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46 matches for
Lifelines Cohort Study,
showing the first 6.
Trans-ancestry genome-wide association study identifies 12 genetic loci influencing blood pressure and implicates a role for DNA methylation
Kato N,
Loh M,
Takeuchi F,
Verweij N,
Wang X,
Zhang W,
Kelly TN,
Saleheen D,
Lehne B,
Leach IM,
Drong AW,
Abbott J
and 233 more — show all
Wahl S,
Tan ST,
Scott WR,
Campanella G,
Chadeau-Hyam M,
Afzal U,
Ahluwalia TS,
Bonder MJ,
Chen P,
Dehghan A,
Edwards TL,
Esko T,
Go MJ,
Harris SE,
Hartiala J,
Kasela S,
Kasturiratne A,
Khor CC,
Kleber ME,
Li H,
Yu Mok Z,
Nakatochi M,
Sapari NS,
Saxena R,
Stewart AFR,
Stolk L,
Tabara Y,
Teh AL,
Wu Y,
Wu JY,
Zhang Y,
Aits I,
Da Silva Couto Alves A,
Das S,
Dorajoo R,
Hopewell JC,
Kim YK,
Koivula RW,
Luan J,
Lyytikäinen LP,
Nguyen QN,
Pereira MA,
Postmus I,
Raitakari OT,
Scannell Bryan M,
Scott RA,
Sorice R,
Tragante V,
Traglia M,
White J,
Yamamoto K,
Zhang Y,
Adair LS,
Ahmed A,
Akiyama K,
Asif R,
Aung T,
Barroso I,
Bjonnes A,
Braun TR,
Cai H,
Chang LC,
Chen CH,
Cheng CY,
Chong YS,
Collins R,
Courtney R,
Davies G,
Delgado G,
Do LD,
Doevendans PA,
Gansevoort RT,
Gao YT,
Grammer TB,
Grarup N,
Grewal J,
Gu D,
Wander GS,
Hartikainen AL,
Hazen SL,
He J,
Heng CK,
Hixson JE,
Hofman A,
Hsu C,
Huang W,
Husemoen LLN,
Hwang JY,
Ichihara S,
Igase M,
Isono M,
Justesen JM,
Katsuya T,
Kibriya MG,
Kim YJ,
Kishimoto M,
Koh WP,
Kohara K,
Kumari M,
Kwek K,
Lee NR,
Lee J,
Liao J,
Lieb W,
Liewald DCM,
Matsubara T,
Matsushita Y,
Meitinger T,
Mihailov E,
Milani L,
Mills R,
Mononen N,
Müller-Nurasyid M,
Nabika T,
Nakashima E,
Ng HK,
Nikus K,
Nutile T,
Ohkubo T,
Ohnaka K,
Parish S,
Paternoster L,
Peng H,
Peters A,
Pham ST,
Pinidiyapathirage MJ,
Rahman M,
Rakugi H,
Rolandsson O,
Ann Rozario M,
Ruggiero D,
Sala CF,
Sarju R,
Shimokawa K,
Snieder H,
Sparsø T,
Spiering W,
Starr JM,
Stott DJ,
Stram DO,
Sugiyama T,
Szymczak S,
Tang WHW,
Tong L,
Trompet S,
Turjanmaa V,
Ueshima H,
Uitterlinden AG,
Umemura S,
Vaarasmaki M,
van Dam RM,
van Gilst WH,
van Veldhuisen DJ,
Viikari JS,
Waldenberger M,
Wang Y,
Wang A,
Wilson R,
Wong TY,
Xiang YB,
Yamaguchi S,
Ye X,
Young RD,
Young TL,
Yuan JM,
Zhou X,
Asselbergs FW,
Ciullo M,
Clarke R,
Deloukas P,
Franke A,
Franks PW,
Franks S,
Friedlander Y,
Gross MD,
Guo Z,
Hansen T,
Jarvelin MR,
Jørgensen T,
Jukema JW,
Kähönen M,
Kajio H,
Kivimaki M,
Lee JY,
Lehtimäki T,
Linneberg A,
Miki T,
Pedersen O,
Samani NJ,
Sørensen TIA,
Takayanagi R,
Toniolo D,
Ahsan H,
Allayee H,
Chen YT,
Danesh J,
Deary IJ,
Franco OH,
