Identifiers and Description

Gene Model Identifier

TTHERM_00821910

Standard Name

GPN2 (GPN-loop GTPase 2)

Aliases

PreTt07750 | 140.m00065 | 3759.m00367

Description

GPN2 ATP-binding protein; GPN-loop GTPase

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

No Data fetched for Domains

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10.3%

TetraMine Data

TTHERM_00821910

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_17508.1	9.997093137033517e-262	hypothetical protein (382 aa)
DictyBase	DDB_G0281787	4.998444157800704e-72	gpn2 on chromosome: 3 position 4982225 to 4983345
Oxytricha	Contig21267.0.g52	6.000161128365848e-68	Conserved hypothetical ATP bin ding protein
SGD	YOR262W	2.9992141389250636e-57	YOR262W Protein of unknown fun ction required for establishme nt of sister chromatid cohesio n; contains an ATP/GTP binding site motif; similar to YLR243 W and is highly conserved acro ss species and homologous to h uman gene GPN2/ATPBD1B
WormBase	WBGene00015029	1.9992362000979228e-56	status:Partially_confirmed U niProt:O01426 protein_id:CCD 61318.1
Stentor Coeruleus	SteCoe_16053	6.47023492564546e-26

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00821910(coding)
ATGAGTAAAGATAGCAATTAATAAAAGACTCAAAATCAAGAGTTTAAATTAGAAGATGTT
CCTAATTTGTTGGAATTTTACGGAGCACTTGTAATTGGACCTAGTGGATCTGGAAAAACA
ACCTTATGCACTGGCTTGCAGCAATTTTACAAACTATTAGAAAGAGATCATGCAATTATT
AATTTAGATCCTGCTAATGAAACAATGAAATATTAATATGCTGTAGACATCAAAGATCTT
ATTAATCTAGAAGATGTTATGGAAGAGCTTAATTTAGGACCCAATGGAGGCTTGATTTAT
TGTATGAAATTTATCGAAGATAATATTGACTGGCTAAAAGAAAGAATAGCTAAGCTTAAA
GGAAAATACTTGATATTTGATTTACCAGGATAGATAGAATTGTATATGGCAAGTGATCAT
GTTAAGAATATCATAGAAAAATTAAAAAAGAATGACATCTTTGAAGCTGAATTTACTATT
GTTGAATTGTTTGATAGCACTTATTGCTACGACTATTCAAATTATGTCAGTTTAACATTG
CAAGCTTTAGTATCGTATCTCAATTTAGAAATGCCTCATATAAATGTTTTAAGCAAAATA
GATCTAATGAAGGAGTATGGAAAGCCTAAAATGTCTTTAGATCATTATTTAGATGGCTAC
GGAGTTTCACTTGCATATAAATATGATTCTATTAGTTATAAAAAGAGTTTGAGTAATTTT
GAAAAAAAAAATTATAGATTAGATAGGAGACTAGCTAGACTTATAGATGAATTTAAACTT
ATTTCATTTATTCCTCTTTCGATTGAAAATAAGTTGCTTGTTTCAAGTTTAGTTTATCAG
ATTGATAAGTCTAATGGCTTTTAATACTCAGAATAATATAACTAGGAGAGATTTTAATAA
ATCAGAGCTGATATTGCAGAAACAAGCTAGGTATATTCAGTCAACGAGAGAGTACTATTA
GAAAATGAATTATTTGGGGATTAAGAAAAAAATATAGATTGGGCAAAGGAGTTTTCTAAA
CCTATGTATAAAGAGTAGGAATTGGATGAAAATAAATCTGATGAATAAAACTAAATTTTA
GAAGATGGCGTAAATTAGGATGATAACGATGATGGAAGTTTATATGATGAAGTAGATGAC
GATGATTATTTTTATTGA

