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12 matches for
Ross A.
Discovery of common and rare genetic risk variants for colorectal cancer
Huyghe JR,
Bien SA,
Harrison TA,
Kang HM,
Chen S,
Schmit SL,
Conti DV,
Qu C,
Jeon J,
Edlund CK,
Greenside P,
Wainberg M
and 188 more — show all
Schumacher FR,
Smith JD,
Levine DM,
Nelson SC,
Sinnott-Armstrong NA,
Albanes D,
Alonso MH,
Anderson K,
Arnau-Collell C,
Arndt V,
Bamia C,
Banbury BL,
Baron JA,
Berndt SI,
Bézieau S,
Bishop DT,
Boehm J,
Boeing H,
Brenner H,
Brezina S,
Buch S,
Buchanan DD,
Burnett-Hartman A,
Butterbach K,
Caan BJ,
Campbell PT,
Carlson CS,
Castellví-Bel S,
Chan AT,
Chang-Claude J,
Chanock SJ,
Chirlaque MD,
Cho SH,
Connolly CM,
Cross AJ,
Cuk K,
Curtis KR,
de la Chapelle A,
Doheny KF,
Duggan D,
Easton DF,
Elias SG,
Elliott F,
English DR,
Feskens EJM,
Figueiredo JC,
Fischer R,
FitzGerald LM,
Forman D,
Gala M,
Gallinger S,
Gauderman WJ,
Giles GG,
Gillanders E,
Gong J,
Goodman PJ,
Grady WM,
Grove JS,
Gsur A,
Gunter MJ,
Haile RW,
Hampe J,
Hampel H,
Harlid S,
Hayes RB,
Hofer P,
Hoffmeister M,
Hopper JL,
Hsu WL,
Huang WY,
Hudson TJ,
Hunter DJ,
Ibañez-Sanz G,
Idos GE,
Ingersoll R,
Jackson RD,
Jacobs EJ,
Jenkins MA,
Joshi AD,
Joshu CE,
Keku TO,
Key TJ,
Kim HR,
Kobayashi E,
Kolonel LN,
Kooperberg C,
Kühn T,
Küry S,
Kweon SS,
Larsson SC,
Laurie CA,
Le Marchand L,
Leal SM,
Lee SC,
Lejbkowicz F,
Lemire M,
Li CI,
Li L,
Lieb W,
Lin Y,
Lindblom A,
Lindor NM,
Ling H,
Louie TL,
Männistö S,
Markowitz SD,
Martín V,
Masala G,
McNeil CE,
Melas M,
Milne RL,
Moreno L,
Murphy N,
Myte R,
Naccarati A,
Newcomb PA,
Offit K,
Ogino S,
Onland-Moret NC,
Pardini B,
Parfrey PS,
Pearlman R,
Perduca V,
Pharoah PDP,
Pinchev M,
Platz EA,
Prentice RL,
Pugh E,
Raskin L,
Rennert G,
Rennert HS,
Riboli E,
Rodríguez-Barranco M,
Romm J,
Sakoda LC,
Schafmayer C,
Schoen RE,
Seminara D,
Shah M,
Shelford T,
Shin MH,
Shulman K,
Sieri S,
Slattery ML,
Southey MC,
Stadler ZK,
Stegmaier C,
Su YR,
Tangen CM,
Thibodeau SN,
Thomas DC,
Thomas SS,
Toland AE,
Trichopoulou A,
Ulrich CM,
Van Den Berg DJ,
van Duijnhoven FJB,
Van Guelpen B,
van Kranen H,
Vijai J,
Visvanathan K,
Vodicka P,
Vodickova L,
Vymetalkova V,
Weigl K,
Weinstein SJ,
White E,
Win AK,
Wolf CR,
Wolk A,
Woods MO,
Wu AH,
Zaidi SH,
Zanke BW,
Zhang Q,
Zheng W,
Zheng W,
Scacheri PC,
Potter JD,
Bassik MC,
Kundaje A,
Casey G,
Moreno V,
Abecasis GR,
Nickerson DA,
Gruber SB,
Hsu L,
Peters U
Nature genetics · 2019 · PMID 30510241 · open access
12 pages+
