Identifiers and Description

Gene Model Identifier

TTHERM_00151160

Standard Name

OXR1 (OXidation Resistance )

Aliases

PreTt20777 | 12.m00451 | 3700.m00171

Description

OXR1 TLD protein; Protein of unknown function required for oxidative damage resistance

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

• ( PF07534 ) TLD
• ( PF01476 ) LysM domain
• ( PF02370 ) M protein repeat
• ( TIGR02899 ) spore coat assembly protein SafA
• ( TIGR00100 ) hydrogenase nickel insertion protein HypA

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 14.5%

TetraMine Data

TTHERM_00151160

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_05077.1	9.997093137033517e-262	TLD family protein (660 aa)
Oxytricha	Contig1092.1.g73	2.000130478826482e-26	TLD
WormBase	WBGene00018700	3.0000451088882257e-25	locus:lmd-3 status:Confirmed UniProt:H2L004 protein_id :CCD70814.1
DictyBase	DDB_G0280413	5.00094715178354e-25	DDB_G0280413 on chromosome: 3 position 3319399 to 3322888
SGD	YPL196W	4.998394530072393e-19	OXR1 Protein of unknown functi on required for normal levels of resistance to oxidative dam age, null mutants are sensitiv e to hydrogen peroxide; member of a conserved family of prot eins found in eukaryotes
Stentor Coeruleus	SteCoe_33604	0.0000000000006914400106940203

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00151160(coding)
ATGCTGAATGCTTTTAAGAACTTGCTTAGCTTTGGAGGTAGCAATAGCAACGGAAATTCC
AGTAATAAAGGATCAAGAAAATAGAGCAATAATTCATAAGGGAATCCTTCAGATGATAAT
ATAAGATATGAAGTCATTAATTTCGAAATTTAAGAAAATGAAAATATGCCTAGGGTAAAA
CAGTTTATAGGTAAAGTCGAAGAAGAAGAGATAGAAAATCAATCTCCTTAATTATTAAAG
AAGAGAAGTTAGAGTATGAATGTTAATAGCTCAAGTATAACGAGAAATAGTGAGCAATTT
AAAAGTATAGGGGCAAATCCAAGCGATCAAAAATAAGAAGATGATGAATCGAAATATATT
TTTTACACAACTACAAATTAAGATACACTTATAGGGCTATCTATAAAATTTAATATATCT
GAATAAAAAATCAAGCTTATAAATGATGTTTCTGATACTGTATTTCCAGGAATGAAACTT
AAATTTCCTAAAGAACTCTGCTAAAGCTAATCTACAGAAGATAGTACTATTGATGATACA
TACTAAATGAATAGAAGAAAAGCTTTGTCATTAAAAAAAGAACCTCAAGCTTCGTTATAA
AGCAGAATGGATTCAAACTAAGAAATTCATAGATTCCATTTCTACTACTGTACTCCCTAT
GGAAATATTATGGGTTGCTTATCAATTAATGATAGTGTTATTATGTTTGATCCGTCCCTT
TCAAATGCTACTAATATGCAGAAATTACAAAAGAAAAGAGTGATTAAATTTTAAGCATGT
ATAGATATTAAAGATATAAATGAGTCTACTGCTCTAGTGTTACCTCCAAGAGCATCTGAA
ATAACTAATGAAAATGCTAAAGAATATGTCCTACAAATATCTCTTAGTCATATAGGAAAC
AAAGATATCTATAAAAAATATAAAGATCGTCTTAAATAGCTCAAAAAAGAGAAAAAATCA
ATTTCAACAGTGTATTTCAGAGTATTTGAAAAGGATCATTTAGGAAATGATTTAAGTAAT
TAAGATAAGTAGTAAATAGTTCAATAAGTTGTAGAAATCATTAACAAAAATATTGAAAAC
TACTAAAAGAAAAAACAGGAATAAAAGCTTGAAGCTGATTTGCAAAAATCGAATAATAAC
TCTGACCAAACAAGCAGCAGCGAAGAAAAACATTTTAATAGAAGTTAAAGCAACCCAATT
ATTTCAAAAGCAAATAGTGACTTTGAAAGCATGTTATTAAACGATACAAAAACTCAAGAC
ACTAACATGACTTAATCACTTACACATGAGAAAAGCAAAGAAAAAGAAGATAAAAGCCAA
GAAAAGGAAGAATAGAAAGAGGGAAGTGATGAAGAATTTGAACAAGAAAGCTTAACTATT
TTACCATTTTTTGATATTTTATATGAAAATATTGTTCAAAAGAAAAAACTTACTACCTAA
GAAGCAGAATAAAATTAAATGAATTAATGGTTGACTCTTGAATTTGGTGCTAAGATGCTC
GAGCACTCCAATGTACTGACCCAGGAATTGTTTTTACAGATTATATATTATGTACCTTCT
ATGTTTAGATACACAAATTGGAGACTACTATACTCTAACATGAAGCATGGCATGAGTTTT
TAGACCCTGTATAGACATTGTGAAGAGGAGTCTCCAATATTTTTAGTTGTTTAAACCTTT
TAAGGAGAGAAATTTGGAGCTTACCTTTCTGACCCTCTTCATATTACTCATGCTTTTTAT
GGTAATGGAGAATGCTTTTTATTTAAATTTTAAGGAGAAGAATAAAAAATAAAAGCCTTT
TAACCTACTGGTAAAAACTAGCATTTTATCTTCTCAAATTCAGATGGATTAGGAGTTGGC
TGTGGTGAAAAATATGGATTATTTATAAATTGTGACCTATATAGAGGGTAGACTAACAAA
TGTGATACATTTGATAATGAAATTCTAAGCTCTGATGGAAAAGAATAGTTTAAAATAAAA
AACATAGAAATATGGGGTATAGACATGTGA

