Identifiers and Description

Gene Model Identifier

TTHERM_00918500

Standard Name

CYT1 (CYTochrome c1)

Aliases

PreTt07045 | 163.m00047 | 3754.m00253

Description

Cytochrome C1 family protein; component of the mitochondrial respiratory chain

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Molecular Function

• heme binding (IEA) | GO:0020037
• electron transfer activity (IEA) | GO:0009055
• iron ion binding (IEA) | GO:0005506

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: 31.9%

TetraMine Data

TTHERM_00918500

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_19174.1	9.997093137033517e-262	hypothetical protein (320 aa)
Oxytricha	Contig17316.0.g92	1.0000943968537097e-101	Cytochrome C1 family
Stentor Coeruleus	SteCoe_33301	8.194012623990515e-40
SGD	YOR065W	6.99697739292434e-35	CYT1 Cytochrome c1, component of the mitochondrial respirato ry chain; expression is regula ted by the heme-activated, glu cose-repressed Hap2p/3p/4p/5p CCAAT-binding complex
DictyBase	DDB_G0292594	2.0008113830639685e-30	cyc1 on chromosome: 6 position 1821453 to 1822974
WormBase	WBGene00000869	2.0002795641672355e-21	locus:cyc-1 status:Confirmed UniProt:Q18853 protein_id :CAA99820.1

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00918500(coding)
ATGAAGAGTTTCGTCGCTGCAGGTATTATCGGTTTGTCCTTAGCTAACTCCCAAAACAAG
GAAGTCTAGAATTTCATTTATAGAGATGATATTGGTGCTTTCTGGGGTATTAAGGGTTAT
GAAGAATTGGTTACCGAAGTTGGTACCCACAAGGGTCATAATTATTGGCCCCAATTTTCA
TTCTTGGGTACCTACGATTCTGGTTCAGTCAGAAGAGGTTTCCAAGTTTTTGCCAGAAAT
TGCGGTAACTGTCATGGTATGATTTACAAGAAGTACGATTACTTATTGGATAAGGCTTAC
AGATAATTAGAATTAGCTCAAATGGTTAGCGATTTCACTATTCACCCTGCCCATCAACAT
TTTAAACAATATTACTATCAAGAATGGGATGAGAGAGATAGAGTTATTTGCGATCACATC
TATCCTCCTTACTTCTCTTAGGATCAAGCTAAGAATGCTAACGGTGGTGTCTGGCCTACT
GATTTCTCTAAGATTAAGCTTAGACCTGGTGGTATTAACTACATTTATAACATTTCTACT
GGTTATCACTTCACTCCTCCTTTCGGTATGGATGTTCCTAAGGGCAAATACTTCAATCCT
TACTTCGATCACATGATTATTGGTATGCCCAGATAATTAGTTGATGGTTTGGTTGATTAC
GATGATGGTACCCCCGCTTCTACTCCCTAGATGGCTTATGATGTTTCTAACTTCATTAAC
TTCATGTAAAGAAGAGTTGGTTACAAGAGACCCGATAAGATGGTTAGATATTATATGGTC
TTCACTGGTGGTTTACTTATCCTTCCCTTCAAGTATTTCAAGACAAAGGCCTACTACAGA
AACCTTCTCTCCTTAAGATGGGAAATGTACGCTGTTAGAGATGGTGTTTACTACAATCAC
TTCAAATATGGTGGATACAATTCCAGAGCTTACTAATTCAGAGGTTACTTCTGGGCTTGA

>TTHERM_00918500(protein)
MKSFVAAGIIGLSLANSQNKEVQNFIYRDDIGAFWGIKGYEELVTEVGTHKGHNYWPQFS
FLGTYDSGSVRRGFQVFARNCGNCHGMIYKKYDYLLDKAYRQLELAQMVSDFTIHPAHQH
FKQYYYQEWDERDRVICDHIYPPYFSQDQAKNANGGVWPTDFSKIKLRPGGINYIYNIST
GYHFTPPFGMDVPKGKYFNPYFDHMIIGMPRQLVDGLVDYDDGTPASTPQMAYDVSNFIN
FMQRRVGYKRPDKMVRYYMVFTGGLLILPFKYFKTKAYYRNLLSLRWEMYAVRDGVYYNH
FKYGGYNSRAYQFRGYFWA