Franke L,
Heijman BT,
Holbrook JD,
Isaacs A,
Kim BJ,
Lin X,
Liu J,
März W,
Metspalu A,
Mohlke KL,
Sanghera DK,
Shu XO,
van Meurs JBJ,
Vithana E,
Wickremasinghe AR,
Wijmenga C,
Wolffenbuttel BHW,
Yokota M,
Zheng W,
Zheng W,
Zhu D,
Vineis P,
Kyrtopoulos SA,
Kleinjans JCS,
McCarthy MI,
Soong R,
Gieger C,
Scott J,
Teo YY,
He J,
Elliott P,
Tai ES,
van der Harst P,
Kooner JS,
Chambers JC
BIOS-consortium · CARDIo GRAMplusCD and 2 more consortia
Nature genetics · 2015 · PMID 26390057
2 pages
Meta-analysis of 49 549 individuals imputed with the 1000 Genomes Project reveals an exonic damaging variant in ANGPTL4 determining fasting TG levels
van Leeuwen EM,
Sabo A,
Bis JC,
Huffman JE,
Manichaikul A,
Smith AV,
Feitosa MF,
Demissie S,
Joshi PK,
Duan Q,
Marten J,
van Klinken JB
and 86 more — show all
Surakka I,
Nolte IM,
Zhang W,
Mbarek H,
Li-Gao R,
Trompet S,
Verweij N,
Evangelou E,
Lyytikäinen LP,
Tayo BO,
Deelen J,
van der Most PJ,
van der Laan SW,
Arking DE,
Morrison A,
Dehghan A,
Franco OH,
Hofman A,
Rivadeneira F,
Sijbrands EJ,
Uitterlinden AG,
Mychaleckyj JC,
Campbell A,
Hocking LJ,
Padmanabhan S,
Brody JA,
Rice KM,
White CC,
Harris T,
Isaacs A,
Campbell H,
Lange LA,
Rudan I,
Kolcic I,
Navarro P,
Zemunik T,
Salomaa V,
Kooner AS,
Kooner JS,
Lehne B,
Scott WR,
Tan ST,
de Geus EJ,
Milaneschi Y,
Penninx BW,
Willemsen G,
de Mutsert R,
Ford I,
Gansevoort RT,
Segura-Lepe MP,
Raitakari OT,
Viikari JS,
Nikus K,
Forrester T,
McKenzie CA,
de Craen AJ,
de Ruijter HM,
Pasterkamp G,
Snieder H,
Oldehinkel AJ,
Slagboom PE,
Cooper RS,
Kähönen M,
Lehtimäki T,
Elliott P,
van der Harst P,
Jukema JW,
Mook-Kanamori DO,
Boomsma DI,
Chambers JC,
Swertz M,
Ripatti S,
Willems van Dijk K,
Vitart V,
Polasek O,
Hayward C,
Wilson JG,
Wilson JF,
Gudnason V,
Rich SS,
Psaty BM,
Borecki IB,
Boerwinkle E,
Rotter JI,
Cupples LA,
van Duijn CM
LifeLines Cohort Study · CHARGE Lipids Working Group
Journal of medical genetics · 2016 · PMID 27036123 · open access
2 pages
Meta-analysis uncovers genome-wide significant variants for rapid kidney function decline
Gorski M,
Jung B,
Li Y,
Matias-Garcia PR,
Wuttke M,
Coassin S,
Thio CHL,
Kleber ME,
Winkler TW,
Wanner V,
Chai JF,
Chu AY
and 119 more — show all
Cocca M,
Feitosa MF,
Ghasemi S,
Hoppmann A,
Horn K,
Li M,
Nutile T,
Scholz M,
Sieber KB,
Teumer A,
Tin A,
Wang J,
Tayo BO,
Ahluwalia TS,
Almgren P,
Bakker SJL,
Banas B,
Bansal N,
Biggs ML,
Boerwinkle E,
Bottinger EP,
Brenner H,
Carroll RJ,
Chalmers J,
Chee ML,
Chee ML,
Cheng CY,
Coresh J,
de Borst MH,
Degenhardt F,
Eckardt KU,
Endlich K,
Franke A,