>TTHERM_00151160(protein)
MLNAFKNLLSFGGSNSNGNSSNKGSRKQSNNSQGNPSDDNIRYEVINFEIQENENMPRVK
QFIGKVEEEEIENQSPQLLKKRSQSMNVNSSSITRNSEQFKSIGANPSDQKQEDDESKYI
FYTTTNQDTLIGLSIKFNISEQKIKLINDVSDTVFPGMKLKFPKELCQSQSTEDSTIDDT
YQMNRRKALSLKKEPQASLQSRMDSNQEIHRFHFYYCTPYGNIMGCLSINDSVIMFDPSL
SNATNMQKLQKKRVIKFQACIDIKDINESTALVLPPRASEITNENAKEYVLQISLSHIGN
KDIYKKYKDRLKQLKKEKKSISTVYFRVFEKDHLGNDLSNQDKQQIVQQVVEIINKNIEN
YQKKKQEQKLEADLQKSNNNSDQTSSSEEKHFNRSQSNPIISKANSDFESMLLNDTKTQD
TNMTQSLTHEKSKEKEDKSQEKEEQKEGSDEEFEQESLTILPFFDILYENIVQKKKLTTQ
EAEQNQMNQWLTLEFGAKMLEHSNVLTQELFLQIIYYVPSMFRYTNWRLLYSNMKHGMSF
QTLYRHCEEESPIFLVVQTFQGEKFGAYLSDPLHITHAFYGNGECFLFKFQGEEQKIKAF
QPTGKNQHFIFSNSDGLGVGCGEKYGLFINCDLYRGQTNKCDTFDNEILSSDGKEQFKIK
NIEIWGIDM

