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2,673 papers hold this site up. Every variant and condition page names
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6 matches for
Yang R.
Genome-wide association analysis of more than 120,000 individuals identifies 15 new susceptibility loci for breast cancer
Michailidou K,
Beesley J,
Lindstrom S,
Canisius S,
Dennis J,
Lush MJ,
Maranian MJ,
Bolla MK,
Wang Q,
Shah M,
Perkins BJ,
Czene K
and 232 more — show all
Eriksson M,
Darabi H,
Brand JS,
Bojesen SE,
Nordestgaard BG,
Flyger H,
Nielsen SF,
Rahman N,
Turnbull C,
Fletcher O,
Peto J,
Gibson L,
dos-Santos-Silva I,
Chang-Claude J,
Flesch-Janys D,
Rudolph A,
Eilber U,
Behrens S,
Nevanlinna H,
Muranen TA,
Aittomäki K,
Blomqvist C,
Khan S,
Aaltonen K,
Ahsan H,
Kibriya MG,
Whittemore AS,
John EM,
Malone KE,
Gammon MD,
Santella RM,
Ursin G,
Makalic E,
Schmidt DF,
Casey G,
Hunter DJ,
Gapstur SM,
Gaudet MM,
Diver WR,
Haiman CA,
Schumacher F,
Henderson BE,
Le Marchand L,
Berg CD,
Chanock SJ,
Figueroa J,
Hoover RN,
Lambrechts D,
Neven P,
Wildiers H,
van Limbergen E,
Schmidt MK,
Broeks A,
Verhoef S,
Cornelissen S,
Couch FJ,
Olson JE,
Hallberg E,
Vachon C,
Waisfisz Q,
Meijers-Heijboer H,
Adank MA,
van der Luijt RB,
Li J,
Liu J,
Humphreys K,
Kang D,
Choi JY,
Park SK,
Yoo KY,
Matsuo K,
Ito H,
Iwata H,
Tajima K,
Guénel P,
Truong T,
Mulot C,
Sanchez M,
Burwinkel B,
Marme F,
Surowy H,
Sohn C,
Wu AH,
Tseng CC,
Van Den Berg D,
Stram DO,
González-Neira A,
Benitez J,
Zamora MP,
Perez JI,
Shu XO,
Lu W,
Gao YT,
Cai H,
Cox A,
Cross SS,
Reed MW,
Andrulis IL,
Knight JA,
Glendon G,
Mulligan AM,
Sawyer EJ,
Tomlinson I,
Kerin MJ,
Miller N,
Lindblom A,
Margolin S,
Teo SH,
Yip CH,
Taib NA,
Tan GH,
Hooning MJ,
Hollestelle A,
Martens JW,
Collée JM,
Blot W,
Signorello LB,
Cai Q,
Hopper JL,
Southey MC,
Tsimiklis H,
Apicella C,
Shen CY,
Hsiung CN,
Wu PE,
Hou MF,
Kristensen VN,
Nord S,
Alnaes GI,
Giles GG,
Milne RL,
McLean C,
Canzian F,
Trichopoulos D,
Peeters P,
Lund E,
Sund M,
Khaw KT,
Gunter MJ,
Palli D,
Mortensen LM,
Dossus L,
Huerta JM,
Meindl A,
Schmutzler RK,
Sutter C,
Yang R,
Muir K,
Lophatananon A,
Stewart-Brown S,
Siriwanarangsan P,
Hartman M,
Miao H,
Chia KS,
Chan CW,
Fasching PA,
Hein A,
Beckmann MW,
Haeberle L,
Brenner H,
Dieffenbach AK,
Arndt V,
Stegmaier C,
Ashworth A,
Orr N,
Schoemaker MJ,
Swerdlow AJ,
Brinton L,
Garcia-Closas M,
Zheng W,
Zheng W,
Halverson SL,
Shrubsole M,
Long J,
Goldberg MS,
Labrèche F,
Dumont M,
Winqvist R,
Pylkäs K,
Jukkola-Vuorinen A,
Grip M,
Brauch H,
Hamann U,
Brüning T,
Radice P,
Peterlongo P,
Manoukian S,
Bernard L,
Bogdanova NV,
Dörk T,
Mannermaa A,
Kataja V,
Kosma VM,
Hartikainen JM,
Devilee P,
