Identifiers and Description

Gene Model Identifier

TTHERM_00420020

Standard Name

MCF5 (Mitochondrial Carrier Family 5)

Aliases

PreTt07127 | 46.m00182 | 3679.m00032

Description

Mitochondrial carrier protein; facilitates transport across mitochondrial membranes, possible homolog of S.cerevisiae ORT1 "ornithine transporter of the mitochondrial inner membrane".

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Cellular Component

• membrane (IEA) | GO:0016020

Molecular Function

• binding (IEA) | GO:0005488

Biological Process

• transport (IEA) | GO:0006810

Domains

• ( PF00153 ) Mitochondrial carrier protein
• ( TIGR00119 ) acetolactate synthase, small subunit

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 13.8%

TetraMine Data

TTHERM_00420020

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_11065.1	9.997093137033517e-262	mitochondrial carrier protein (320 aa)
DictyBase	DDB_G0290913	1.999534248571833e-46	mcfS on chromosome: 5 position 4740703 to 4741678
SGD	YPR058W	2.99915080840225e-45	YMC1 Mitochondrial protein, pu tative inner membrane transpor ter with a role in oleate meta bolism and glutamate biosynthe sis; member of the mitochondri al carrier (MCF) family; has s imilarity with Ymc2p
WormBase	WBGene00008320	1.0003081162615753e-33	status:Partially_confirmed U niProt:Q18844 protein_id:CAA 99811.1
Oxytricha	Contig13637.0.1.g28	1.0002124404074584e-26	Mitochondrial carrier protein
Stentor Coeruleus	SteCoe_35463	5.74952226429356e-19

General Information

No Data fetched for General Information

Associated Literature

1. Ref:SUPR000200

Sequences

>TTHERM_00420020(coding)
ATGTAATAATATTTCTAAGTATATTATTTAGTAATTAGTACTTTCTTTTAGAAAATTAGC
AGAAATTTCCTAATTAATCTCTTTTTTCAGCCAAGCAATATGACAAACTAAGCAAGCAGC
AATCAACTAGCCCCGGCTTTAGGATACCAAAAAATACCAGTCTAATAGTAACATATCAAG
AAACTGACAGTAGATTTATTAGCAGGAATGATTACAGGATGGGTTTCTGTAATAACCTTG
CAACCTCTAGATATGATCAAAACAACCATGCAAACAAGCTCCAACAAACAAAGCATATTA
GGTTGTGCAAAAGAAATATACTAAAAGTCAAAAATGAAAGGTTTTTATAAGGGTATGCTC
TTTCCTTTGATAGGCTCTAGCTTTTTTTCTGCCATTTACTACGGTTCTAATGAATAGATG
AAAAAATTAATATGCTTTTTATCGAATCACAAGTATGATAGAACTAGCTTGCCATTATAA
TATGTTTTCTTTTCAGGATCTTTTGCTGGTTTAACTACTTCATGTGTTTCTATTCCTATA
GAGCATGTAAAAATAAGACTATAAACATAAAAAAACCAATAATATACTGGCTCAATTGAT
TGCTTTAAAAAGATATTAAGAAATCATGGTGTAGTAGGACTTTACAAATCATCTATCCTT
TAATTATCAAGAGATTTTATAGGCTGTGGAAGCTTTTTTGTAATGTATGATATAACAAAG
AGATACTTCAAAAAGTAAAATAATGGAGAATTAGATAAATTAAGATTGTTTTTAAGTGGG
TGTGTAGCTGGAATGTCATATTGGCCTCTCTGCTTCCCACTAGATGTAATTAAAACAAAA
ATGCAGAGTGATTCATTCGTTAAACCCTAATTTTAAAATATAAAAGACTGTGCTCTTCAA
ATTTATAGATATGAAAATAGGGGATTTTTAAATTTTTATAAAGGATTTTTAATAAGTAAT
ATAAGATCTATTCCTAACTCAGCTATTGCACTTTTTACCTTTGAAAATGTTTTAGGATTT
CTTTCTAAATTATTTGGAATTCAAAAACCCAAGCATTGA

