共 42 条
- [21] Multi-trait discovery and fine-mapping of lipid loci in 125,000 individuals of African ancestryNATURE COMMUNICATIONS, 2023, 14 (01)Kamiza, Abram BunyaToure, Sounkou M.Zhou, FengSoremekun, OpeyemiCisse, CheicknaWele, MamadouToure, Aboubacrine M.Nashiru, OyekanmiCorpas, ManuelNyirenda, MoffatCrampin, AmeliaShaffer, JeffreyDoumbia, SeydouZeggini, EleftheriaMorris, Andrew P.Asimit, Jennifer L.Chikowore, TinasheFatumo, Segun
- [22] Resequencing and fine-mapping of the chromosome 12q13-14 locus associated with multiple sclerosis refines the number of implicated genesHUMAN MOLECULAR GENETICS, 2013, 22 (11) : 2283 - 2292Cortes, AdrianField, JudithGlazov, Evgeny A.Hadler, JohannaStankovich, JimBrown, Matthew A.
- [23] Fine-mapping of 150 breast cancer risk regions identifies 191 likely target genesNature Genetics, 2020, 52 : 56 - 73Laura FachalHugues AschardJonathan BeesleyDaniel R. BarnesJamie AllenSiddhartha KarKaren A. PooleyJoe DennisKyriaki MichailidouConstance TurmanPenny SoucyAudrey LemaçonMichael LushJonathan P. TyrerMaya GhoussainiMahdi Moradi MarjanehXia JiangSimona AgataKristiina AittomäkiM. Rosario AlonsoIrene L. AndrulisHoda Anton-CulverNatalia N. AntonenkovaAdalgeir ArasonVolker ArndtKristan J. AronsonBanu K. ArunBernd AuberPaul L. AuerJacopo AzzolliniJudith BalmañaRosa B. BarkardottirDaniel BarrowdaleAlicia Beeghly-FadielJavier BenitezMarina BermishevaKatarzyna BiałkowskaAmie M. BlancoCarl BlomqvistWilliam BlotNatalia V. BogdanovaStig E. BojesenManjeet K. BollaBernardo BonanniAke BorgKristin BosseHiltrud BrauchHermann BrennerIgnacio BricenoIan W. Brock
- [24] Trans-ancestry GWAS identifies 59 loci and improves risk prediction and fine-mapping for kidney stone diseaseNature Communications, 16 (1)Xi CaoMinghui JiangYunlong GuanSi LiChen DuanYan GongYifan KongZhonghe ShaoHongji WuXiangyang YaoBo LiMiao WangHua XuXingjie Hao
- [25] Fine-mapping of 150 breast cancer risk regions identifies 191 likely target genesNATURE GENETICS, 2020, 52 (01) : 56 - 73Fachal, LauraAschard, HuguesBeesley, JonathanBarnes, Daniel R.Allen, JamieKar, SiddharthaPooley, Karen A.Dennis, JoeMichailidou, KyriakiTurman, ConstanceSoucy, PennyLemacon, AudreyLush, MichaelTyrer, Jonathan P.Ghoussaini, MayaMarjaneh, Mahdi MoradiJiang, XiaAgata, SimonaAittomaki, KristiinaRosario Alonso, M.Andrulis, Irene L.Anton-Culver, HodaAntonenkova, Natalia N.Arason, AdalgeirArndt, VolkerAronson, Kristan J.Arun, Banu K.Auber, BerndAuer, Paul L.Azzollini, JacopoBalmana, JudithBarkardottir, Rosa B.Barrowdale, DanielBeeghly-Fadiel, AliciaBenitez, JavierBermisheva, MarinaBialkowska, KatarzynaBlanco, Amie M.Blomqvist, CarlBlot, WilliamBogdanova, Natalia, VBojesen, Stig E.Bolla, Manjeet K.Bonanni, BernardoBorg, AkeBosse, KristinBrauch, HiltrudBrenner, HermannBriceno, IgnacioBrock, Ian W.
