Meta-analysis of gene-environment-wide association scans accounting for education level identifies additional loci for refractive error
10.1038/ncomms11008
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ancestry education error analysis eye eye disease gene expression genome genotype-environment interaction meta-analysis polymorphism public health refraction adult AREG gene ARID2 SNAT1 gene Article Asian DIS3L MAP2K1 gene educational status European FAM150B ACP1 gene FBN1 gene GABRR1 gene gene gene expression gene identification gene linkage disequilibrium gene locus genetic association genotype genotype environment interaction human LINC00340 gene major clinical study myopia PDE10A gene phenotype single nucleotide polymorphism SLC14A2 gene Asian continental ancestry group Caucasian environment gene expression profiling genetic predisposition genetics genome-wide association study meta analysis refraction error single nucleotide polymorphism Asia Europe Asian Continental Ancestry Group Educational Status Environment European Continental Ancestry Group Gene Expression Profiling Genetic Loci Genetic Predisposition to Disease Genome-Wide Association Study Humans Polymorphism, Single Nucleotide Refractive Errors |
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ancestry education error analysis eye eye disease gene expression genome genotype-environment interaction meta-analysis polymorphism public health refraction adult AREG gene ARID2 SNAT1 gene Article Asian DIS3L MAP2K1 gene educational status European FAM150B ACP1 gene FBN1 gene GABRR1 gene gene gene expression gene identification gene linkage disequilibrium gene locus genetic association genotype genotype environment interaction human LINC00340 gene major clinical study myopia PDE10A gene phenotype single nucleotide polymorphism SLC14A2 gene Asian continental ancestry group Caucasian environment gene expression profiling genetic predisposition genetics genome-wide association study meta analysis refraction error single nucleotide polymorphism Asia Europe Asian Continental Ancestry Group Educational Status Environment European Continental Ancestry Group Gene Expression Profiling Genetic Loci Genetic Predisposition to Disease Genome-Wide Association Study Humans Polymorphism, Single Nucleotide Refractive Errors Fan Q. Verhoeven V.J.M. Wojciechowski R. Barathi V.A. Hysi P.G. Guggenheim J.A. Hohn R. Vitart V. Khawaja A.P. Yamashiro K. Hosseini S.M. Lehtimaki T. Lu Y. Haller T. Xie J. Delcourt C. Pirastu M. Wedenoja J. Gharahkhani P. Venturini C. Miyake M. Hewitt A.W. Guo X. Mazur J. Huffman J.E. Williams K.M. Polasek O. Campbell H. Rudan I. Vatavuk Z. Wilson J.F. Joshi P.K. McMahon G. St Pourcain B. Evans D.M. Simpson C.L. Schwantes-An T.-H. Igo R.P. Mirshahi A. Cougnard-Gregoire A. Bellenguez C. Blettner M. Raitakari O. Kahonen M. Seppala I. Zeller T. Meitinger T. Ried J.S. Gieger C. Portas L. Van Leeuwen E.M. Amin N. Uitterlinden A.G. Rivadeneira F. Hofman A. Vingerling J.R. Wang Y.X. Wang X. Tai-Hui Boh E. Ikram M.K. Sabanayagam C. Gupta P. Tan V. Zhou L. Ho C.E.H. Lim W. Beuerman R.W. Siantar R. Tai E.-S. Vithana E. Mihailov E. Khor C.-C. Hayward C. Luben R.N. Foster P.J. Klein B.E.K. Klein R. Wong H.-S. Mitchell P. Metspalu A. Aung T. Young T.L. He M. Parssinen O. Van Duijn C.M. Jin Wang J. Williams C. Jonas J.B. Teo Y.-Y. MacKey D.A. Oexle K. Yoshimura N. Paterson A.D. Pfeiffer N. Wong T.-Y. Baird P.N. Stambolian D. Wilson J.E.B. Cheng C.-Y. Hammond C.J. Klaver C.C.W. Saw S.-M. Rahi J.S. Korobelnik J.-F. Kemp J.P. Timpson N.J. Smith G.D. Craig J.E. Burdon K.P. Fogarty R.D. Iyengar S.K. Chew E. Janmahasatian S. Martin N.G. MacGregor S. Xu L. Schache M. Nangia V. Panda-Jonas S. Wright A.F. Fondran J.R. Lass J.H. Feng S. Zhao J.H. Khaw K.