Integrating de novo and inherited variants in 42,607 autism cases identifies mutations in new moderate-risk genes.
Nature Genetics
Zhou, Xueya X; Feliciano, Pamela P; Shu, Chang C; Wang, Tianyun T; Astrovskaya, Irina I; Hall, Jacob B JB; Obiajulu, Joseph U JU; Wright, Jessica R JR; Murali, Shwetha C SC; Xu, Simon Xuming SX; Brueggeman, Leo L; Thomas, Taylor R TR; Marchenko, Olena O; Fleisch, Christopher C; Barns, Sarah D SD; Snyder, LeeAnne Green LG; Han, Bing B; Chang, Timothy S TS; Turner, Tychele N TN; Harvey, William T WT; Nishida, Andrew A; O'Roak, Brian J BJ; Geschwind, Daniel H DH; , ; Michaelson, Jacob J JJ; Volfovsky, Natalia N; Eichler, Evan E EE; Shen, Yufeng Y; Chung, Wendy K WK
Publication Date: 2022-09
Variant appearance in text: TTN: 106894G>A; G35632S
Single-cell transcriptome identifies molecular subtype of autism spectrum disorder impacted by de novo loss-of-function variants regulating glial cells.
Human Genomics
Nassir, Nasna N; Bankapur, Asma A; Samara, Bisan B; Ali, Abdulrahman A; Ahmed, Awab A; Inuwa, Ibrahim M IM; Zarrei, Mehdi M; Safizadeh Shabestari, Seyed Ali SA; AlBanna, Ammar A; Howe, Jennifer L JL; Berdiev, Bakhrom K BK; Scherer, Stephen W SW; Woodbury-Smith, Marc M; Uddin, Mohammed M
De Novo Sequence and Copy Number Variants Are Strongly Associated with Tourette Disorder and Implicate Cell Polarity in Pathogenesis.
Cell Reports
Wang, Sheng S; Mandell, Jeffrey D JD; Kumar, Yogesh Y; Sun, Nawei N; Morris, Montana T MT; Arbelaez, Juan J; Nasello, Cara C; Dong, Shan S; Duhn, Clif C; Zhao, Xin X; Yang, Zhiyu Z; Padmanabhuni, Shanmukha S SS; Yu, Dongmei D; King, Robert A RA; Dietrich, Andrea A; Khalifa, Najah N; Dahl, Niklas N; Huang, Alden Y AY; Neale, Benjamin M BM; Coppola, Giovanni G; Mathews, Carol A CA; Scharf, Jeremiah M JM; , ; , ; , ; Fernandez, Thomas V TV; Buxbaum, Joseph D JD; De Rubeis, Silvia S; Grice, Dorothy E DE; Xing, Jinchuan J; Heiman, Gary A GA; Tischfield, Jay A JA; Paschou, Peristera P; Willsey, A Jeremy AJ; State, Matthew W MW
Contribution of rare inherited and de novo variants in 2,871 congenital heart disease probands.
Nature Genetics
Jin, Sheng Chih SC; Homsy, Jason J; Zaidi, Samir S; Lu, Qiongshi Q; Morton, Sarah S; DePalma, Steven R SR; Zeng, Xue X; Qi, Hongjian H; Chang, Weni W; Sierant, Michael C MC; Hung, Wei-Chien WC; Haider, Shozeb S; Zhang, Junhui J; Knight, James J; Bjornson, Robert D RD; Castaldi, Christopher C; Tikhonoa, Irina R IR; Bilguvar, Kaya K; Mane, Shrikant M SM; Sanders, Stephan J SJ; Mital, Seema S; Russell, Mark W MW; Gaynor, J William JW; Deanfield, John J; Giardini, Alessandro A; Porter, George A GA; Srivastava, Deepak D; Lo, Cecelia W CW; Shen, Yufeng Y; Watkins, W Scott WS; Yandell, Mark M; Yost, H Joseph HJ; Tristani-Firouzi, Martin M; Newburger, Jane W JW; Roberts, Amy E AE; Kim, Richard R; Zhao, Hongyu H; Kaltman, Jonathan R JR; Goldmuntz, Elizabeth E; Chung, Wendy K WK; Seidman, Jonathan G JG; Gelb, Bruce D BD; Seidman, Christine E CE; Lifton, Richard P RP; Brueckner, Martina M
Refining the role of de novo protein-truncating variants in neurodevelopmental disorders by using population reference samples.
Nature Genetics
Kosmicki, Jack A JA; Samocha, Kaitlin E KE; Howrigan, Daniel P DP; Sanders, Stephan J SJ; Slowikowski, Kamil K; Lek, Monkol M; Karczewski, Konrad J KJ; Cutler, David J DJ; Devlin, Bernie B; Roeder, Kathryn K; Buxbaum, Joseph D JD; Neale, Benjamin M BM; MacArthur, Daniel G DG; Wall, Dennis P DP; Robinson, Elise B EB; Daly, Mark J MJ
Publication Date: 2017-04
Variant appearance in text: TTN: 106894G>A; Gly35632Ser