Tollenaar RA,
Seynaeve C,
Van Asperen CJ,
Jakubowska A,
Lubinski J,
Jaworska K,
Huzarski T,
Sangrajrang S,
Gaborieau V,
Brennan P,
McKay J,
Slager S,
Toland AE,
Ambrosone CB,
Yannoukakos D,
Kabisch M,
Torres D,
Neuhausen SL,
Anton-Culver H,
Luccarini C,
Baynes C,
Ahmed S,
Healey CS,
Tessier DC,
Vincent D,
Bacot F,
Pita G,
Alonso MR,
Álvarez N,
Herrero D,
Simard J,
Pharoah PP,
Kraft P,
Dunning AM,
Chenevix-Trench G,
Hall P,
Easton DF
BOCS · kConFab Investigators and 3 more consortia
Nature genetics · 2015 · PMID 25751625 · open access
12 pages+
Genome-wide association meta-analyses combining multiple risk phenotypes provide insights into the genetic architecture of cutaneous melanoma susceptibility
Landi MT,
Bishop DT,
MacGregor S,
Machiela MJ,
Stratigos AJ,
Ghiorzo P,
Brossard M,
Calista D,
Choi J,
Fargnoli MC,
Zhang T,
Rodolfo M
and 140 more — show all
Trower AJ,
Menin C,
Martinez J,
Hadjisavvas A,
Song L,
Stefanaki I,
Scolyer R,
Yang R,
Goldstein AM,
Potrony M,
Kypreou KP,
Pastorino L,
Queirolo P,
Pellegrini C,
Cattaneo L,
Zawistowski M,
Gimenez-Xavier P,
Rodriguez A,
Elefanti L,
Manoukian S,
Rivoltini L,
Smith BH,
Loizidou MA,
Del Regno L,
Massi D,
Mandala M,
Khosrotehrani K,
Akslen LA,
Amos CI,
Andresen PA,
Avril MF,
Azizi E,
Soyer HP,
Bataille V,
Dalmasso B,
Bowdler LM,
Burdon KP,
Chen WV,
Codd V,
Craig JE,
Dębniak T,
Falchi M,
Fang S,
Friedman E,
Simi S,
Galan P,
Garcia-Casado Z,
Gillanders EM,
Gordon S,
Green A,
Gruis NA,
Hansson J,
Harland M,
Harris J,
Helsing P,
Henders A,
Hočevar M,
Höiom V,
Hunter D,
Ingvar C,
Kumar R,
Lang J,
Lathrop GM,
Lee JE,
Li X,
Lubiński J,
Mackie RM,
Malt M,
Malvehy J,
McAloney K,
Mohamdi H,
Molven A,
Moses EK,
Neale RE,
Novaković S,
Nyholt DR,
Olsson H,
Orr N,
Fritsche LG,
Puig-Butille JA,
Qureshi AA,
Radford-Smith GL,
Randerson-Moor J,
Requena C,
Rowe C,
Samani NJ,
Sanna M,
Schadendorf D,
Schulze HJ,
Simms LA,
Smithers M,
Song F,
Swerdlow AJ,
van der Stoep N,
Kukutsch NA,
Visconti A,
Wallace L,
Ward SV,
Wheeler L,
Sturm RA,
Hutchinson A,
Jones K,
Malasky M,
Vogt A,
Zhou W,
Pooley KA,
Elder DE,
Han J,
Hicks B,
Hayward NK,
Kanetsky PA,
Brummett C,
Montgomery GW,
Olsen CM,
Hayward C,
Dunning AM,
Martin NG,
Evangelou E,
Mann GJ,
Long G,
Pharoah PDP,
Easton DF,
Barrett JH,
Cust AE,
Abecasis G,
Duffy DL,
Whiteman DC,
Gogas H,
De Nicolo A,
Tucker MA,
Newton-Bishop JA,
Peris K,
Chanock SJ,
Demenais F,
Brown KM,
Puig S,
Nagore E,
Shi J,
Iles MM,
Law MH
GenoMEL Consortium · Q-MEGA and QTWIN Investigators and 7 more consortia
Nature genetics · 2020 · PMID 32341527 · open access
12 pages+
Genomewide association study of leprosy
Zhang FR,
Huang W,
Chen SM,
Sun LD,
Liu H,
Li Y,
Cui Y,