>TTHERM_00918500(gene)
ATGAAGAGTTTCGTCGCTGCAGGTATTATCGGTTTGTCCTTAGCTAACTCCCAAAACAAG
GAAGTCTAGAATTTCATTTATAGAGATGATATTGGTGCTTTCTGGGGTATTAAGGGTTAT
GAAGAATTGGTTACCGAAGTTGGTACCCACAAGGGTCATAATTATTGGCCCCAATTTTCA
TTCTTGGGTACCTACGATTCTGGTTCAGTCAGAAGAGGTTTCCAAGTTTTTGCCAGAAAT
TGCGGTAACTGTCATGGTATGATTTACAAGAAGTACGATTACTTATTGGATAAGGCTTAC
AGATAATTAGAATTAGCTCAAATGGTTAGCGATTTCACTATTCACCCTGCCCATCAACAT
TTTAAACAATATTACTATCAAGAATGGGATGAGAGAGATAGAGTTATTTGCGATCACATC
TATCCTCCTTACTTCTCTTAGGATCAAGCTAAGAATGCTAACGGTGGTGTCTGGCCTACT
GATTTCTCTAAGATTAAGCTTAGACCTGGTGGTATTAACTACATTTATAACATTTCTACT
GGTTATCACTTCACTCCTCCTTTCGGTATGGATGTTCCTAAGGGCAAATACTTCAATCCT
TACTTCGATCACATGATTATTGGTAAGCAAATCTTTTACTATTTTCAAAGAATATTCTTA
GCAGGAAGAAAAAATATAATTTTAAATTATAATTTCTAATTTAAAAAATGAAATGATAAG
CACAAACAGATATATTGAGATTGAAATATAGCCAAACGCATCAGAACTTGAACAAATTTT
TTATTTTTTACTCTAAGATTAAATATTTTAGAAATTGTTTGAAAGAAAGAAAGAAAGATA
TAAAATTTTTAGCAAAGTGGTTATTTTTACAAAAACAAATAAATCATAAGAAATGGAGAG
TTAAGAGAACTGAAAAATATAAAAAAATTAAGGCTTTATAGACATTTTTAATATAATTTA
GCAAAATATTTTTAAGCATAAATTCAAATTTTATAGTTATGAAATTAGAATTATTGATAC
AATATTAATATTAAAGTAAGATTGATTCAAAAATATGCCAATAAAATACGATTTGCATTA
ACAGCTTTTCAATAAAATTTTGTTAAGACCGATTTTAGTCATGAATAAGCTGCATAGGAT
CATTATTTGAAGCTTCTATGTGAAATAAATGAGTTTCCTTCATCAAAATTATAAAAATAT
CTTTTAGACCATAATTAAATTTTATTAAATTTCTAACTAAAATAATAAAGATATTTAATT
CAATTCTCTAAGAAATAAATATATTTGCAAATAAACTTAAGATCTATAAAACAAATTTTC
ATTAATTCATTCATTTAAATATCTTACCAGAAGTTATTCATCCATCACAAACAGATAGAC
TTGAATAATTTTCAAATTGCACTATTTTTAAATATATATTGCCTGCCTATTCAAAAAATA
TAAAAAAAAGATTCAATAAAATATAACATTTAAATGTAAAAGGTTTATTAACATATAAAT
TATAAAAAAAGGTATGCCCAGATAATTAGTTGATGGTTTGGTTGATTACGATGATGGTAC
CCCCGCTTCTACTCCCTAGATGGCTTATGATGTTTCTAACTTCATTAACTTCATGTAAAG
AAGAGTTGGTTACAAGAGACCCGATAAGATGGTTAGATATTATATGGTCTTCACTGGTGG
TTTACTTATCCTTCCCTTCAAGTATTTCAAGACAAAGGCCTACTACAGAAACCTTCTCTC
CTTAAGATGGGAAATGTACGCTGTTAGAGATGGTGTTTACTACAATCACTTCAAATATGG
TGGATACAATTCCAGAGCTTACTAATTCAGAGGTTACTTCTGGGCTTGA