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9 matches for
Lange EM.
Protein-altering variants associated with body mass index implicate pathways that control energy intake and expenditure in obesity
Turcot V,
Lu Y,
Highland HM,
Schurmann C,
Justice AE,
Fine RS,
Bradfield JP,
Esko T,
Giri A,
Graff M,
Guo X,
Hendricks AE
and 390 more — show all
Karaderi T,
Lempradl A,
Locke AE,
Mahajan A,
Marouli E,
Sivapalaratnam S,
Young KL,
Alfred T,
Feitosa MF,
Masca NGD,
Manning AK,
Medina-Gomez C,
Mudgal P,
Ng MCY,
Reiner AP,
Vedantam S,
Willems SM,
Winkler TW,
Abecasis G,
Aben KK,
Alam DS,
Alharthi SE,
Allison M,
Amouyel P,
Asselbergs FW,
Auer PL,
Balkau B,
Bang LE,
Barroso I,
Bastarache L,
Benn M,
Bergmann S,
Bielak LF,
Blüher M,
Boehnke M,
Boeing H,
Boerwinkle E,
Böger CA,
Bork-Jensen J,
Bots ML,
Bottinger EP,
Bowden DW,
Brandslund I,
Breen G,
Brilliant MH,
Broer L,
Brumat M,
Burt AA,
Butterworth AS,
Campbell PT,
Cappellani S,
Carey DJ,
Catamo E,
Caulfield MJ,
Chambers JC,
Chasman DI,
Chen YI,
Chowdhury R,
Christensen C,
Chu AY,
Cocca M,
Collins FS,
Cook JP,
Corley J,
Corominas Galbany J,
Cox AJ,
Crosslin DS,
Cuellar-Partida G,
D'Eustacchio A,
Danesh J,
Davies G,
Bakker PIW,
Groot MCH,
Mutsert R,
Deary IJ,
Dedoussis G,
Demerath EW,
Heijer M,
Hollander AI,
Ruijter HM,
Dennis JG,
Denny JC,
Di Angelantonio E,
Drenos F,
Du M,
Dubé MP,
Dunning AM,
Easton DF,
Edwards TL,
Ellinghaus D,
Ellinor PT,
Elliott P,
Evangelou E,
Farmaki AE,
Farooqi IS,
Faul JD,
Fauser S,
Feng S,
Ferrannini E,
Ferrieres J,
Florez JC,
Ford I,
Fornage M,
Franco OH,
Franke A,
Franks PW,
Friedrich N,
Frikke-Schmidt R,
Galesloot TE,
Gan W,
Gandin I,
Gasparini P,
Gibson J,
Giedraitis V,
Gjesing AP,
Gordon-Larsen P,
Gorski M,
Grabe HJ,
Grant SFA,
Grarup N,
Griffiths HL,
Grove ML,
Gudnason V,
Gustafsson S,
Haessler J,
Hakonarson H,
Hammerschlag AR,
Hansen T,
Harris KM,
Harris TB,
Hattersley AT,
Have CT,
Hayward C,
He L,
Heard-Costa NL,
Heath AC,
Heid IM,
Helgeland Ø,
Hernesniemi J,
Hewitt AW,
Holmen OL,
Hovingh GK,
Howson JMM,
Hu Y,
Huang PL,
Huffman JE,
Ikram MA,
Ingelsson E,
Jackson AU,
Jansson JH,
Jarvik GP,
Jensen GB,
Jia Y,
Johansson S,
Jørgensen ME,
Jørgensen T,
Jukema JW,
Kahali B,
Kahn RS,
Kähönen M,
Kamstrup PR,
Kanoni S,
Kaprio J,
Karaleftheri M,
Kardia SLR,
Karpe F,
Kathiresan S,
Kee F,
Kiemeney LA,
Kim E,
Kitajima H,
Komulainen P,
Kooner JS,
Kooperberg C,
Korhonen T,
Kovacs P,
Kuivaniemi H,
Kutalik Z,
Kuulasmaa K,
Kuusisto J,
Laakso M,
Lakka TA,
Lamparter D,
Lange EM,
Lange LA,
Langenberg C,
Larson EB,
Lee NR,
Lehtimäki T,
Lewis CE,
Li H,
Li J,
Li-Gao R,
Lin H,
Lin KH,
Lin LA,