Yan XX,
Yang HT,
Yang RD,
Chu TS,
Zhang C
and 55 more — show all
Zhang L,
Han JW,
Yu GQ,
Quan C,
Yu YX,
Zhang Z,
Shi BQ,
Zhang LH,
Cheng H,
Wang CY,
Lin Y,
Zheng HF,
Fu XA,
Zuo XB,
Wang Q,
Long H,
Sun YP,
Cheng YL,
Tian HQ,
Zhou FS,
Liu HX,
Lu WS,
He SM,
Du WL,
Shen M,
Jin QY,
Wang Y,
Low HQ,
Erwin T,
Yang NH,
Li JY,
Zhao X,
Jiao YL,
Mao LG,
Yin G,
Jiang ZX,
Wang XD,
Yu JP,
Hu ZH,
Gong CH,
Liu YQ,
Liu RY,
Wang DM,
Wei D,
Liu JX,
Cao WK,
Cao HZ,
Li YP,
Yan WG,
Wei SY,
Wang KJ,
Hibberd ML,
Yang S,
Zhang XJ,
Liu JJ
The New England journal of medicine · 2009 · PMID 20018961
4 pages
Identification of two new loci at IL23R and RAB32 that influence susceptibility to leprosy
Zhang F,
Liu H,
Chen S,
Low H,
Sun L,
Cui Y,
Chu T,
Li Y,
Fu X,
Yu Y,
Yu G,
Shi B
and 25 more — show all
Tian H,
Liu D,
Yu X,
Li J,
Lu N,
Bao F,
Yuan C,
Liu J,
Liu H,
Zhang L,
Sun Y,
Chen M,
Yang Q,
Yang H,
Yang R,
Zhang L,
Wang Q,
Liu H,
Zuo F,
Zhang H,
Khor CC,
Hibberd ML,
Yang S,
Liu J,
Zhang X
Nature genetics · 2011 · PMID 22019778
4 pages
Genome-wide association study for vitiligo identifies susceptibility loci at 6q27 and the MHC
Quan C,
Ren YQ,
Xiang LH,
Sun LD,
Xu AE,
Gao XH,
Chen HD,
Pu XM,
Wu RN,
Liang CZ,
Li JB,
Gao TW
and 55 more — show all
Zhang JZ,
Wang XL,
Wang J,
Yang RY,
Liang L,
Yu JB,
Zuo XB,
Zhang SQ,
Zhang SM,
Chen G,
Zheng XD,
Li P,
Zhu J,
Li YW,
Wei XD,
Hong WS,
Ye Y,
Zhang Y,
Wu WS,
Cheng H,
Dong PL,
Hu DY,
Li Y,
Li M,
Zhang X,
Tang HY,
Tang XF,
Xu SX,
He SM,
Lv YM,
Shen M,
Jiang HQ,
Wang Y,
Li K,
Kang XJ,
Liu YQ,
Sun L,
Liu ZF,
Xie SQ,
Zhu CY,
Xu Q,
Gao JP,
Hu WL,
Ni C,
Pan TM,
Li Y,
Yao S,
He CF,
Liu YS,
Yu ZY,
Yin XY,
Zhang FY,
Yang S,
Zhou Y,
Zhang XJ
Nature genetics · 2010 · PMID 20526339
2 pages
A genome-wide association study identifies two new cervical cancer susceptibility loci at 4q12 and 17q12
Shi Y,
Li L,
Hu Z,
Li S,
Wang S,
Liu J,
Wu C,
He L,
Zhou J,
Li Z,
Hu T,
Chen Y
and 72 more — show all
Jia Y,
Wang S,
Wu L,
Cheng X,
Yang Z,
Yang R,
Li X,
Huang K,
Zhang Q,
Zhou H,
Tang F,
Chen Z,
Shen J,
Jiang J,
Ding H,
Xing H,
Zhang S,
Qu P,
Song X,
Lin Z,
Deng D,
Xi L,
Lv W,
Han X,
Tao G,
Yan L,
Han Z,
Li Z,
Miao X,
Pan S,
Shen Y,
Wang H,
Liu D,
Gong E,
Li Z,
Zhou L,
Luan X,
Wang C,
Song Q,
Wu S,
Xu H,
Shen J,
Qiang F,
Ma G,
Liu L,
Chen X,
Liu J,
Wu J,
Shen Y,
Wen Y,
Chu M,
Yu J,
Hu X,
Fan Y,
He H,
Jiang Y,
Lei Z,
Liu C,
Chen J,
Zhang Y,
Yi C,
Chen S,
Li W,
Wang D,
Wang Z,
Di W,
Shen K,
Lin D,
Shen H,
Feng Y,
Xie X,
Ma D
Nature genetics · 2013 · PMID 23817570
2 pages
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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.
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