Analyses of Non-Coding Somatic Drivers in 2,658 Cancer Whole Genomes

AuthID
P-00R-P60
97
Author(s)
Rheinbay, E
·
PCAWG Drivers and Functional Interpretation Working Group
·
Nielsen, MM
·
Abascal, F
·
Wala, JA
·
Shapira, O
·
Tiao, G
·
Hornshøj, H
·
Hess, JM
·
Juul, RI
·
[+22]·
[+55]·
Campbell, PJ
·
López-Bigas, N
·
Weischenfeldt, J
·
Beroukhim, R
·
Martincorena, I
·
Pedersen, JS
·
Getz, G
·
PCAWG Structural Variation Working Group
·
PCAWG Consortium
Tipo de Documento
Article
Year published
2020
Publicado
in Nat., ISSN: 00280836
Volume: 578, Número: 7793, Páginas: 102-111 (9)
Indexing
Publication Identifiers
DBLP: journals/nature/RheinbayNAWSTHH20
Pubmed: 32025015
SCOPUS: 2-s2.0-85079047263
Source Identifiers
ISSN: 00280836
Export Publication Metadata
Citações
Oops! It looks like you don't have access to this content.

This section is restricted to uses with b-on access.



CORE Conference
No information about CORE Rank

During the preprocessing phase, only publications of type 'Proceedings Paper' or 'Proceedings' are automatically processed to identify their CORE Rank.

TIP: If your publication's CORE Rank is missing, you can contact with your institutional manager to have the correct ranking manually added to the record.

Journal Factors
Oops! It looks like you don't have access to this content.

This section is restricted to uses with b-on access.

Info
At this moment we don't have any links to full text documens.
Name Order Nome   Name Order Nome   Name Order Nome
1 Rheinbay, E;   2 PCAWG Drivers and Functional Interpretation Working Group;   3 Nielsen, MM;
4 Abascal, F;   5 Wala, JA;   6 Shapira, O;
7 Tiao, G;   8 Hornshøj, H;   9 Hess, JM;
10 Juul, RI;   11 Lin, Z;   12 Feuerbach, L;
13 Sabarinathan, R;   14 Madsen, T;   15 Kim, J;
16 Mularoni, L;   17 Shuai, S;   18 Lanzós, A;
19 Herrmann, C;   20 Maruvka, YE;   21 Shen, C;
22 Amin, SB;   23 Bandopadhayay, P;   24 Bertl, J;
25 Boroevich, KA;   26 Busanovich, J;   27 Carlevaro-Fita, J;
28 Chakravarty, D;   29 Chan, CWY;   30 Craft, D;
31 Dhingra, P;   32 Diamanti, K;   33 Fonseca, NA ;
34 Gonzalez-Perez, A;   35 Guo, Q;   36 Hamilton, MP;
37 Haradhvala, NJ;   38 Hong, C;   39 Isaev, K;
40 Johnson, TA;   41 Juul, M;   42 Kahles, A;
43 Kahraman, A;   44 Kim, Y;   45 Komorowski, J;
46 Kumar, K;   47 Kumar, S;   48 Lee, D;
49 Lehmann, K;   50 Li, Y;   51 Liu, EM;
52 Lochovsky, L;   53 Park, K;   54 Pich, O;
55 Roberts, ND;   56 Saksena, G;   57 Schumacher, SE;
58 Sidiropoulos, N;   59 Sieverling, L;   60 Sinnott-Armstrong, N;
61 Stewart, C;   62 Tamborero, D;   63 Tubio, JMC;
64 Umer, HM;   65 Uusküla-Reimand, L;   66 Wadelius, C;
67 Wadi, L;   68 Yao, X;   69 Zhang, C;
70 Zhang, J;   71 Haber, JE;   72 Hobolth, A;
73 Imielinski, M;   74 Kellis, M;   75 Lawrence, MS;
76 von Mering, C;   77 Nakagawa, H;   78 Raphael, BJ;
79 Rubin, MA;   80 Sander, C;   81 Stein, LD;
82 Stuart, JM;   83 Tsunoda, T;   84 Wheeler, DA;
85 Johnson, R;   86 Reimand, J;   87 Gerstein, M;
88 Khurana, E;   89 Campbell, PJ;   90 López-Bigas, N;
91 Weischenfeldt, J;   92 Beroukhim, R;   93 Martincorena, I;
94 Pedersen, JS;   95 Getz, G;   96 PCAWG Structural Variation Working Group;
97 PCAWG Consortium;