Lin X,
Lind L,
Lindström J,
Linneberg A,
Liu CT,
Liu DJ,
Liu Y,
Lo KS,
Lophatananon A,
Lotery AJ,
Loukola A,
Luan J,
Lubitz SA,
Lyytikäinen LP,
Männistö S,
Marenne G,
Mazul AL,
McCarthy MI,
McKean-Cowdin R,
Medland SE,
Meidtner K,
Milani L,
Mistry V,
Mitchell P,
Mohlke KL,
Moilanen L,
Moitry M,
Montgomery GW,
Mook-Kanamori DO,
Moore C,
Mori TA,
Morris AD,
Morris AP,
Müller-Nurasyid M,
Munroe PB,
Nalls MA,
Narisu N,
Nelson CP,
Neville M,
Nielsen SF,
Nikus K,
Njølstad PR,
Nordestgaard BG,
Nyholt DR,
O'Connel JR,
O'Donoghue ML,
Olde Loohuis LM,
Ophoff RA,
Owen KR,
Packard CJ,
Padmanabhan S,
Palmer CNA,
Palmer ND,
Pasterkamp G,
Patel AP,
Pattie A,
Pedersen O,
Peissig PL,
Peloso GM,
Pennell CE,
Perola M,
Perry JA,
Perry JRB,
Pers TH,
Person TN,
Peters A,
Petersen ERB,
Peyser PA,
Pirie A,
Polasek O,
Polderman TJ,
Puolijoki H,
Raitakari OT,
Rasheed A,
Rauramaa R,
Reilly DF,
Renström F,
Rheinberger M,
Ridker PM,
Rioux JD,
Rivas MA,
Roberts DJ,
Robertson NR,
Robino A,
Rolandsson O,
Rudan I,
Ruth KS,
Saleheen D,
Salomaa V,
Samani NJ,
Sapkota Y,
Sattar N,
Schoen RE,
Schreiner PJ,
Schulze MB,
Scott RA,
Segura-Lepe MP,
Shah SH,
Sheu WH,
Sim X,
Slater AJ,
Small KS,
Smith AV,
Southam L,
Spector TD,
Speliotes EK,
Starr JM,
Stefansson K,
Steinthorsdottir V,
Stirrups KE,
Strauch K,
Stringham HM,
Stumvoll M,
Sun L,
Surendran P,
Swift AJ,
Tada H,
Tansey KE,
Tardif JC,
Taylor KD,
Teumer A,
Thompson DJ,
Thorleifsson G,
Thorsteinsdottir U,
Thuesen BH,
Tönjes A,
Tromp G,
Trompet S,
Tsafantakis E,
Tuomilehto J,
Tybjaerg-Hansen A,
Tyrer JP,
Uher R,
Uitterlinden AG,
Uusitupa M,
Laan SW,
Duijn CM,
Leeuwen N,
van Setten J,
Vanhala M,
Varbo A,
Varga TV,
Varma R,
Velez Edwards DR,
Vermeulen SH,
Veronesi G,
Vestergaard H,
Vitart V,
Vogt TF,
Völker U,
Vuckovic D,
Wagenknecht LE,
Walker M,
Wallentin L,
Wang F,
Wang CA,
Wang S,
Wang Y,
Ware EB,
Wareham NJ,
Warren HR,
Waterworth DM,
Wessel J,
White HD,
Willer CJ,
Wilson JG,
Witte DR,
Wood AR,
Wu Y,
Yaghootkar H,
Yao J,
Yao P,
Yerges-Armstrong LM,
Young R,
Zeggini E,
Zhan X,
Zhang W,
Zhao JH,
Zhao W,
Zhao W,
Zhou W,
Zondervan KT,
Rotter JI,
Pospisilik JA,
Rivadeneira F,
Borecki IB,
Deloukas P,
Deloukas P,
Frayling TM,
Lettre G,
North KE,
Lindgren CM,
Hirschhorn JN,
Loos RJF
CHD Exome+ Consortium · EPIC-CVD Consortium and 9 more consortia
Nature genetics · 2018 · PMID 29273807 · open access
12 pages+
Genome-wide study investigating effector genes and polygenic prediction for kidney function in persons with ancestry from Africa and the Americas
Hughes O,
Bentley AR,
Breeze CE,
Aguet F,
Xu X,
Nadkarni G,
Sun Q,
Lin BM,
Gilliland T,