-T. Wareham N.J. Rantanen T. Kaprio J. Pang C.P. Chen L.J. Tam P.O. Jhanji V. Young A.L. Doring A. Raffel L.J. Cotch M.-F. Li X., Yip S.P. Yap M.K.H. Biino G. Vaccargiu S. Fossarello M. Fleck B. Yazar S. Tideman J.W.L. Tedja M. Deangelis M.M. Morrison M. Farrer L. Zhou X. Chen W. Mizuki N. Meguro A. Makela K.M. Meta-analysis of gene-environment-wide association scans accounting for education level identifies additional loci for refractive error |
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10.1038/ncomms11008 |
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DUKE-NUS MEDICAL SCHOOL |
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DUKE-NUS MEDICAL SCHOOL Fan Q. Verhoeven V.J.M. Wojciechowski R. Barathi V.A. Hysi P.G. Guggenheim J.A. Hohn R. Vitart V. Khawaja A.P. Yamashiro K. Hosseini S.M. Lehtimaki T. Lu Y. Haller T. Xie J. Delcourt C. Pirastu M. Wedenoja J. Gharahkhani P. Venturini C. Miyake M. Hewitt A.W. Guo X. Mazur J. Huffman J.E. Williams K.M. Polasek O. Campbell H. Rudan I. Vatavuk Z. Wilson J.F. Joshi P.K. McMahon G. St Pourcain B. Evans D.M. Simpson C.L. Schwantes-An T.-H. Igo R.P. Mirshahi A. Cougnard-Gregoire A. Bellenguez C. Blettner M. Raitakari O. Kahonen M. Seppala I. Zeller T. Meitinger T. Ried J.S. Gieger C. Portas L. Van Leeuwen E.M. Amin N. Uitterlinden A.G. Rivadeneira F. Hofman A. Vingerling J.R. Wang Y.X. Wang X. Tai-Hui Boh E. Ikram M.K. Sabanayagam C. Gupta P. Tan V. Zhou L. Ho C.E.H. Lim W. Beuerman R.W. Siantar R. Tai E.-S. Vithana E. Mihailov E. Khor C.-C. Hayward C. Luben R.N. Foster P.J. Klein B.E.K. Klein R. Wong H.-S. Mitchell P. Metspalu A. Aung T. Young T.L. He M. Parssinen O. Van Duijn C.M. Jin Wang J. Williams C. Jonas J.B. Teo Y.-Y. MacKey D.A. Oexle K. Yoshimura N. Paterson A.D. Pfeiffer N. Wong T.-Y. Baird P.N. Stambolian D. Wilson J.E.B. Cheng C.-Y. Hammond C.J. Klaver C.C.W. Saw S.-M. Rahi J.S. Korobelnik J.-F. Kemp J.P. Timpson N.J. Smith G.D. Craig J.E. Burdon K.P. Fogarty R.D. Iyengar S.K. Chew E. Janmahasatian S. Martin N.G. MacGregor S. Xu L. Schache M. Nangia V. Panda-Jonas S. Wright A.F. Fondran J.R. Lass J.H. Feng S. Zhao J.H. Khaw K.-T. Wareham N.J. Rantanen T. Kaprio J. Pang C.P. Chen L.J. Tam P.O. Jhanji V. Young A.L. Doring A. Raffel L.J. Cotch M.-F. Li X., Yip S.P. Yap M.K.H. Biino G. Vaccargiu S. Fossarello M. Fleck B. Yazar S. Tideman J.W.L. Tedja M. Deangelis M.M. Morrison M. Farrer L. Zhou X. Chen W. Mizuki N. Meguro A. Makela K.M. |
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Article |
author |
Fan Q. Verhoeven V.J.M. Wojciechowski R. Barathi V.A. Hysi P.G. Guggenheim J.A. Hohn R. Vitart V. Khawaja A.P. Yamashiro K. Hosseini S.M. Lehtimaki T. Lu Y. Haller T. Xie J. Delcourt C. Pirastu M. Wedenoja J. Gharahkhani P. Venturini C. Miyake M. Hewitt A.W. Guo X. Mazur J. Huffman J.E. Williams K.M. Polasek O. Campbell H. Rudan I. Vatavuk Z. Wilson J.F. Joshi P.K. McMahon G. St Pourcain B. Evans D.M. Simpson C.L. Schwantes-An T.-H. Igo R.P. Mirshahi A. Cougnard-Gregoire A. Bellenguez C. Blettner M. Raitakari O. Kahonen M. Seppala I. Zeller T. Meitinger T. Ried J.S. Gieger C. Portas L. Van Leeuwen E.M. Amin N. Uitterlinden A.G. Rivadeneira F. Hofman A. Vingerling J.R. Wang Y.X. Wang X. Tai-Hui Boh E. Ikram M.K. Sabanayagam C. Gupta P. Tan V. Zhou L. Ho C.E.H. Lim W. Beuerman R.W. Siantar R. Tai E.-S. Vithana E. Mihailov E. Khor C.-C. Hayward C. Luben R.N. Foster P.J. Klein B.E.K. Klein R. Wong H.-S. Mitchell P. Metspalu A. Aung T. Young T.L. He M. Parssinen O. Van Duijn C.M. Jin Wang J. Williams C. Jonas J.B. Teo Y.