Freitag-Wolf S,
Gampawar P,
Gansevoort RT,
Ghanbari M,
Gieger C,
Hamet P,
Ho K,
Hofer E,
Holleczek B,
Xian Foo VH,
Hutri-Kähönen N,
Hwang SJ,
Ikram MA,
Josyula NS,
Kähönen M,
Khor CC,
Koenig W,
Kramer H,
Krämer BK,
Kühnel B,
Lange LA,
Lehtimäki T,
Lieb W,
Loos RJF,
Lukas MA,
Lyytikäinen LP,
Meisinger C,
Meitinger T,
Melander O,
Milaneschi Y,
Mishra PP,
Mononen N,
Mychaleckyj JC,
Nadkarni GN,
Nauck M,
Nikus K,
Ning B,
Nolte IM,
O'Donoghue ML,
Orho-Melander M,
Pendergrass SA,
Penninx BWJH,
Preuss MH,
Psaty BM,
Raffield LM,
Raitakari OT,
Rettig R,
Rheinberger M,
Rice KM,
Rosenkranz AR,
Rossing P,
Rotter JI,
Sabanayagam C,
Schmidt H,
Schmidt R,
Schöttker B,
Schulz CA,
Sedaghat S,
Shaffer CM,
Strauch K,
Szymczak S,
Taylor KD,
Tremblay J,
Chaker L,
van der Harst P,
van der Most PJ,
Verweij N,
Völker U,
Waldenberger M,
Wallentin L,
Waterworth DM,
White HD,
Wilson JG,
Wong TY,
Woodward M,
Yang Q,
Yasuda M,
Yerges-Armstrong LM,
Zhang Y,
Snieder H,
Wanner C,
Böger CA,
Köttgen A,
Kronenberg F,
Pattaro C,
Heid IM
Lifelines Cohort Study · Regeneron Genetics Center
Kidney international · 2021 · PMID 33137338
2 pages
Effect of host genetics on the gut microbiome in 7,738 participants of the Dutch Microbiome Project
Lopera-Maya EA,
Kurilshikov A,
van der Graaf A,
Hu S,
Andreu-Sánchez S,
Chen L,
Vila AV,
Gacesa R,
Sinha T,
Collij V,
Klaassen MAY,
Bolte LA
and 9 more — show all
LifeLines Cohort Study
Nature genetics · 2022 · PMID 35115690
2 pages
Large-scale blood pressure GWAS accounting for gene-depression interactions in 564,680 individuals from diverse populations
Lee S,
Miller CL,
Bentley AR,
Brown MR,
Nagarajan P,
Noordam R,
Morrison JL,
Schwander K,
Westerman K,
Kho M,
Kraja AT,
de Vries PS
and 137 more — show all
Ammous F,
Aschard H,
Bartz TM,
Do A,
Dupont CT,
Feitosa MF,
Gudmundsdottir V,
Guo X,
Harris SE,
Hikino K,
Huang Z,
Lefevre C,
Lyytikäinen LP,
Milaneschi Y,
Nardone GG,
Santin A,
Schmidt H,
Shen B,
Sofer T,
Sun Q,
Tan YA,
Tang J,
Thériault S,
van der Most PJ,
Ware EB,
Weiss S,
Xing WY,
Yu C,
Zhao W,
Ansari MAY,
Anugu P,
Attia JR,
Bazzano LA,
Bis JC,
Breyer M,
Cade B,
Chen G,
Collins S,
Corley J,
Davies G,
Dörr M,
Du J,
Edwards TL,
Faquih T,
Faul JD,
Fohner AE,
Fretts AM,
Gangireddy S,
Gepner A,
Graff M,
Hofer E,
Homuth G,
Hood MM,
Jie X,
Kähönen M,
Kardia SLR,
Karvonen-Gutierrez CA,
Launer LJ,
Levy D,
Maheshwari M,
Martin LW,
Matsuda K,
McNeil JJ,
Nolte IM,
Okochi T,
Raffield LM,
Raitakari OT,
Risch L,
Risch M,
Roux AD,
Ruiz-Narvaez EA,
Russ TC,
Saito T,
Schreiner PJ,
Scott RJ,
Shikany J,
