Identifiers and Description

Gene Model Identifier

TTHERM_01132890

Standard Name

TSG1 (Tumor Susceptibility Gene 1)

Aliases

PreTt10923 | 248.m00036

Description

tumor susceptibility protein putative; ESCR-I complex subunit; homolog of human TSG101

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Cellular Component

• ciliary basal body (IDA) | GO:0036064 | Ref:SUPR000136
• cytoplasm (IDA) | GO:0005737 | Ref:SUPR000136
• macronucleus (IDA) | GO:0031039 | Ref:SUPR000136

Domains

• ( TIGR00161 ) conserved hypothetical protein TIGR00161
• ( PF05743 ) Tumour susceptibility gene 101 protein

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 12.9%

TetraMine Data

TTHERM_01132890

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_01385.1	1.9998944264638884e-101	hypothetical protein (750 aa)
Oxytricha	Contig380.1.g56	0.0000007001298633766835	UEV domain
DictyBase	DDB_G0286797	0.00010003404299092957	tsg101 on chromosome: 4 positi on 4717096 to 4718707

General Information

No Data fetched for General Information

Associated Literature

1. Ref:SUPR000136

Sequences

>TTHERM_01132890(coding)
ATGTTTAGCCCTTAGAATAATGTAGCAGCAGCCGCAGCAAATCCTTTATAAAGAAACTAA
ATGCTTTCATAGTTGTTGAGATAGTGCAATTATAATTAAATTGGCGCTCTAAACAATACA
TGCTTTTAAGTATTTAGCTCATACACTGAAATGACTCCTTGCCTTTAGACAATGAAGGTA
GGAAATACAACTTAAAATGTAATTGAACTTGTTGGAAATGTTGGCATTAAGTTGAATAAT
AACACTTATCACGTTCTTACTCATATAGTATTCCCCTTATAGTTCCCTACTTGTCCTCCT
GTTATCAGAATTAAGAACATTAATCCTGATAAATTCTGCGTTAATGCGAAATACCTACAA
AACTACACAAATGATGGCTTCATTACTCTTTATTTGTCTGAGACATAAACTTGGAATCAG
CATCAAAATATTTTAAGACTTCTATAATAAATGCAAAAAGAACTCTCAGAAGCATTCCCT
TTTTATGAGAAAAAGCAATAGTTCTAAAATGGAATGGGATAAGTATAAAGCAATCCCAAT
AGCCCTTATAACTAATATAACTACTAAAATTAATAACGTCCTCCTAGTTCATTTTAATAA
AATACTTATGTAAATTAAGGGGGTTATCAGTAAAATTAATACAATAACATGTATGGAAAC
TATTAGCAACCACCAAATCCACTATAAATCAACAATAACAATAACAATAATAATTTTGTA
GGAGGAAATCAACCTATTTACATGGGAGTAGGTTAATAGCCTTAATACGAATAGTAAGTA
GCAGTTAGATTAAAATAGGAACTTGAAGTCACATTAAAAGGAATATTAGAAGAGTTTAAT
GAAGAAAAAAAATCATCTGATCAGCTCTACAGCATTAAATAAAAGCTTGATGAAAATGAA
GTTTCTTGTAATTAGTTGGAGGAAGAAATTAGAATGAAATCAAGTTTAATCCAATAGCAA
ATTTCAATTCTTTAAGAATTTATCTCTTAAAATGATTCTGCTAGCATAAACAAGGACAAT
GTATAAAACTTCATCAAAGAATAAAATCCTTTGCAAAACTAAATTTTAGAATTAACAAGT
GAATAAGAAGCTATTAAAGAAACTATTATATATATTGAAGAAGCCTTTAAGTAAAAAAAA
ATAGATTTCGAGACATTAATCAAGTCTATTTAATACTACTCTGAATTAGAATTCAATACT
AAATTACTCTTAAAAAAATGTGTGGCAAATTATAAAAAATGA

>TTHERM_01132890(protein)
MFSPQNNVAAAAANPLQRNQMLSQLLRQCNYNQIGALNNTCFQVFSSYTEMTPCLQTMKV
GNTTQNVIELVGNVGIKLNNNTYHVLTHIVFPLQFPTCPPVIRIKNINPDKFCVNAKYLQ
NYTNDGFITLYLSETQTWNQHQNILRLLQQMQKELSEAFPFYEKKQQFQNGMGQVQSNPN
SPYNQYNYQNQQRPPSSFQQNTYVNQGGYQQNQYNNMYGNYQQPPNPLQINNNNNNNNFV
GGNQPIYMGVGQQPQYEQQVAVRLKQELEVTLKGILEEFNEEKKSSDQLYSIKQKLDENE
VSCNQLEEEIRMKSSLIQQQISILQEFISQNDSASINKDNVQNFIKEQNPLQNQILELTS
EQEAIKETIIYIEEAFKQKKIDFETLIKSIQYYSELEFNTKLLLKKCVANYKK