Genome-wide association meta-analysis of corneal curvature identifies novel loci and shared genetic influences across axial length and refractive error
Fan Q,
Pozarickij A,
Tan NYQ,
Guo X,
Verhoeven VJM,
Vitart V,
Guggenheim JA,
Miyake M,
Tideman JWL,
Khawaja AP,
Zhang L,
MacGregor S
and 46 more — show all
Höhn R,
Chen P,
Biino G,
Wedenoja J,
Saffari SE,
Tedja MS,
Xie J,
Lanca C,
Wang YX,
Sahebjada S,
Mazur J,
Mirshahi A,
Martin NG,
Yazar S,
Pennell CE,
Yap M,
Haarman AEG,
Enthoven CA,
Polling J,
Hewitt AW,
Jaddoe VWV,
van Duijn CM,
Hayward C,
Polasek O,
Tai ES,
Yoshikatsu H,
Hysi PG,
Young TL,
Tsujikawa A,
Wang JJ,
Mitchell P,
Pfeiffer N,
Pärssinen O,
Foster PJ,
Fossarello M,
Yip SP,
Williams C,
Hammond CJ,
Jonas JB,
He M,
Mackey DA,
Wong TY,
Klaver CCW,
Saw SM,
Baird PN,
Cheng CY
Consortium for Refractive Error and Myopia (CREAM) · UK Biobank Eye and Vision Consortium
Communications biology · 2020 · PMID 32193507 · open access
12 pages+
Genome-wide meta-analysis identifies 127 open-angle glaucoma loci with consistent effect across ancestries
Gharahkhani P,
Jorgenson E,
Hysi P,
Khawaja AP,
Pendergrass S,
Han X,
Ong JS,
Hewitt AW,
Segrè AV,
Rouhana JM,
Hamel AR,
Igo RP Jr
and 67 more — show all
Choquet H,
Qassim A,
Josyula NS,
Cooke Bailey JN,
Bonnemaijer PWM,
Iglesias A,
Siggs OM,
Young TL,
Vitart V,
Thiadens AAHJ,
Karjalainen J,
Uebe S,
Melles RB,
Nair KS,
Luben R,
Simcoe M,
Amersinghe N,
Cree AJ,
Hohn R,
Poplawski A,
Chen LJ,
Rong SS,
Aung T,
Vithana EN,
Tamiya G,
Shiga Y,
Yamamoto M,
Nakazawa T,
Currant H,
Birney E,
Wang X,
Auton A,
Lupton MK,
Martin NG,
Ashaye A,
Olawoye O,
Williams SE,
Akafo S,
Ramsay M,
Hashimoto K,
Kamatani Y,
Akiyama M,
Momozawa Y,
Foster PJ,
Khaw PT,
Morgan JE,
Strouthidis NG,
Kraft P,
Kang JH,
Pang CP,
Pasutto F,
Mitchell P,
Lotery AJ,
Palotie A,
van Duijn C,
Haines JL,
Hammond C,
Pasquale LR,
Klaver CCW,
Hauser M,
Khor CC,
Mackey DA,
Kubo M,
Cheng CY,
Craig JE,
MacGregor S,
Wiggs JL
NEIGHBORHOOD consortium · ANZRAG consortium and 5 more consortia
Nature communications · 2021 · PMID 33627673 · open access
12 pages+
Genome-wide association analyses identify distinct genetic architectures for age-related macular degeneration across ancestries
Gorman BR,
Voloudakis G,
Igo RP Jr,
Kinzy T,
Halladay CW,
Bigdeli TB,
Zeng B,
Venkatesh S,
Cooke Bailey JN,
Crawford DC,
Markianos K,
Dong F
and 26 more — show all
Schreiner PA,
Zhang W,
Hadi T,
Anger MD,
Stockwell A,
Melles RB,
Yin J,
Choquet H,
Kaye R,
Patasova K,
Patel PJ,
Yaspan BL,
Jorgenson E,
Hysi PG,
Lotery AJ,
Gaziano JM,
Tsao PS,
Fliesler SJ,
Sullivan JM,
Greenberg PB,
