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EMBL Nucleotide Sequence Database: developments in 2005

delete2006-01-01
delete78
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OA
AI
G
Guy Cochrane *
A
Aldebert, Philippe
A
Althorpe, Nicola
A
Andersson, Mikael
B
Baker, Wendy
B
Baldwin, Alastair
B
Bates, Kirsty
B
Bhattacharyya, Sumit
B
Browne, Paul
V
van den Broek, Alexandra
C
Castro, Matias
D
Duggan, Karyn
R
Ruth Y. Eberhardt
F
Faruque, Nadeem
G
Gamble, John
K
Kanz, Carola
K
Kulikova, Tamara
L
Lee, Charles
R
Rasko Leinonen
L
Lin, Quan
V
Vincent Lombard
R
Rodrigo López
M
McHale, Michelle
H
Hamish McWilliam
M
Mukherjee, Gaurab
N
Nardone, Francesco
P
Pastor, Maria Pilar Garcia
S
Sobhany, Siamak
P
Peter Stoehr
T
Tzouvara, Katerina
V
Vaughan, Robert
W
Wu, Dan
Z
Zhu, Weimin
R
Rolf Apweiler
DOI:10.1093/nar/gkj130delete
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Abstract

Abstract

En 中文
The EMBL Nucleotide Sequence Database (www.ebi.ac.uk/embl) at the EMBL European Bioinformatics Institute, UK, offers a comprehensive set of publicly available nucleotide sequence and annotation, freely accessible to all. Maintained in collaboration with partners DDBJ and GenBank, coverage includes whole genome sequencing project data, directly submitted sequence, sequence recorded in support of patent applications and much more. The database continues to offer submission tools, data retrieval facilities and user support. In 2005, the volume of data offered has continued to grow exponentially. In addition to the newly presented data, the database encompasses a range of new data types generated by novel technologies, offers enhanced presentation and searchability of the data and has greater integration with other data resources offered at the EBI and elsewhere. In stride with these developing data types, the database has continued to develop submission and retrieval tools to maximise the information content of submitted data and to offer the simplest possible submission routes for data producers. New developments, the submission process, data retrieval and access to support are presented in this paper, along with links to sources of further information.
Keywords:
INSTITUTES DATA RESOURCES
FACTOR-BINDING-SITES
UNIPROT
GENOME
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Journal

Nucleic Acids Research cover
Nucleic Acids Research
IF:
13.1
Papers:
3.6W
Citations:
29.0W

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