>TTHERM_01132890(gene)
ATGTTTAGCCCTTAGAATAATGTAGCAGCAGCCGCAGCAAATCCTTTATAAAGAAACTAA
ATGCTTTCATAGTTGTTGAGATAGTGCAATTATAATTAAATGTAATTAATAATTTCTAGC
AACTATATTAATGTTTTTTTATGATCTATTATAAATTATAGTGGCGCTCTAAACAATACA
TGCTTTTAAGTATTTAGCTCATACACTGAAATGACTCCTTGCCTTTAGACAATGAGTAAA
TAAATAAATATTATATTGTAAGTAATTATTTAATAAACATATTATAAATAATATCAAAAG
AGGTAGGAAATACAACTTAAAATGTAATTGAACTTGTTGGAAATGGTAAGTAGCAATTTA
TTTTAGATGCAACAATATTAACTTAAATAAATTATCATTAAAGTTGGCATTAAGTTGAAT
AATAACACTTATCACGTTCTTACTCATATAGTATTCCCCTTATAGTTCCCTACTTGTCCT
CCTGTTATCAGAATTAAGAACATTAATCGTAAATAAATAAATAAATAAATTCTTACTCAT
ATATTTTGTTTAAAATAAAAATATTCAATCAATGAACGTAAACATAATACTTTTTATATA
AAATCAGCTGATAAATTCTGCGTTAATGCGAAATACCTACAAAACTACACAAATGATGGC
TTCATTACTCTTTATTTGTCTGAGACATAAACTTGGAATCAGCATCAAAATATTGTAAAA
ATTATTTCTGCTGAATTGCTTTTTGATATTATTGAAAAAAAAAAAAACAAAATAAATTAA
ATTAAATTTCTTCCTTTCCATTTTAAAAGCAGATAAATAAATTTAAAAAAAAAAAAAATA
TTTTTGGACAAATGGCTATCTATCGCTCTTTGTCAAAAACTTTGAATAAAATGATTTCTT
TTTTAAGGCAATTTTTATTAATTTATATTTTAATAATTGAAAAATTATTAGTTAAGACTT
CTATAATAAATGCAAAAAGAACTCTCAGAAGCATTCCCTTTTTATGAGAAAAAGCAATAG
TTCTAAAATGGAATGGGATAAGTATAAAGCAATCCCAATAGCCCTTATAACTAATATAAC
TACTAAAATTAATAACGTCCTCCTAGTTCATTTTAATAAAATACTTATGTAAATTAAGGG
GGTTATCAGTAAAATTAATACAATAACATGTATGGAAACTATTAGCAACCACCAAATCCA
CTATAAATCAACAATAACAATAACAATAATAATTTTGTAGGAGGAAATCAACCTATTTAC
ATGGGAGTAGGTTAATAGCCTTAATACGAATAGTAAGTAGCAGTTAGATTAAAATAGGAA
CTTGAAGTCACATTAAAAGGAATATTAGAAGAGTTTAATGAAGAAAAAAAATCATCTGAT
CAGCTCTACAGCATTAAATAAAAGCTTGATGAAAATGAAGTTTCTTGTAATTAGTTGGAG
GAAGAAATTAGAATGAAATCAAGTTTAATCCAATAGCAAATTTCAATTCTTTAAGAATTT
ATCTCTTAAAATGATTCTGCTAGCATAAACAAGGACAATGTATAAAACTTCATCAAAGAA
TAAAATCCTTTGCAAAACTAGTAAATATTTAGAAAAAATAAATCAAAATTCAATCTAATT
CTATTTTTAAAAACAGAATTTTAGAATTAACAAGTGAATAAGAAGCTATTAAAGAAACTA
TTATATATATTGAAGAAGCCTTTAAGTAAAAAAAAATAGATTTCGAGACATTAATCAAGG
TAAAATTATTAATAAATATAATCTCATAATAAGTTTTTTAACTTAAAAATAATTAGTCTA
TTTAATACTACTCTGAATTAGAATTCAATACTAAATTACTCTTAAAAAAATGTGTGGCAA
ATTATAAAAAATGA