-Y. MacKey D.A. Oexle K. Yoshimura N. Paterson A.D. Pfeiffer N. Wong T.-Y. Baird P.N. Stambolian D. Wilson J.E.B. Cheng C.-Y. Hammond C.J. Klaver C.C.W. Saw S.-M. Rahi J.S. Korobelnik J.-F. Kemp J.P. Timpson N.J. Smith G.D. Craig J.E. Burdon K.P. Fogarty R.D. Iyengar S.K. Chew E. Janmahasatian S. Martin N.G. MacGregor S. Xu L. Schache M. Nangia V. Panda-Jonas S. Wright A.F. Fondran J.R. Lass J.H. Feng S. Zhao J.H. Khaw K.-T. Wareham N.J. Rantanen T. Kaprio J. Pang C.P. Chen L.J. Tam P.O. Jhanji V. Young A.L. Doring A. Raffel L.J. Cotch M.-F. Li X., Yip S.P. Yap M.K.H. Biino G. Vaccargiu S. Fossarello M. Fleck B. Yazar S. Tideman J.W.L. Tedja M. Deangelis M.M. Morrison M. Farrer L. Zhou X. Chen W. Mizuki N. Meguro A. Makela K.M. |
author_sort |
Fan Q. |
title |
Meta-analysis of gene-environment-wide association scans accounting for education level identifies additional loci for refractive error |
title_short |
Meta-analysis of gene-environment-wide association scans accounting for education level identifies additional loci for refractive error |
title_full |
Meta-analysis of gene-environment-wide association scans accounting for education level identifies additional loci for refractive error |
title_fullStr |
Meta-analysis of gene-environment-wide association scans accounting for education level identifies additional loci for refractive error |
title_full_unstemmed |
Meta-analysis of gene-environment-wide association scans accounting for education level identifies additional loci for refractive error |
title_sort |
meta-analysis of gene-environment-wide association scans accounting for education level identifies additional loci for refractive error |
publisher |
Nature Publishing Group |
publishDate |
2020 |
url |
https://scholarbank.nus.edu.sg/handle/10635/174980 |
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1800914280269217792 |
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sg-nus-scholar.10635-1749802024-04-12T05:49:09Z Meta-analysis of gene-environment-wide association scans accounting for education level identifies additional loci for refractive error Fan Q. Verhoeven V.J.M. Wojciechowski R. Barathi V.A. Hysi P.G. Guggenheim J.A. Hohn R. Vitart V. Khawaja A.P. Yamashiro K. Hosseini S.M. Lehtimaki T. Lu Y. Haller T. Xie J. Delcourt C. Pirastu M. Wedenoja J. Gharahkhani P. Venturini C. Miyake M. Hewitt A.W. Guo X. Mazur J. Huffman J.E. Williams K.M. Polasek O. Campbell H. Rudan I. Vatavuk Z. Wilson J.F. Joshi P.K. McMahon G. St Pourcain B. Evans D.M. Simpson C.L. Schwantes-An T.-H. Igo R.P. Mirshahi A. Cougnard-Gregoire A. Bellenguez C. Blettner M. Raitakari O. Kahonen M. Seppala I. Zeller T. Meitinger T. Ried J.S. Gieger C. Portas L. Van Leeuwen E.M. Amin N. Uitterlinden A.G. Rivadeneira F. Hofman A. Vingerling J.R. Wang Y.X. Wang X. Tai-Hui Boh E. Ikram M.K. Sabanayagam C. Gupta P. Tan V. Zhou L. Ho C.E.H. Lim W. Beuerman R.W. Siantar R. Tai E.-S. Vithana E. Mihailov E. Khor C.-C. Hayward C. Luben R.N. Foster P.J. Klein B.E.K. Klein R. Wong H.-S. Mitchell P. Metspalu A. Aung T. Young T.L. He M. Parssinen O. Van Duijn C.M. Jin Wang J. Williams C. Jonas J.B. Teo Y.-Y. MacKey D.A. Oexle K. Yoshimura N. Paterson A.D. Pfeiffer N. Wong T.-Y. Baird P.N. Stambolian D. Wilson J.E.B. Cheng C.-Y. Hammond C.J. Klaver C.C.W. Saw S.-M. Rahi J.S. Korobelnik J.-F. Kemp J.P. Timpson N.J. Smith G.D. Craig J.E. Burdon K.P. Fogarty R.D. Iyengar S.K. Chew E. Janmahasatian S. Martin N.G. MacGregor S. Xu L. Schache M. Nangia V. Panda-Jonas S. Wright A.F. Fondran J.R. Lass J.H. Feng S. Zhao J.H. Khaw K.-T. Wareham N.J. Rantanen T. Kaprio J. Pang C.P. Chen L.J. Tam P.O. Jhanji V. Young A.L. Doring A. Raffel L.J. Cotch M.