GO:0042102 positive regulation of T cell proliferation

Help: filtering, analyzing and downloading annotation

1 Filtering Annotations

The filters beneath each of the column headings in annotation table can be clicked to specify filtering parameters, or to map annotations to sequence identifier types other than UniProtKB accessions. More advanced queries can be entered into the 'Advanced' text box.

2 Viewing Annotation Statistics

Statistics on the selected annotation set are available in the numbers adjacent to the 'Statistics' header.

3 Viewing Annotations

The annotation table defaults to displaying an initial 25 annotations, however this can be increased by changing the value adjacent to the 'Sample size' header. Alternatively, clicking the arrow at the bottom of the annotation table will advance the display to the next 25 annotations. Many of the values in the annotation table can be clicked on, and will provide further information and navigation options (this includes GO terms and sequence identifiers).

4 Downloading Annotations

An entire set of annotations can be downloaded in a text file from QuickGO by selecting 'Association format'. Users can select the file compression option (gzip) and the number of annotations to include.

Columns:

Alt

Symbol

Taxon

Qualifier

GO ID

GO Term name

Reference

With

Date

From

1 Filter:

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Selected annotation

List proteins in selected annotation

All annotation to proteins in selected annotation

Columns shown:

splice

Symbol

Qualifier

GO ID

Reference

Evidence

With

Aspect

Name

Synonym

Type

Taxon

Taxon Name

Date

Source

GO Name

PubMed

RowID

Sequence

Choose the columns to be shown and click:

Choose protein identifier database

Use this filter to change between different sequence identifier types. QuickGO's default is to show annotations to UniProtKB (Swiss-Prot and TrEMBL) accession numbers.

UniProtKB/Swiss-Prot UniProtKB/Swiss-Prot (reviewed entries)

UniProtKB/TrEMBL UniProtKB/TrEMBL (unreviewed entries)

IPI International Protein Index

DictyBase DictyBase

UniGene UniGene

UniProtKB UniProtKB

FB FlyBase

GR GRAMENE

MGI Mouse Genome Informatics

SPOM GeneDB Schizosaccharomyces Pombe

TIGR The Institute of Genome Research

WB WormBase

ZFIN The Zebrafish Information Network

RefSeq_Prot NCBI Reference Sequences

ENSEMBL Ensembl

EMBL EMBL accession

GeneID NCBI GeneID

TAIR The Arabidopsis Information Resource

QuickGO maps between different identifier types by using a combination of mapping files provided by the databases, and using identifier cross-references supplied by UniProtKB.

If more than one identifier type needs to be used to map all required sequences, drag the selected databases to change the order in which identifiers are found.

Filter annotations by protein IDs from any database:

QuickGO will map identifiers to UniProtKB Ac.s unless you have specified an alternative identifier type via the 'DB' filter box.

OR - select a list of proteins:

BHF-UCL

KRUK

ReferenceGenome

Reference Genome Targets

Filter by taxonomy

To filter by species/taxonomic group, list taxon identifiers in the text box or select one of the pre-defined taxonomic groups below.

	9606	Human
	10090	Mouse
	40674	Mammalia
	3398	Magnoliophyta (flowering plants)
	2759	Eukaryota
	1117	Cyanobacteria

Visit NEWTTo find identifiers for other taxonomic groups

Qualifier:

(none)

colocalizes_with

contributes_to

NOT

NOT|colocalizes_with

NOT|contributes_to

GO Terms:

GO:0042102

Use these terms as a GO slim

Find annotations to these terms

Find annotations to descendants of these terms

Annotated from any of these references:

GO_REF:*

GO Reference

GO_REF:0000002

interpro

GO_REF:0000003

enzyme

GO_REF:0000004

spkw

GO_REF:0000019

compara

GO_REF:0000020

hamap

GO_REF:0000023

spsl

References (with or without database prefix):

With evidence:

IMP,IGI,IPI,IDA,IEP,EXP

Manual Experimental

IMP,IGI,IPI,IDA,IEP,EXP,ISS,TAS,NAS,ND,IC,RCA

Manual All

IMP

inferred from mutant phenotype

IGI

inferred from genetic interaction

IPI

inferred from physical interaction

IGC

Inferred from Genomic Context

ISS

inferred from sequence or structural similarity

IDA

inferred from direct assay

IEP

inferred from expression pattern

IEA

inferred from electronic annotation

TAS

traceable author statement

NAS

non-traceable author statement

no data

inferred by curator

RCA

reviewed computational annotation

ISA

inferred from sequence alignment

EXP

inferred from experiment

Annotated with reference:

EC:*

Enzyme Code

EMBL:*

EMBL accession

ENSEMBL:*

Ensembl

HAMAP:*

High-quality Automated and Manual Annotation of microbial Proteomes

InterPro:*

InterPro

IPI:*

International Protein Index

SP_KW:*

UniProt Knowledgebase keywords

SP_SL:*

SP_SL

UniProtKB:*

UniProtKB

Annotated with (with or without database prefix):

Assigned by

Select annotation from:

AgBase

BHF-UCL

ENSEMBL

Ensembl

GDB

The GDB Human Genome Database

GRAMENE

HGNC

HGNC curators

HPA

Human Proteome Atlas

IntAct

LIFEdb

MGI

Mouse Genome Informatics

PINC

Proteome Inc via Locuslink

Reactome

RGD

Rat Genome Database

SGD

Saccharomyces Genome Database

TAIR

The Arabidopsis Information Resource

TIGR

The Institute of Genome Research

UniProtKB

ZFIN

The Zebrafish Information Network

Advanced search

View annotation:

Columns:

Alt

Symbol

Taxon

Qualifier

GO ID

GO Term name

Reference

With

Date

From

Sample size:

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Options: gzip: limit:

Format: . Current columns, Tab Separated Values: .

Web service: annotation

Use this URI template to access this data as a service:

GAnnotation?format=tsv&limit=max-number-of-rows{&gz}{&q=advanced query}{&field=value{,value}}

Full details can be found on the QuickGO Web Services page.

GO:0042102 positive regulation of T cell proliferation

Term Information

Synonyms

Web service: term information

Ancestor Chart

Ancestor Table

Relationship key

Child Terms

Relationship key

Protein Annotation

1 Filtering Annotations

2 Viewing Annotation Statistics

3 Viewing Annotations

4 Downloading Annotations

Web service: annotation

Co-occurring Terms

Co-occurrence statistics