>TTHERM_00151160(gene)
ATGCTGAATGCTTTTAAGAACTTGCTTAGCTTTGGAGTAATTAGCTATTTTTAAAATATT
TTTCTACAATATTATTCATTACTGTGATAGCAATTATTTATCTTTAGCTTCAAAATTTAT
CAATCTAGTCATGAATAATTATTTTTAAGATAAGAAATAGCTTAAACTTAAAATAAATCT
ATAATAATTCAAGTTATGAATAAACAATTAATTATTTTACTTTTTAATTTTAGGGTAGCA
ATAGCAACGGAAATTCCAGTAATAAAGGATCAAGAAAATAGAGCAATAATTCATAAGGGA
ATCCTTCAGATGATAATATAAGATATGAAGTCATTAATTTCGAAATTTAAGAAAATGAAA
ATATGCCTAGGGTAAAACAGTTTATAGGTAAAGTCGAAGAAGAAGAGATAGAAAATCAAT
CTCCTTAATTATTAAAGAAGAGAAGTTAGAGTATGAATGTTAATAGCTCAAGTATAACGA
GAAATAGTGAGCAATTTAAAAGTATAGGGGCAAATCCAAGCGATCAAAAATAAGAAGATG
ATGAATCGAAATATATTTTTTACACAACTACAAATTAAGATACACTTATAGGGCTATCTA
TAAAATTTAATATATCGTAAATTAATATATTTTAATTTGTTTAGCATATGTCAACTTTTT
TTCAAAATTACTATTTTAGTGAATAAAAAATCAAGCTTATAAATGATGTTTCTGATACTG
TATTTCCAGGAATGGTAATTTCTTTATATTAGATGATTAAATTCAATTTTTTTAACATAA
CCTAGAAACTTAAATTTCCTAAAGAACTCTGCTAAAGCTAATCTACAGAAGATAGTACTA
TTGATGATACATACTAAATGAATAGAAGAAAAGCTTTGTCATTAAAAAAAGAACCTCAAG
CTTCGTTATAAAGCAGAATGGATTCAAACTAAGAAATTCATAGATGTAAAAAAACCATAG
TCTATTATTAACTTTAAATTTCACTTTTTATAATAAAGTCCATTTCTACTACTGTACTCC
CTATGGAAATATTATGGGTTGCTTATCAATTAATGATAGTGTTATTATGTTTGATCCGTC
CCTTTCAAATGCTACTAATATGCAGAAATTACAAAGTTAGTTTATTAATGATAATTTTTT
AAGCAAAAGCTCACAAATTTTTATTTCTATTGAATAAATTTAGAGAAAAGAGTGATTAAA
TTTTAAGCATGTATAGATATTAAAGATATAAATGAGTCTACTGCTCTAGTGTTACCTCCA
AGAGCATCTGAAATAACTAATGAAAATGCTAAAGAATATGTCCTACAAATATCTCTTAGT
CATATAGGAAACAAAGATATCTATAAAAAATATAAAGATCGTCTTAAATAGCTCAAAAAA
GAGAAAAAATCAATTTCAACAGTGTATTTCAGAGTATTTGAAAAGGATCATTTAGGAAAT
GATTTAAGTAATTAAGATAAGTAGTAAATAGTTCAATAAGTTGTAGAAATCATTAACAAA
AATATTGAAAACTACTAAGTAATCTACTTTTAGTAAAAACAGTATTTTTATATTATTTTT
TATTGAATTACACAGAAGAAAAAACAGGAATAAAAGCTTGAAGCTGATTTGCAAAAATCG
AATAATAACTCTGACCAAACAAGCAGCAGCGAAGAAAAACATTTTAATAGAAGTTAAAGC
AACCCAATTATTTCAAAAGCAAATAGTGACTTTGAAAGCATGTTATTAAACGATACAAAA
ACTCAAGACACTAACATGACTTAATCACTTACACATGAGAAAAGCAAAGAAAAAGAAGAT
AAAAGCCAAGAAAAGGAAGAATAGAAAGAGGGAAGTGATGAAGAATTTGAACAAGAAAGC
TTAACTATTTTACCATTTTTTGATATTTTATATGAAAATATTGTTCAAAAGAAAAAACTT
ACTACCTAAGAAGCAGAATAAAATTAAATGAGTAAAATTTACTTTAATTTATTTACTTAA
ATATTTAAAAGAAAAATAATAAATAGATGTTGAAAGCTATTTCTTATTTTGTTAACTTAG
CTTGGATAAATTTTTTATCATTAAATAAATAATTATTTTTTTATAGATTAATGGTTGACT
CTTGAATTTGGTGCTAAGATGCTCGAGCACTCCAATGTACTGACCCAGGAATTGTTTTTA
CAGGTATAATAATTTTTTGTAAGAGTTAAATTGAAAATTAAAAAAATTTTTAAGATTATA
TATTATGTACCTTCTATGTTTAGATACACAAATTGGAGACTACTATACTCTAACATGAAG
CATGGCATGAGTTTTTAGACGTAAAATTAACAAATAAAAATAATATATTGAACTTATTTT
CTATTAATAGCCTGTATAGACATTGTGAAGAGGAGTCTCCAATATTTTTAGTTGTTTAAA
CCTTTTAAGGAGAGAAATTTGGAGCTTACCTTTCTGACCCTCTTCATATTACTCATGCTT
TTTATGGTAATGGAGAATGCTTTTTATTTAAATTTTAAGGAGAAGAATAAAAAATAAAAG
CCTTTTAACCTACTGGTAAAAACTAGCATTTTATCTTCTCAAATTCAGATGGATTAGGAG
TTGGCTGTGGTGAAAAATATGGATTATTTATAAATTGTGACCTATATAGAGGGTAGACTA
ACAAATGTGATACATTTGATAATGAAATTCTAAGCTCTGATGGAAAAGAATAGTTTAAAA
TAAAAAACATAGAAGTAAAGTTTAAAATAATATTAGCTAATTTGAAAATAATATTATTAA
TATAATTAATAGATATGGGGTATAGACATGTGA