-F. Li X., Yip S.P. Yap M.K.H. Biino G. Vaccargiu S. Fossarello M. Fleck B. Yazar S. Tideman J.W.L. Tedja M. Deangelis M.M. Morrison M. Farrer L. Zhou X. Chen W. Mizuki N. Meguro A. Makela K.M. DUKE-NUS MEDICAL SCHOOL OPHTHALMOLOGY ancestry education error analysis eye eye disease gene expression genome genotype-environment interaction meta-analysis polymorphism public health refraction adult AREG gene ARID2 SNAT1 gene Article Asian DIS3L MAP2K1 gene educational status European FAM150B ACP1 gene FBN1 gene GABRR1 gene gene gene expression gene identification gene linkage disequilibrium gene locus genetic association genotype genotype environment interaction human LINC00340 gene major clinical study myopia PDE10A gene phenotype single nucleotide polymorphism SLC14A2 gene Asian continental ancestry group Caucasian environment gene expression profiling genetic predisposition genetics genome-wide association study meta analysis refraction error single nucleotide polymorphism Asia Europe Asian Continental Ancestry Group Educational Status Environment European Continental Ancestry Group Gene Expression Profiling Genetic Loci Genetic Predisposition to Disease Genome-Wide Association Study Humans Polymorphism, Single Nucleotide Refractive Errors 10.1038/ncomms11008 Nature Communications 7 11008 2020-09-09T01:39:02Z 2020-09-09T01:39:02Z 2016 Article Fan Q., Verhoeven V.J.M., Wojciechowski R., Barathi V.A., Hysi P.G., Guggenheim J.A., Hohn R., Vitart V., Khawaja A.P., Yamashiro K., Hosseini S.M., Lehtimaki T., Lu Y., Haller T., Xie J., Delcourt C., Pirastu M., Wedenoja J., Gharahkhani P., Venturini C., Miyake M., Hewitt A.W., Guo X., Mazur J., Huffman J.E., Williams K.M., Polasek O., Campbell H., Rudan I., Vatavuk Z., Wilson J.F., Joshi P.K., McMahon G., St Pourcain B., Evans D.M., Simpson C.L., Schwantes-An T.-H., Igo R.P., Mirshahi A., Cougnard-Gregoire A., Bellenguez C., Blettner M., Raitakari O., Kahonen M., Seppala I., Zeller T., Meitinger T., Ried J.S., Gieger C., Portas L., Van Leeuwen E.M., Amin N., Uitterlinden A.G., Rivadeneira F., Hofman A., Vingerling J.R., Wang Y.X., Wang X., Tai-Hui Boh E., Ikram M.K., Sabanayagam C., Gupta P., Tan V., Zhou L., Ho C.E.H., Lim W., Beuerman R.W., Siantar R., Tai E.-S., Vithana E., Mihailov E., Khor C.-C., Hayward C., Luben R.N., Foster P.J., Klein B.E.K., Klein R., Wong H.-S., Mitchell P., Metspalu A., Aung T., Young T.L., He M., Parssinen O., Van Duijn C.M., Jin Wang J., Williams C., Jonas J.B., Teo Y.-Y., MacKey D.A., Oexle K., Yoshimura N., Paterson A.D., Pfeiffer N., Wong T.-Y., Baird P.N., Stambolian D., Wilson J.E.B., Cheng C.-Y., Hammond C.J., Klaver C.C.W., Saw S.-M., Rahi J.S., Korobelnik J.-F., Kemp J.P., Timpson N.J., Smith G.D., Craig J.E., Burdon K.P., Fogarty R.D., Iyengar S.K., Chew E., Janmahasatian S., Martin N.G., MacGregor S., Xu L., Schache M., Nangia V., Panda-Jonas S., Wright A.F., Fondran J.R., Lass J.H., Feng S., Zhao J.H., Khaw K.-T., Wareham N.J., Rantanen T., Kaprio J., Pang C.P., Chen L.J., Tam P.O., Jhanji V., Young A.L., Doring A., Raffel L.J., Cotch M.-F., Li X., Yip S.P., Yap M.K.H., Biino G., Vaccargiu S., Fossarello M., Fleck B., Yazar S., Tideman J.W.L., Tedja M., Deangelis M.M., Morrison M., Farrer L., Zhou X., Chen W., Mizuki N., Meguro A., Makela K.M. (2016). Meta-analysis of gene-environment-wide association scans accounting for education level identifies additional loci for refractive error. Nature Communications 7 : 11008. ScholarBank@NUS Repository. https://doi.org/10.1038/ncomms11008 20411723 https://scholarbank.nus.edu.sg/handle/10635/174980 Nature Publishing Group Unpaywall 20200831 |