Wu WC,
Assimes TL,
Pyarajan S,
Roussos P,
Peachey NS,
Iyengar SK
VA Million Veteran Program · International AMD Genomics Consortium (IAMDGC)
Nature genetics · 2024 · PMID 39623103
12 pages+
Genome-wide association study of prostate-specific antigen levels in 392,522 men identifies new loci and improves prediction across ancestry groups
Hoffmann TJ,
Graff RE,
Madduri RK,
Rodriguez AA,
Cario CL,
Feng K,
Jiang Y,
Wang A,
Klein RJ,
Pierce BL,
Eggener S,
Tong L
and 37 more — show all
Blot W,
Long J,
Goss LB,
Darst BF,
Rebbeck T,
Lachance J,
Andrews C,
Adebiyi AO,
Adusei B,
Aisuodionoe-Shadrach OI,
Fernandez PW,
Jalloh M,
Janivara R,
Chen WC,
Mensah JE,
Agalliu I,
Berndt SI,
Shelley JP,
Schaffer K,
Machiela MJ,
Freedman ND,
Huang WY,
Li SA,
Goodman PJ,
Till C,
Thompson I,
Lilja H,
Ranatunga DK,
Presti J,
Van Den Eeden SK,
Chanock SJ,
Mosley JD,
Conti DV,
Haiman CA,
Justice AC,
Kachuri L,
Witte JS
Nature genetics · 2025 · PMID 39930085 · open access
12 pages+
MRI-Based Genetic Studies Reveal Specific Genetic Variants and Disease Risks Associated With Fat Distribution Across Anatomical Sites
Ahmed A,
Cule M,
Naz A,
Thanaj M,
Sorokin EP,
Odoemelam CS,
Whitcher B,
Sattar N,
Bell JD,
Thomas EL,
Yaghootkar H
Journal of obesity · 2025 · PMID 40922984 · open access
12 pages+
Genetic risk and a primary role for cell-mediated immune mechanisms in multiple sclerosis
Sawcer S,
Hellenthal G,
Pirinen M,
Spencer CC,
Patsopoulos NA,
Moutsianas L,
Dilthey A,
Su Z,
Freeman C,
Hunt SE,
Edkins S,
Gray E
and 230 more — show all
Booth DR,
Potter SC,
Goris A,
Band G,
Oturai AB,
Strange A,
Saarela J,
Bellenguez C,
Fontaine B,
Gillman M,
Hemmer B,
Gwilliam R,
Zipp F,
Jayakumar A,
Martin R,
Leslie S,
Hawkins S,
Giannoulatou E,
D'alfonso S,
Blackburn H,
Martinelli Boneschi F,
Liddle J,
Harbo HF,
Perez ML,
Spurkland A,
Waller MJ,
Mycko MP,
Ricketts M,
Comabella M,
Hammond N,
Kockum I,
McCann OT,
Ban M,
Whittaker P,
Kemppinen A,
Weston P,
Hawkins C,
Widaa S,
Zajicek J,
Dronov S,
Robertson N,
Bumpstead SJ,
Barcellos LF,
Ravindrarajah R,
Abraham R,
Alfredsson L,
Ardlie K,
Aubin C,
Baker A,
Baker K,
Baranzini SE,
Bergamaschi L,
Bergamaschi R,
Bernstein A,
Berthele A,
Boggild M,
Bradfield JP,
Brassat D,
Broadley SA,
Buck D,
Butzkueven H,
Capra R,
Carroll WM,
Cavalla P,
Celius EG,
Cepok S,
Chiavacci R,
Clerget-Darpoux F,
Clysters K,
Comi G,
Cossburn M,
Cournu-Rebeix I,
Cox MB,
Cozen W,
Cree BA,
Cross AH,
Cusi D,
Daly MJ,
Davis E,
de Bakker PI,
Debouverie M,
D'hooghe MB,
Dixon K,
Dobosi R,
Dubois B,
Ellinghaus D,
Elovaara I,