Smith JA,
Snieder H,
Spedicati B,
Tai ES,
Taylor AM,
Taylor KD,
Tesolin P,
van Dam RM,
Wang R,
Wenbin W,
Xie T,
Yao J,
Young KL,
Zhang R,
Zonderman AB,
Concas MP,
Conen D,
Cox SR,
Evans MK,
Fox ER,
de Las Fuentes L,
Giri A,
Girotto G,
Grabe HJ,
Gu C,
Gudnason V,
Harlow SD,
Holliday E,
Jost JB,
Lacaze P,
Lee S,
Lehtimäki T,
Li C,
Liu CT,
Morrison AC,
North KE,
Penninx BWJH,
Peyser PA,
Province MM,
Psaty BM,
Redline S,
Rosendaal FR,
Rotimi CN,
Rotter JI,
Schmidt R,
Sim X,
Terao C,
Weir DR,
Zhu X,
Franceschini N,
O'Connell JR,
Jaquish CE,
Wang H,
Manning A,
Munroe PB,
Rao DC,
Chen H,
Gauderman WJ,
Bierut LJ,
Winkler TW,
Fornage M
Biobank Japan Project · Lifelines Cohort Study,
HGG advances · 2026 · PMID 41520179 · open access
2 pages
Genomic analyses identify hundreds of variants associated with age at menarche and support a role for puberty timing in cancer risk
Day FR,
Thompson DJ,
Helgason H,
Chasman DI,
Finucane H,
Sulem P,
Ruth KS,
Whalen S,
Sarkar AK,
Albrecht E,
Altmaier E,
Amini M
and 204 more — show all
Barbieri CM,
Boutin T,
Campbell A,
Demerath E,
Giri A,
He C,
Hottenga JJ,
Karlsson R,
Kolcic I,
Loh PR,
Lunetta KL,
Mangino M,
Marco B,
McMahon G,
Medland SE,
Nolte IM,
Noordam R,
Nutile T,
Paternoster L,
Perjakova N,
Porcu E,
Rose LM,
Schraut KE,
Segrè AV,
Smith AV,
Stolk L,
Teumer A,
Andrulis IL,
Bandinelli S,
Beckmann MW,
Benitez J,
Bergmann S,
Bochud M,
Boerwinkle E,
Bojesen SE,
Bolla MK,
Brand JS,
Brauch H,
Brenner H,
Broer L,
Brüning T,
Buring JE,
Campbell H,
Catamo E,
Chanock S,
Chenevix-Trench G,
Corre T,
Couch FJ,
Cousminer DL,
Cox A,
Crisponi L,
Czene K,
Davey Smith G,
de Geus EJCN,
de Mutsert R,
De Vivo I,
Dennis J,
Devilee P,
Dos-Santos-Silva I,
Dunning AM,
Eriksson JG,
Fasching PA,
Fernández-Rhodes L,
Ferrucci L,
Flesch-Janys D,
Franke L,
Gabrielson M,
Gandin I,
Giles GG,
Grallert H,
Gudbjartsson DF,
Guénel P,
Hall P,
Hallberg E,
Hamann U,
Harris TB,
Hartman CA,
Heiss G,
Hooning MJ,
Hopper JL,
Hu F,
Hunter DJ,
Ikram MA,
Im HK,
Järvelin MR,
Joshi PK,
Karasik D,
Kellis M,
Kutalik Z,
LaChance G,
Lambrechts D,
Langenberg C,
Launer LJ,
Laven JSE,
Lenarduzzi S,
Li J,
Lind PA,
Lindstrom S,
Liu Y,
Luan J,
Mägi R,
Mannermaa A,
Mbarek H,
McCarthy MI,
Meisinger C,
Meitinger T,
Menni C,
Metspalu A,
Michailidou K,
Milani L,
Milne RL,
Montgomery GW,
Mulligan AM,
Nalls MA,
Navarro P,
Nevanlinna H,
Nyholt DR,
Oldehinkel AJ,
O'Mara TA,
Padmanabhan S,
Palotie A,
Pedersen N,
Peters A,
Peto J,
Pharoah PDP,
Pouta A,
Radice P,
Rahman I,
Ring SM,
Robino A,
Rosendaal FR,
Rudan I,
Rueedi R,
Ruggiero D,