>TTHERM_00420020(protein)
MQQYFQVYYLVISTFFQKISRNFLINLFFQPSNMTNQASSNQLAPALGYQKIPVQQQHIK
KLTVDLLAGMITGWVSVITLQPLDMIKTTMQTSSNKQSILGCAKEIYQKSKMKGFYKGML
FPLIGSSFFSAIYYGSNEQMKKLICFLSNHKYDRTSLPLQYVFFSGSFAGLTTSCVSIPI
EHVKIRLQTQKNQQYTGSIDCFKKILRNHGVVGLYKSSILQLSRDFIGCGSFFVMYDITK
RYFKKQNNGELDKLRLFLSGCVAGMSYWPLCFPLDVIKTKMQSDSFVKPQFQNIKDCALQ
IYRYENRGFLNFYKGFLISNIRSIPNSAIALFTFENVLGFLSKLFGIQKPKH

>TTHERM_00420020(gene)
GTTCCTAAGTTTTAATGTAATAATATTTCTAAGTATATTATTTAGTAATTAGTACTTTCT
TTTAGAAAATTAGCAGAAATTTCCTAATTAATCTCTTTTTTCAGCCAAGCAATATGACAA
ACTAAGCAAGCAGCAATCAACTAGCCCCGGCTTTAGGATACCAAAAAATACCAGTCTAAT
AGTAACATATCAAGAAACTGACAGTAGATTTATTAGCAGGAATGATTACAGGTAACATTT
TTAAATAATCATATATTTATCCATAGGGATTTTACTATTGCAGTTAAAAAATAATTAGAA
CAAACTTATGACAAAAATTAAAATTATTTTATTGAATTTTTGTTTATGCCTTGTTTATTA
CTTTAAATTTAGGATGGGTTTCTGTAATAACCTTGCAACCTCTAGATATGATCAAAACAA
CCATGCAAACAAGCTCCAACAAACAAAGCATATTAGGTTGTGCAAAAGAAATATACTAAA
AGTCAAAAATGAAAGGTTTTTATAAGGGTAAATTAAAATTTAATATAGTATGAGAAATCT
TAATCTTTCTTATCAATAAAGGTATGCTCTTTCCTTTGATAGGCTCTAGCTTTTTTTCTG
CCATTTACTACGGTTCTAATGAATAGATGAAAAAATTAATATGCGTAATATAAAATAATA
TTTTTTATATGGATTATTAAAGCACACTTTCTTTAAATTAGCTTACTTATTTTATGATTT
TTAATTTTATATTATAAATTTTACAGTTTTTATCGAATCACAAGTATGATAGAACTAGCT
TGCCATTATAATATGTTTTCTTTTCAGGATCTTTTGCTGGTTTAACTACTTCATGTGTTT
CTATTCCTATAGAGCATGTAAAAATAAGACTATAAGTAGACCTTTATTAAATTTAATTTA
ATTAAGTTAAATAAACCTATTTAAATAAAATATTTAGACATAAAAAAACCAATAATATAC
TGGCTCAATTGATTGCTTTAAAAAGATATTAAGAAATCATGGTGTAGTAGGACTTTACAA
ATCATCTATCCTTTAATTATCAAGAGATTTTATAGGCTGTGGTAAGATAAATTTTTTTGG
TTATGAATTCAAATCATTTTTAATTGTTTAGGAAGCTTTTTTGTAATGTATGATATAACA
AAGAGATACTTCAAAAAGTAAAATAATGGAGAATTAGATAAATTAAGATTGTTTTTAAGT
GGGTGTGTAGCTGGAATGTCATATTGGCCTCTCTGCTTCCCACTAGATGTAATTAAAACA
AAAATGCAGAGTGATTCATTCGTTAAACCCTAATTTTAAAATATAAAAGACTGTGCTCTT
CAAATTTATAGATATGAAAATAGGGGATTTTTAAATTTTTATAAAGGATTTTTAATAAGT
AATATAAGATCTATTCCTAACTCAGCTATTGCACTTTTTACCTTTGAAAATGTTTTAGGA
TTTCTTTCTAAATTATTTGGAATTCAAAAACCCAAGCATTGAATTAAAGTGCTGCTAAAA
TATTATTTAATTTATGCTTTTCGTGTTTAATAAAAATAATTTATTTATTTTTTATAAATA
ATCATCATTTAATTAGAATTAAGATAAAGGCCATATGGCTTAAAATAAATTAACTTAATT
TGTATTCATGATAAGTTAATTAATTTGACCAAACATTGAAACTACACTAA