Identifiers and Description

Gene Model Identifier

TTHERM_00794250

Standard Name

UNG1 (Uracil DNA N-Glycosylase)

Aliases

PreTt21424 | 134.m00104

Description

uracil-DNA glycosylase superfamily protein; uracil-DNA glycosylase family protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Molecular Function

• uracil DNA N-glycosylase activity (IEA) | GO:0004844

Biological Process

• base-excision repair (IEA) | GO:0006284

Domains

• ( TIGR00628 ) uracil-DNA glycosylase
• ( PF03167 ) Uracil DNA glycosylase superfamily

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 16.9%

TetraMine Data

TTHERM_00794250

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_13300.1	2.0005951135209932e-158	uracil-DNA glycosylase (308 aa )
Oxytricha	Contig4825.0.g10	2.998543574353313e-72	Uracil DNA glycosylase superfa mily
WormBase	WBGene00013241	3.0012565309061457e-65	locus:ung-1 status:Confirmed UniProt:Q9U221 protein_id :CAB60520.1
DictyBase	DDB_G0277877	5.9981191891941984e-64	uglA on chromosome: 3 position 330250 to 331290
SGD	YML021C	2.000364041471746e-45	UNG1 Uracil-DNA glycosylase, r equired for repair of uracil i n DNA formed by spontaneous cy tosine deamination, not requir ed for strand-specific mismatc h repair, cell-cycle regulated , expressed in late G1, locali zes to mitochondria and nucleu s
Stentor Coeruleus	SteCoe_4950	1.3336148155022614e-34

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00794250(coding)
ATGTTTATATTTAGAAAATCAAGTTTTTTCTTTTAAAAAAATTTAATACTAAACTATTCA
ATAGCGAAAATACCTTAGCAGCTAACAGCACAAATGAGTTAAAAAAATATGACTGACTAT
TTTAAGGCTAAGCCTGAGGCAAAAGAAAAGCCTAAGAAGAAAGTAGCCAAAAATGAAATG
GAAGAAGAGGAAGAAGTGAAAGTAGATAAAGTAGAAAAAAAAGAAAAATTAGCTGGCGAA
TTCCCTACATTCGATGAATTTTAAGATGATTTATGTTCTTGGAAAGATATTTTAGGAACT
TACATAAAATCTCAAAAATTTAAAAGTATTTACACCTTTGTAAAGAAGGAGTATGCAGAT
AAAACATGTTATCCTCCTGCCCATGAGATATTCAATGTTTTCAAGTAGACTCCTCTTAAT
ACACTGAAAGTTGTAATCGTTGGCTAAGATCCTTATCACTAGCCTGGTTAAGCTATGGGT
CTTTGCTTCTCTGTAAAAAAGGGTGTTAAGCCACCTCCTTCCTTGGTCAATATATACAAA
TCTTTATCAAACGATCCTAAGATTAAAGGATTTAAAACACCAAATCATGGAGATTTAACT
AAGTGGGCAAATTAAGGTGTTTTTCTACTTAACGATATAATGACTGTTGAATATGATAAG
CCTGCTTCACACAGCAAATCTGGTTGGGCTGATTTCACTTCAGAAGTTATTAAAATAATA
AACAAAGAGTGCAAAGATATTGTATTCTTACTGTGGGGTAAGCCAGCATAAAAAAAGGCT
TCAATAGTTGATACAAAGAAGCATCACGTACTAGCTACTTCTCATCCATCTCCTTTAGGC
TATATGAAAGGATTTGATAAGGCGAATTGCTTCTCTGCATGTAATGAAATTCTTGTAAAG
CTTGGTAAAGAGCCTATAGATTGGTAGGTCTGA

>TTHERM_00794250(protein)
MFIFRKSSFFFQKNLILNYSIAKIPQQLTAQMSQKNMTDYFKAKPEAKEKPKKKVAKNEM
EEEEEVKVDKVEKKEKLAGEFPTFDEFQDDLCSWKDILGTYIKSQKFKSIYTFVKKEYAD
KTCYPPAHEIFNVFKQTPLNTLKVVIVGQDPYHQPGQAMGLCFSVKKGVKPPPSLVNIYK
SLSNDPKIKGFKTPNHGDLTKWANQGVFLLNDIMTVEYDKPASHSKSGWADFTSEVIKII
NKECKDIVFLLWGKPAQKKASIVDTKKHHVLATSHPSPLGYMKGFDKANCFSACNEILVK
LGKEPIDWQV