Sala CF,
Schmidt MK,
Scott RA,
Shah M,
Sorice R,
Southey MC,
Sovio U,
Stampfer M,
Steri M,
Strauch K,
Tanaka T,
Tikkanen E,
Timpson NJ,
Traglia M,
Truong T,
Tyrer JP,
Uitterlinden AG,
Edwards DRV,
Vitart V,
Völker U,
Vollenweider P,
Wang Q,
Widen E,
van Dijk KW,
Willemsen G,
Winqvist R,
Wolffenbuttel BHR,
Zhao JH,
Zoledziewska M,
Zygmunt M,
Alizadeh BZ,
Boomsma DI,
Ciullo M,
Cucca F,
Esko T,
Franceschini N,
Gieger C,
Gudnason V,
Hayward C,
Kraft P,
Lawlor DA,
Magnusson PKE,
Martin NG,
Mook-Kanamori DO,
Nohr EA,
Polasek O,
Porteous D,
Price AL,
Ridker PM,
Snieder H,
Spector TD,
Stöckl D,
Toniolo D,
Ulivi S,
Visser JA,
Völzke H,
Wareham NJ,
Wilson JF,
Spurdle AB,
Thorsteindottir U,
Pollard KS,
Easton DF,
Tung JY,
Chang-Claude J,
Hinds D,
Murray A,
Murabito JM,
Stefansson K,
Ong KK,
Perry JRB
LifeLines Cohort Study · InterAct Consortium and 4 more consortia
Nature genetics · 2017 · PMID 28436984
1 page
Questions about this list
Why is my paper here? I never gave you permission.
Nothing of your paper is reproduced here. This page records that a MyGeneLog™ page
cites your work, and links to the paper on PubMed — which is what a citation is.
Your title and author list come from Europe PMC, the same public record a library
catalogue uses.
Why are all the authors listed instead of "et al."?
Because a study that needed 622 people is a different kind of study from one that
needed four, and "et al." erases that. Twelve names show and the rest are one click
away. Everyone is searchable, including the 187th name on a consortium paper —
that person exists and may be looking for it.
My name is misspelt, or the paper is wrong.
Tell us and it is fixed. Names come from the public record and initials are
inconsistent across databases; where two people share a form of a name we cannot
separate them, and we would rather be corrected than guess.
My paper is not here. Does that mean you rejected it?
No. This catalogue is assembled from what a small team could read, and it is
thinnest outside European-ancestry cohorts. A paper is absent because nobody has got
to it, not because it was assessed and turned down.
Which pages rest on a paper?
Each row lists them, up to six, and links to each one. The count beside a row is
how many pages cite it in total.
How often does this change?
It is rebuilt from the pages every hour. A paper appears the moment a page starts
resting on it and disappears if that page stops — there is no separate list to
keep in step, because the citation lives on the page that makes the claim.