Meyer MC,
Du J,
Raffield LM
and 62 more — show all
Kramer H,
Morton RW,
Gouveia MH,
Atkinson EG,
Valladares-Salgado A,
Wacher-Rodarte N,
Dueker ND,
Guo X,
Hai Y,
Adeyemo A,
Best LG,
Cai J,
Chen G,
Chong M,
Doumatey A,
Eales J,
Goodarzi MO,
Ipp E,
Irvin MR,
Jiang M,
Jones AC,
Kooperberg C,
Krieger JE,
Lange EM,
Lanktree MB,
Lash JP,
Lotufo PA,
Loos RJF,
Ha My VT,
Peralta-Romero J,
Qi L,
Raffel LJ,
Rich SS,
Rodriquez EJ,
Tarazona-Santos E,
Taylor KD,
Umans JG,
Wen J,
Young BA,
Yu Z,
Zhang Y,
Ida Chen YD,
Rundek T,
Rotter JI,
Cruz M,
Fornage M,
Lima-Costa MF,
Pereira AC,
Paré G,
Natarajan P,
Cole SA,
Carson AP,
Lange LA,
Li Y,
Perez-Stable EJ,
Do R,
Charchar FJ,
Tomaszewski M,
Mychaleckyj JC,
Rotimi C,
Morris AP,
Franceschini N
Cell genomics · 2024 · PMID 38190104 · open access
5 pages
Identification and functional analysis of glycemic trait loci in the China Health and Nutrition Survey
Spracklen CN,
Shi J,
Vadlamudi S,
Wu Y,
Zou M,
Raulerson CK,
Davis JP,
Zeynalzadeh M,
Jackson K,
Yuan W,
Wang H,
Shou W
and 9 more — show all
PLoS genetics · 2018 · PMID 29621232 · open access
4 pages
Genome-wide association of familial prostate cancer cases identifies evidence for a rare segregating haplotype at 8q24.21
Teerlink CC,
Leongamornlert D,
Dadaev T,
Thomas A,
Farnham J,
Stephenson RA,
Riska S,
McDonnell SK,
Schaid DJ,
Catalona WJ,
Zheng SL,
Cooney KA
and 29 more — show all
Ray AM,
Zuhlke KA,
Lange EM,
Giles GG,
Southey MC,
Fitzgerald LM,
Rinckleb A,
Luedeke M,
Maier C,
Stanford JL,
Ostrander EA,
Kaikkonen EM,
Sipeky C,
Tammela T,
Schleutker J,
Wiley KE,
Isaacs SD,
Walsh PC,
Isaacs WB,
Xu J,
Cancel-Tassin G,
Cussenot O,
Mandal D,
Laurie C,
Laurie C,
Thibodeau SN,
Eeles RA,
Kote-Jarai Z,
Cannon-Albright L
PRACTICAL consortium · International Consortium for Prostate Cancer Genetics
Human genetics · 2016 · PMID 27262462
3 pages
Genome-wide association study of homocysteine levels in Filipinos provides evidence for CPS1 in women and a stronger MTHFR effect in young adults
Lange LA,
Croteau-Chonka DC,
Marvelle AF,
Qin L,
Gaulton KJ,
Kuzawa CW,
McDade TW,
Wang Y,
Li Y,
Levy S,
Borja JB,
Lange EM
and 2 more — show all
Human molecular genetics · 2010 · PMID 20154341
2 pages
Soluble Urokinase Plasminogen Activator Receptor: Genetic Variation and Cardiovascular Disease Risk in Black Adults
Olson NC,
Raffield LM,
Moxley AH,
Miller-Fleming TW,
Auer PL,
Franceschini N,
Franceschini N,
Ngo D,
Thornton TA,
Lange EM,
Li Y,
Nickerson DA
and 6 more — show all
Circulation. Genomic and precision medicine · 2021 · PMID 34706549
2 pages