Esposito F,
Fontenille C,
Foote S,
Franke A,
Galimberti D,
Ghezzi A,
Glessner J,
Gomez R,
Gout O,
Graham C,
Grant SF,
Guerini FR,
Hakonarson H,
Hall P,
Hamsten A,
Hartung HP,
Heard RN,
Heath S,
Hobart J,
Hoshi M,
Infante-Duarte C,
Ingram G,
Ingram W,
Islam T,
Jagodic M,
Kabesch M,
Kermode AG,
Kilpatrick TJ,
Kim C,
Klopp N,
Koivisto K,
Larsson M,
Lathrop M,
Lechner-Scott JS,
Leone MA,
Leppä V,
Liljedahl U,
Bomfim IL,
Lincoln RR,
Link J,
Liu J,
Lorentzen AR,
Lupoli S,
Macciardi F,
Mack T,
Marriott M,
Martinelli V,
Mason D,
McCauley JL,
Mentch F,
Mero IL,
Mihalova T,
Montalban X,
Mottershead J,
Myhr KM,
Naldi P,
Ollier W,
Page A,
Palotie A,
Pelletier J,
Piccio L,
Pickersgill T,
Piehl F,
Pobywajlo S,
Quach HL,
Ramsay PP,
Reunanen M,
Reynolds R,
Rioux JD,
Rodegher M,
Roesner S,
Rubio JP,
Rückert IM,
Salvetti M,
Salvi E,
Santaniello A,
Schaefer CA,
Schreiber S,
Schulze C,
Scott RJ,
Sellebjerg F,
Selmaj KW,
Sexton D,
Shen L,
Simms-Acuna B,
Skidmore S,
Sleiman PM,
Smestad C,
Sørensen PS,
Søndergaard HB,
Stankovich J,
Strange RC,
Sulonen AM,
Sundqvist E,
Syvänen AC,
Taddeo F,
Taylor B,
Blackwell JM,
Tienari P,
Bramon E,
Tourbah A,
Brown MA,
Tronczynska E,
Casas JP,
Tubridy N,
Corvin A,
Vickery J,
Jankowski J,
Villoslada P,
Markus HS,
Wang K,
Mathew CG,
Wason J,
Palmer CN,
Wichmann HE,
Plomin R,
Willoughby E,
Rautanen A,
Winkelmann J,
Wittig M,
Trembath RC,
Yaouanq J,
Viswanathan AC,
Zhang H,
Wood NW,
Zuvich R,
Deloukas P,
Langford C,
Duncanson A,
Oksenberg JR,
Pericak-Vance MA,
Haines JL,
Olsson T,
Hillert J,
Ivinson AJ,
De Jager PL,
Peltonen L,
Stewart GJ,
Hafler DA,
Hauser SL,
McVean G,
Donnelly P,
Compston A
International Multiple Sclerosis Genetics Consortium · Wellcome Trust Case Control Consortium 2
Nature · 2011 · PMID 21833088 · open access
11 pages
Genetic architectures of proximal and distal colorectal cancer are partly distinct
Huyghe JR,
Harrison TA,
Bien SA,
Hampel H,
Figueiredo JC,
Schmit SL,
Conti DV,
Chen S,
Qu C,
Lin Y,
Barfield R,
Baron JA
and 129 more — show all
Cross AJ,
Diergaarde B,
Duggan D,
Harlid S,
Imaz L,
Kang HM,
Levine DM,
Perduca V,
Perez-Cornago A,
Sakoda LC,
Schumacher FR,
Slattery ML,
Toland AE,
van Duijnhoven FJB,
Van Guelpen B,
Agudo A,
Albanes D,
Alonso MH,
Anderson K,
Arnau-Collell C,
Arndt V,
Banbury BL,
Bassik MC,
Berndt SI,
Bézieau S,
Bishop DT,
Boehm J,
Boeing H,
Boutron-Ruault MC,
Brenner H,
Brezina S,
Buch S,
Buchanan DD,
Burnett-Hartman A,
Caan BJ,
Campbell PT,
Carr PR,
Castells A,
Castellví-Bel S,
Chan AT,
Chang-Claude J,
Chanock SJ,
Curtis KR,
