Matches in SemOpenAlex for { <https://semopenalex.org/work/W2343651680> ?p ?o ?g. }
- W2343651680 endingPage "5356" @default.
- W2343651680 startingPage "5346" @default.
- W2343651680 abstract "Although the nephrotoxicity of microcystin and aflatoxin has been observed in animal and clinical cases, few population data are available. We conducted a cross-sectional study in Southwest China to investigate the association of renal function indicators (RFIs, including BUN, SCr, and eGFR) with exposure to microcystin and aflatoxin in 5493 members of the general population. Microcystin-LR levels in water and aquatic products and aflatoxin B1 levels in daily foods were measured by ELISA, and individual estimated daily intake (EDI) was assessed on the basis of the measurement and questionnaire. We found that participants with abnormal RFIs had a much higher mean level of microcystin-LR EDI than those with normal RFIs and that there was a significant increasing trend for abnormal rates and odds ratios of RFIs with increasing microcystin-LR EDI quartiles (p for trend = 0.000). Compared with the lowest quartile of microcystin-LR exposure, those in the highest quartile had significantly higher risks of abnormal BUN (OR = 1.80, 95% CI = 1.34-2.42), SCr (OR = 4.58, 95% CI = 2.92-7.21), and eGFR (OR = 4.41, 95% CI = 2.55-7.63), respectively, but no higher risk was found in subjects with higher AFB1 exposure. After adjustment for confounding factors, risk associations with microcystin-LR persisted. Consequently, our results suggest that microcystin, rather than aflatoxin, might be one important risk of renal-function impairment." @default.
- W2343651680 created "2016-06-24" @default.
- W2343651680 creator A5002888467 @default.
- W2343651680 creator A5005080101 @default.
- W2343651680 creator A5013795174 @default.
- W2343651680 creator A5017788920 @default.
- W2343651680 creator A5021357008 @default.
- W2343651680 creator A5022425976 @default.
- W2343651680 creator A5028706097 @default.
- W2343651680 creator A5030544248 @default.
- W2343651680 creator A5038441548 @default.
- W2343651680 creator A5038872437 @default.
- W2343651680 creator A5039020109 @default.
- W2343651680 creator A5039423489 @default.
- W2343651680 creator A5039506481 @default.
- W2343651680 creator A5041574003 @default.
- W2343651680 creator A5046745579 @default.
- W2343651680 creator A5050997476 @default.
- W2343651680 creator A5052366191 @default.
- W2343651680 creator A5054352845 @default.
- W2343651680 creator A5056600412 @default.
- W2343651680 creator A5057903760 @default.
- W2343651680 creator A5059785737 @default.
- W2343651680 creator A5066602475 @default.
- W2343651680 creator A5071150248 @default.
- W2343651680 creator A5074389250 @default.
- W2343651680 creator A5077375966 @default.
- W2343651680 creator A5086748608 @default.
- W2343651680 creator A5088403919 @default.
- W2343651680 creator A5089897908 @default.
- W2343651680 creator A5091520746 @default.
- W2343651680 date "2016-04-29" @default.
- W2343651680 modified "2023-10-16" @default.
- W2343651680 title "Determination of Environmental Exposure to Microcystin and Aflatoxin as a Risk for Renal Function Based on 5493 Rural People in Southwest China" @default.
- W2343651680 cites W1606524859 @default.
- W2343651680 cites W1903150251 @default.
- W2343651680 cites W1964969250 @default.
- W2343651680 cites W1965356061 @default.
- W2343651680 cites W1965597807 @default.
- W2343651680 cites W1970368216 @default.
- W2343651680 cites W1974693816 @default.
- W2343651680 cites W1976974793 @default.
- W2343651680 cites W1978322476 @default.
- W2343651680 cites W1978833291 @default.
- W2343651680 cites W1988433280 @default.
- W2343651680 cites W1989038708 @default.
- W2343651680 cites W1999933899 @default.
- W2343651680 cites W2005041733 @default.
- W2343651680 cites W2006264113 @default.
- W2343651680 cites W2021977907 @default.
- W2343651680 cites W2022046629 @default.
- W2343651680 cites W2022607262 @default.
- W2343651680 cites W2025620656 @default.
- W2343651680 cites W2029195164 @default.
- W2343651680 cites W2036888968 @default.
- W2343651680 cites W2040224844 @default.
- W2343651680 cites W2043635889 @default.
- W2343651680 cites W2045509536 @default.
- W2343651680 cites W2046492617 @default.
- W2343651680 cites W2050515508 @default.
- W2343651680 cites W2051458367 @default.
- W2343651680 cites W2052720364 @default.
- W2343651680 cites W2053167022 @default.
- W2343651680 cites W2057878460 @default.
- W2343651680 cites W2059455603 @default.
- W2343651680 cites W2068177260 @default.
- W2343651680 cites W2076866450 @default.
- W2343651680 cites W2080314866 @default.
- W2343651680 cites W2090015616 @default.
- W2343651680 cites W2096364354 @default.
- W2343651680 cites W2100984403 @default.
- W2343651680 cites W2105878547 @default.
- W2343651680 cites W2107911711 @default.
- W2343651680 cites W2112241819 @default.
- W2343651680 cites W2114088328 @default.
- W2343651680 cites W2114426273 @default.
- W2343651680 cites W2119505472 @default.
- W2343651680 cites W2121673688 @default.
- W2343651680 cites W2125575764 @default.
- W2343651680 cites W2126498031 @default.
- W2343651680 cites W2134042449 @default.
- W2343651680 cites W2135233298 @default.
- W2343651680 cites W2136601626 @default.
- W2343651680 cites W2138193506 @default.
- W2343651680 cites W2160073816 @default.
- W2343651680 cites W2160433838 @default.
- W2343651680 cites W2418416310 @default.
- W2343651680 cites W4211237594 @default.
- W2343651680 cites W4254353136 @default.
- W2343651680 doi "https://doi.org/10.1021/acs.est.6b01062" @default.
- W2343651680 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27071036" @default.
- W2343651680 hasPublicationYear "2016" @default.
- W2343651680 type Work @default.
- W2343651680 sameAs 2343651680 @default.
- W2343651680 citedByCount "66" @default.
- W2343651680 countsByYear W23436516802016 @default.
- W2343651680 countsByYear W23436516802017 @default.
- W2343651680 countsByYear W23436516802018 @default.