Genome-wide association and linkage identify modifier loci of lung disease severity in cystic fibrosis at 11p13 and 20q13.2
Wright FA,
Strug LJ,
Doshi VK,
Commander CW,
Blackman SM,
Sun L,
Berthiaume Y,
Cutler D,
Cojocaru A,
Collaco JM,
Corey M,
Dorfman R
and 25 more — show all
Goddard K,
Green D,
Kent JW Jr,
Lange EM,
Lee S,
Li W,
Luo J,
Mayhew GM,
Naughton KM,
Pace RG,
Paré P,
Rommens JM,
Sandford A,
Stonebraker JR,
Sun W,
Taylor C,
Vanscoy LL,
Zou F,
Blangero J,
Zielenski J,
O'Neal WK,
Drumm ML,
Durie PR,
Knowles MR,
Cutting GR
Nature genetics · 2011 · PMID 21602797 · open access
1 page
Whole genome sequencing analysis of body mass index identifies novel African ancestry-specific risk allele
Zhang X,
Brody JA,
Graff M,
Highland HM,
Chami N,
Xu H,
Wang Z,
Ferrier KR,
Chittoor G,
Josyula NS,
Meyer M,
Gupta S
and 113 more — show all
Li X,
Li Z,
Allison MA,
Becker DM,
Bielak LF,
Bis JC,
Boorgula MP,
Bowden DW,
Broome JG,
Buth EJ,
Carlson CS,
Chang KM,
Chavan S,
Chiu YF,
Chuang LM,
Conomos MP,
DeMeo DL,
Du M,
Duggirala R,
Eng C,
Fohner AE,
Freedman BI,
Garrett ME,
Guo X,
Haiman C,
Heavner BD,
Hidalgo B,
Hixson JE,
Ho YL,
Hobbs BD,
Hu D,
Hui Q,
Hwu CM,
Jackson RD,
Jain D,
Kalyani RR,
Kardia SLR,
Kelly TN,
Lange EM,
LeNoir M,
Li C,
Le Marchand L,
McDonald MN,
McHugh CP,
Morrison AC,
Naseri T,
O'Connell J,
O'Donnell CJ,
Palmer ND,
Pankow JS,
Perry JA,
Peters U,
Preuss MH,
Rao DC,
Regan EA,
Reupena SM,
Roden DM,
Rodriguez-Santana J,
Sitlani CM,
Smith JA,
Tiwari HK,
Vasan RS,
Wang Z,
Weeks DE,
Wessel J,
Wiggins KL,
Wilkens LR,
Wilson PWF,
Yanek LR,
Yoneda ZT,
Zhao W,
Zhao W,
Zöllner S,
Arnett DK,
Ashley-Koch AE,
Barnes KC,
Blangero J,
Boerwinkle E,
Burchard EG,
Carson AP,
Chasman DI,
Ida Chen YD,
Curran JE,
Fornage M,
Gordeuk VR,
He J,
Heckbert SR,
Hou L,
Irvin MR,
Kooperberg C,
Minster RL,
Mitchell BD,
Nouraie M,
Psaty BM,
Raffield LM,
Reiner AP,
Rich SS,
Rotter JI,
Benjamin Shoemaker M,
Smith NL,
Taylor KD,
Telen MJ,
Weiss ST,
Zhang Y,
Heard-Costa N,
Sun YV,
Lin X,
Cupples LA,
Lange LA,
Liu CT,
Loos RJF,
North KE,
Justice AE
NHLBI Trans-Omics for Precision Medicine (TOPMed) Consortium
Nature communications · 2025 · PMID 40216759 · open access
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
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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
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How often does this change?
It is rebuilt from the pages every hour. A paper appears the moment a page starts
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keep in step, because the citation lives on the page that makes the claim.