de la Chapelle A,
Easton DF,
English DR,
Feskens EJM,
Gala M,
Gallinger SJ,
Gauderman WJ,
Giles GG,
Goodman PJ,
Grady WM,
Grove JS,
Gsur A,
Gunter MJ,
Haile RW,
Hampe J,
Hoffmeister M,
Hopper JL,
Hsu WL,
Huang WY,
Hudson TJ,
Jenab M,
Jenkins MA,
Joshi AD,
Keku TO,
Kooperberg C,
Kühn T,
Küry S,
Le Marchand L,
Lejbkowicz F,
Li CI,
Li L,
Lieb W,
Lindblom A,
Lindor NM,
Männistö S,
Markowitz SD,
Milne RL,
Moreno L,
Murphy N,
Nassir R,
Offit K,
Ogino S,
Panico S,
Parfrey PS,
Pearlman R,
Pharoah PDP,
Phipps AI,
Platz EA,
Potter JD,
Prentice RL,
Qi L,
Raskin L,
Rennert G,
Rennert HS,
Riboli E,
Schafmayer C,
Schoen RE,
Seminara D,
Song M,
Su YR,
Tangen CM,
Thibodeau SN,
Thomas DC,
Trichopoulou A,
Ulrich CM,
Visvanathan K,
Vodicka P,
Vodickova L,
Vymetalkova V,
Weigl K,
Weinstein SJ,
White E,
Wolk A,
Woods MO,
Wu AH,
Abecasis GR,
Nickerson DA,
Scacheri PC,
Kundaje A,
Casey G,
Gruber SB,
Hsu L,
Moreno V,
Hayes RB,
Newcomb PA,
Peters U
Gut · 2021 · PMID 33632709 · open access
5 pages
Stroke genetics informs drug discovery and risk prediction across ancestries
Mishra A,
Malik R,
Hachiya T,
Jürgenson T,
Namba S,
Posner DC,
Kamanu FK,
Koido M,
Le Grand Q,
Shi M,
He Y,
Georgakis MK
and 175 more — show all
Caro I,
Krebs K,
Liaw YC,
Vaura FC,
Lin K,
Winsvold BS,
Srinivasasainagendra V,
Parodi L,
Bae HJ,
Chauhan G,
Chong MR,
Tomppo L,
Akinyemi R,
Roshchupkin GV,
Habib N,
Jee YH,
Thomassen JQ,
Abedi V,
Cárcel-Márquez J,
Nygaard M,
Leonard HL,
Yang C,
Yonova-Doing E,
Knol MJ,
Lewis AJ,
Judy RL,
Ago T,
Amouyel P,
Armstrong ND,
Bakker MK,
Bartz TM,
Bennett DA,
Bis JC,
Bordes C,
Børte S,
Cain A,
Ridker PM,
Cho K,
Chen Z,
Cruchaga C,
Cole JW,
de Jager PL,
de Cid R,
Endres M,
Ferreira LE,
Geerlings MI,
Gasca NC,
Gudnason V,
Hata J,
He J,
Heath AK,
Ho YL,
Havulinna AS,
Hopewell JC,
Hyacinth HI,
Inouye M,
Jacob MA,
Jeon CE,
Jern C,
Kamouchi M,
Keene KL,
Kitazono T,
Kittner SJ,
Konuma T,
Kumar A,
Lacaze P,
Launer LJ,
Lee KJ,
Lepik K,
Li J,
Li L,
Manichaikul A,
Markus HS,
Marston NA,
Meitinger T,
Mitchell BD,
Montellano FA,
Morisaki T,
Mosley TH,
Nalls MA,
Nordestgaard BG,
O'Donnell MJ,
Okada Y,
Onland-Moret NC,
Ovbiagele B,
Peters A,
Psaty BM,
Rich SS,
Rosand J,
Sabatine MS,
Sacco RL,
Saleheen D,
Sandset EC,
Salomaa V,
Sargurupremraj M,
Sasaki M,
Satizabal CL,
Schmidt CO,
Shimizu A,
Smith NL,
Sloane KL,
Sutoh Y,
Sun YV,
Tanno K,
Tiedt S,
Tatlisumak T,
Torres-Aguila NP,
Tiwari HK,
Trégouët DA,
Trompet S,
Tuladhar AM,
Tybjærg-Hansen A,
van Vugt M,
Vibo R,
Verma SS,
Wiggins KL,
Wennberg P,
Woo D,
Wilson PWF,