>TTHERM_00794250(gene)
ATGTTTATATTTAGAAAATCAAGTTTTTTCTTTTAAAAAAATTTAATACTAAACTATTCA
ATAGCGAAAATACCTTAGCAGCTAACAGCACAAATGAGTTAAAAAAGTACAATTTAATTG
TTAAACTTTTAGCTTAAACCAATTTTCAATTATAAAATAGATATGACTGACTATTTTAAG
GCTAAGCCTGAGGCAAAAGAAAAGCCTAAGAAGAAAGTAGCCAAAAATGAAATGGAAGAA
GAGGAAGAAGTGAAAGTAGATAAAGTAGAAAAAAAAGAAAAATTAGCTGGCGAATTCCCT
ACATTCGATGAATTTTAAGATGATTTATGTTCTTGGAAAGATATTTTAGGAACTTACATA
AAATCTCAAAAATTTAAAAGTATTTACACCTTTGTAAAGAAGGAGTATGCAGATAAAACA
GTAAAAATTGATCTTATTTCTCTAAACATGAATTAAAAAATTATATAAATAGTGTTATCC
TCCTGCCCATGAGATATTCAATGTTTTCAAGTAGACTCCTCTTAATACACTGAAAGTAGA
ATAATTTTTTTAGGAAATCTAATTTTATATAAAAAAACTATTATCAATAAAGGTTGTAAT
CGTTGGCTAAGATCCTTATCACTAGCCTGGTTAAGCTATGGGTCTTTGCTTCTCTGTAAA
AAAGGGTGTTAAGCCACCTCCTTCCTTGGTCAATATATACAAATCTTTATCAAACGATCC
TAAGATTAAAGGATTTAAAACACCAAATCATGGAGATTTAACTAAGTGGGCAAATTAAGG
TAATTAAAATTAATCAATATTTATTTTGATTATTTATCTTAGGTAGATTAAAATAATATA
TTTTGTTTGTTAAAGGTGTTTTTCTACTTAACGATATAATGACTGTTGAATATGATAAGC
CTGCTTCACACAGCAAATCTGGTTGGGCTGATTTCACTTCAGAAGTTATTAAAATAATAA
ACAAAGAGTGCAAAGATATTGTATTCTTACTGTGGGGTAAGCCAGCATAAAAAAAGGCTT
CAATAGTTGATACAAAGAAGTAAGAAATTTATCTTTTTAATTATTTTTAAACAAGTTATA
GCAATCATAATTGTGGAAATTATTTAAAAAAATATACTAAAAAGTTAATACATTAATTTT
ATAAATTTATTTTTTTTCTTTTGCTTATAATTTATTTACATTCTAGTTTCCAAATAAAAT
ATTTTGTTGGATGAAAGTTAATGAAAGCTAAATTTAGGTTTAGAAGATAATTTATTTAAT
AATGCAAAATAATTTTAAATAAAATTACATTTTTTTTTTTTAAGATTAAAAATTAATTAT
TATCTATTTTCTCCTCCTTACACTTTTGAAAAAAGCAATGATAACTGAATTATGCATATA
AATATTTTGTGAATACAAAATATTGTTATTTATTGTTATTTCAAAGATTTTTAAATGTGT
ATAATTTAATAAGATTTTATAAATACACTCTAATGATTATAAATATTATTGTTTTCTTAG
TATATAATTTTAAGATAATTTAAAAATGAAAAGTAGGAATAAAATTTTTACCCGTAGGTG
TAGATAAAATAATTATTTAAATGACAATTTTATTGAAAGCTTGTTTTTAATTATGCCTTT
AATATTACAAAAGGCTTAGAAATTTTAATAATATAAATCAAAAATATGATGCCCATTATT
TTTATTTGATTGTTAATTTTCAGCTTATAATAAGACTATCAAAAAAAATTAATATTATTA
TCAAAAAGGCATCACGTACTAGCTACTTCTCATCCATCTCCTTTAGGCTATATGAAAGGA
TTTGATAAGGCGAGTAAAAAATATGAATTAATTAAAAATTTTACATTTAATTTTAAATAA
AAAAATAGATTGCTTCTCTGCATGTAATGAAATTCTTGTAAAGCTTGGTAAAGAGCCTAT
AGATTGGTAGGTCTGA