摘要

Abstract Background To search for new prevention markers for early detection of the diseases caused by tobacco, we aimed to investigate the polymorphisms in TSLP and TSLPRs associated with cigarette smoking in the Saudi population. Materials and methods Samples were collected from 177 smokers and 126 healthy controls. Three TSLP SNPs [rs3806933, rs2289276, and rs10043985], three TSLPR SNPs [rs36133495, rs36177645, and rs36139698], and two IL7R SNPs rs1053496 and rs12516866 were analyzed by genotyping. Results Two TSLP SNPs (rs10043985 and rs3806933) and one TSLPR SNP (rs36139698) showed significant correlations with smoking behavior, but not IL7R rs12516866 and rs1053496. rs10043985 showed a clear association with long‐term smoking regardless of daily cigarette consumption. rs2289276 was associated with short‐term smoking but not with daily cigarette consumption. rs3806933 was highly associated with different smoker subgroups. Rs36139698 was highly associated with long‐term smokers who consumed ≥20 cigarettes/day, and the “T” allele was associated only with individuals who smoked ≤20 cigarettes/day. Rs36139698 corresponds to a P195L substitution and produces a TSLPR mutant with a predicted ΔΔG increase of 2.15 kcal/mol and has a more stable structure than the wild‐type variant. Conclusions Investigating TSLP and TSLPR polymorphisms is crucial for elucidating the mechanisms underlying tobacco‐induced diseases.
机译:用于寻找新的预防标记的抽象背景,用于早期检测烟草引起的疾病,我们旨在调查与沙特人群中的吸烟有关的TSLP和TSLPRS的多态性。材料和方法从177名吸烟者和126个健康对照中收集样品。三个TSLP SNP [RS3806933和RS10043985],三个TSLP SNP [RS36133495,RS3613345和RS36139698]和2卢比SNPS RS1053496和RS12516866的基因分型分析。结果两个TSLP SNP(RS10043985和RS3806933)和一个TSLPR SNP(RS36139698)显示出与吸烟行为的显着相关性,但不是IL7R RS12516866和RS1053496。无论每日卷烟消耗如何,RS10043985表现出明确的烟雾。 RS2289276与短期吸烟有关,但没有每日卷烟消费。 RS3806933与不同的吸烟子组高度相关。 RS36139698与消耗≥20支香烟/日的长期吸烟者高度相关,“T”等位基因仅与吸烟≤20支香烟/日的个体相关联。 RS36139698对应于P195L替代,并产生TSLPR突变体,其预测ΔΔG增加2.15千卡/摩尔,并且具有比野生型变体更稳定的结构。研究调查TSLP和TSLPR多态性对于阐明烟草诱导疾病的机制至关重要。

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