- [26] Bayesian fine-mapping using summary data of 145,000 subjects refines common risk associations, discovers secondary signals and novel candidate genes for prostate cancerCANCER RESEARCH, 2017, 77Kote-Jarai, ZsofiaDadaev, TokhirSaunders, EdNewcombe, PaulAnokian, EzequielLeongamornlert, DanielAl Olama, Ali AminHaiman, ChristopherEeles, RosConti, David
- [27] Integration of genetic fine-mapping and multi-omics data reveals candidate effector genes for hypertensionAMERICAN JOURNAL OF HUMAN GENETICS, 2023, 110 (10) : 1718 - 1734van Duijvenboden, StefanRamirez, JuliaYoung, William J.Olczak, Kaya J.Ahmed, FarahAlhammadi, Mohammed J. A. Y.Pressure, International Consortium of BloodBell, Christopher G.Morris, Andrew P.Munroe, Patricia B.
- [28] Multi-ancestry fine mapping of interferon lambda and the outcome of acute hepatitis C virus infection (vol 21, pg 348, 2020)GENES AND IMMUNITY, 2020, 21 (6-8) : 420 - 420Vergara, CandelariaDuggal, PriyaThio, Chloe L.Valencia, AnaO'Brien, Thomas R.Latanich, RachelTimp, WinstonJohnson, Eric O.Kral, Alex H.Mangia, AlessandraGoedert, James J.Piazzola, ValeriaMehta, Shruti H.Kirk, Gregory D.Peters, Marion G.Donfield, Sharyne M.Edlin, Brian R.Busch, Michael P.Alexander, GraemeMurphy, Edward L.Kim, Arthur Y.Lauer, Georg M.Chung, Raymond T.Cramp, Matthew E.Cox, Andrea L.Khakoo, Salim I.Rosen, Hugo R.Alric, LaurentWheelan, Sarah J.Wojcik, Genevieve L.Thomas, David L.Taub, Margaret A.
- [29] Multi-ancestry genome-wide association study of major depression aids locus discovery, fine mapping, gene prioritization and causal inferenceNature Genetics, 2024, 56 : 222 - 233Xiangrui MengGeorgina NavolyOlga GiannakopoulouDaniel F. LeveyDora KollerGita A. PathakNastassja KoenKuang LinMark J. AdamsMiguel E. RenteríaYanzhe FengJ. Michael GazianoDan J. SteinHeather J. ZarMegan L. CampbellDavid A. van HeelBhavi TrivediSarah FinerAndrew McQuillinNick BassV. Kartik ChundruHilary C. MartinQin Qin HuangMaria ValkovskayaChia-Yi ChuSusan KanjiraPo-Hsiu KuoHsi-Chung ChenShih-Jen TsaiYu-Li LiuKenneth S. KendlerRoseann E. PetersonNa CaiYu FangSrijan SenLaura J. ScottMargit BurmeisterRuth J. F. LoosMichael H. PreussKy’Era V. ActkinsLea K. DavisMonica UddinAgaz H. WaniDerek E. WildmanAllison E. AielloRobert J. UrsanoRonald C. KesslerMasahiro KanaiYukinori OkadaSaori Sakaue
- [30] Multi-ancestry genome-wide association study of major depression aids locus discovery, fine mapping, gene prioritization and causal inferenceNATURE GENETICS, 2024, 56 (02) : 222 - +Meng, XiangruiNavoly, GeorginaGiannakopoulou, OlgaLevey, Daniel F.Koller, DoraPathak, Gita A.Koen, NastassjaLin, KuangAdams, Mark J.Renteria, Miguel E.Feng, YanzheGaziano, J. MichaelStein, Dan J.Zar, Heather J.Campbell, Megan L.van Heel, David A.Trivedi, BhaviFiner, SarahMcQuillin, AndrewBass, NickChundru, V. KartikMartin, Hilary C.Huang, Qin QinValkovskaya, MariaChu, Chia-YiKanjira, SusanKuo, Po-HsiuChen, Hsi-ChungTsai, Shih-JenLiu, Yu-LiKendler, Kenneth S.Peterson, Roseann E.Cai, NaFang, YuSen, SrijanScott, Laura J.Burmeister, MargitLoos, Ruth J. F.Preuss, Michael H.Actkins, Ky'Era V.Davis, Lea K.Uddin, MonicaWani, Agaz H.Wildman, Derek E.Aiello, Allison E.Ursano, Robert J.Kessler, Ronald C.Kanai, MasahiroOkada, YukinoriSakaue, Saori