>TTHERM_00821910(protein)
MSKDSNQQKTQNQEFKLEDVPNLLEFYGALVIGPSGSGKTTLCTGLQQFYKLLERDHAII
NLDPANETMKYQYAVDIKDLINLEDVMEELNLGPNGGLIYCMKFIEDNIDWLKERIAKLK
GKYLIFDLPGQIELYMASDHVKNIIEKLKKNDIFEAEFTIVELFDSTYCYDYSNYVSLTL
QALVSYLNLEMPHINVLSKIDLMKEYGKPKMSLDHYLDGYGVSLAYKYDSISYKKSLSNF
EKKNYRLDRRLARLIDEFKLISFIPLSIENKLLVSSLVYQIDKSNGFQYSEQYNQERFQQ
IRADIAETSQVYSVNERVLLENELFGDQEKNIDWAKEFSKPMYKEQELDENKSDEQNQIL
EDGVNQDDNDDGSLYDEVDDDDYFY

>TTHERM_00821910(gene)
ATGAGTAAAGATAGCAATTAATAAAAGACTCAAAATCAAGAGTTTAAATTAGAAGATGTT
CCTAATTTGTTGGAATTTTACGGAGCACTTGTAATTGGACCTAGTGGATCTGGAAAAACA
ACCTTATGCACTGGCTTGCAGCAATTTTACAAACTATTAGAAAGAGATCATGCAATTATT
AATTTAGATCCTGCTAATGAAACAATGAAATATTAAGTATAAGAAATTAAATTAGCAAAG
CAAAATTAAATTTAAAATGATATTTTTTAATTGAATAGTATGCTGTAGACATCAAAGATC
TTATTAATCTAGAAGATGTTATGGAAGAGCTTAATTTAGGGTATAGAAATTACATATTTT
ATTATTAGGAACATATTATTAAATTTAAAGCTAATTTGGCTAATTTTTTAAAATTGCAAA
AAAATATTAGACCCAATGGAGGCTTGATTTATTGTATGAAATTTATCGAAGATAATATTG
ACTGGCTAAAAGAAAGAATAGCTAAGCTTAAAGGAAAATACTTGATATTTGATTTACCAG
GTAAAGTAGACATAAATCTACAAAATTATTTATAAAGTCATGCTAAGTAGAAATATAAAA
TTATTTATAATAAACAGGATAGATAGAATTGTATATGGCAAGTGATCATGTTAAGAATAT
CATAGAAAAATTAAAAAAGAATGACATCTTTGAAGCTGAATTTACTATTGTTGAATTGTT
TGATAGCACTTATTGCTACGACTATTCAAATTATGTCAGTTTAACATTGCAAGCTTTAGT
ATCGTATCTCAATTTAGAAATGCCTCATATAAATGTATTTGCTATAATGCTATTTTTAAG
AAAAAAAATTAAGAATTGACTTTAAATAAATAGGTTTTAAGCAAAATAGATCTAATGAAG
GAGTATGGAAAGCCTAAAATGTCTTTAGATCATTATTTAGATGGCTACGGAGTTTCACTT
GCATATAAATATGATTCTATTAGTTATAAAAAGAGTTTGAGTAATTTTGAAAAAAAAAAT
TATAGATTAGATAGGAGACTAGCTAGACTTATAGATGAATTTAAACTTATTTCATTTATT
CCTCTTTCGATTGAAAATAAGTTGCTTGTTTCAAGTTTAGTTTATCAGATTGATAAGTCT
AATGGCTTTTAATACTCAGAATAAGTAAAGTTTATTTATTTTATTGAGATATAACACATT
AATTATTTAAACATACATATATTTAGTATAACTAGGAGAGATTTTAATAAATCAGAGCTG
ATATTGCAGAAACAAGCTAGGTATATTCAGTCAACGAGAGAGTACTATTAGAAAATGAAT
TATTTGGGGATTAAGAAAAAAATATAGATTGGGCAAAGGAGTTTTCTAAACCTATGTATA
AAGAGTAGGAATTGGATGAAAATAAATCTGATGAATAAAACTAAATTTTAGAAGATGGCG
TAAATTAGGATGATAACGATGATGGAAGTTTATATGATGAAGTAGATGACGATGATTATT
TTTATTGA