Xu H,
Yang Q,
Yoon K,
Millwood IY,
Gieger C,
Ninomiya T,
Grabe HJ,
Jukema JW,
Rissanen IL,
Strbian D,
Kim YJ,
Chen PH,
Mayerhofer E,
Howson JMM,
Irvin MR,
Adams H,
Wassertheil-Smoller S,
Christensen K,
Ikram MA,
Rundek T,
Worrall BB,
Lathrop GM,
Riaz M,
Simonsick EM,
Kõrv J,
França PHC,
Zand R,
Prasad K,
Frikke-Schmidt R,
de Leeuw FE,
Liman T,
Haeusler KG,
Ruigrok YM,
Heuschmann PU,
Longstreth WT,
Jung KJ,
Bastarache L,
Paré G,
Damrauer SM,
Chasman DI,
Rotter JI,
Anderson CD,
Zwart JA,
Niiranen TJ,
Fornage M,
Liaw YP,
Seshadri S,
Fernández-Cadenas I,
Walters RG,
Ruff CT,
Owolabi MO,
Huffman JE,
Milani L,
Kamatani Y,
Dichgans M,
Debette S
COMPASS Consortium · INVENT Consortium and 13 more consortia
Nature · 2022 · PMID 36180795 · open access
5 pages
Meta-analysis of genome scans and replication identify CD6, IRF8 and TNFRSF1A as new multiple sclerosis susceptibility loci
De Jager PL,
Jia X,
Wang J,
de Bakker PI,
Ottoboni L,
Aggarwal NT,
Piccio L,
Raychaudhuri S,
Tran D,
Aubin C,
Briskin R,
Romano S
and 21 more — show all
Baranzini SE,
McCauley JL,
Pericak-Vance MA,
Haines JL,
Gibson RA,
Naeglin Y,
Uitdehaag B,
Matthews PM,
Kappos L,
Polman C,
McArdle WL,
Strachan DP,
Evans D,
Cross AH,
Daly MJ,
Compston A,
Sawcer SJ,
Weiner HL,
Hauser SL,
Hafler DA,
Oksenberg JR
International MS Genetics Consortium
Nature genetics · 2009 · PMID 19525953
3 pages
Identification of novel genetic Loci associated with thyroid peroxidase antibodies and clinical thyroid disease
Medici M,
Porcu E,
Pistis G,
Teumer A,
Brown SJ,
Jensen RA,
Rawal R,
Roef GL,
Plantinga TS,
Vermeulen SH,
Lahti J,
Simmonds MJ
and 106 more — show all
Husemoen LL,
Freathy RM,
Shields BM,
Pietzner D,
Nagy R,
Broer L,
Chaker L,
Korevaar TI,
Plia MG,
Sala C,
Völker U,
Richards JB,
Sweep FC,
Gieger C,
Corre T,
Kajantie E,
Thuesen B,
Taes YE,
Visser WE,
Hattersley AT,
Kratzsch J,
Hamilton A,
Li W,
Homuth G,
Lobina M,
Mariotti S,
Soranzo N,
Cocca M,
Nauck M,
Spielhagen C,
Ross A,
Arnold A,
van de Bunt M,
Liyanarachchi S,
Heier M,
Grabe HJ,
Masciullo C,
Galesloot TE,
Lim EM,
Reischl E,
Leedman PJ,
Lai S,
Delitala A,
Bremner AP,
Philips DI,
Beilby JP,
Mulas A,
Vocale M,
Abecasis G,
Forsen T,
James A,
Widen E,
Hui J,
Prokisch H,
Rietzschel EE,
Palotie A,
Feddema P,
Fletcher SJ,
Schramm K,
Rotter JI,
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Trans-ethnic meta-analysis of genome-wide association studies for Hirschsprung disease
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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.