Identifiers and Description

Gene Model Identifier

TTHERM_00225770

Standard Name

STF1 (Solute Transport Facilitator 1 )

Aliases

PreTt12487 | 19.m00279

Description

STF1 MFS transporter; major facilitator superfamily protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Cellular Component

• integral component of membrane (IEA) | GO:0016021

Molecular Function

• transporter activity (IEA) | GO:0005215

Biological Process

• transport (IEA) | GO:0006810

Domains

• ( TIGR00887 ) phosphate:H+ symporter
• ( TIGR00898 ) cation transport protein
• ( TIGR02332 ) 4-hydroxyphenylacetate permease
• ( PF02295 ) Adenosine deaminase z-alpha domain
• ( PF07690 ) transporter, major facilitator family
• ( PF00083 ) transporter, major facilitator superfamily
• ( TIGR00879 ) MFS transporter, sugar porter (SP)
• ( TIGR00891 ) MFS transporter, sialate:H+ symporter (SHS)
• ( TIGR00895 ) MFS transporter, aromatic acid:H+ symporter
• ( TIGR00883 ) MFS transporter, metabolite:H+ symporter (MHS)

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10.2%

TetraMine Data

TTHERM_00225770

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_05968.1	9.997093137033517e-262	hypothetical protein (532 aa)
WormBase	WBGene00008923	9.997019043202629e-21	status:Confirmed UniProt:G5E C34 protein_id:CAC35887.1
Oxytricha	Contig21106.0.g19	2.0004286606204839e-16	Major Facilitator Superfamily
Stentor Coeruleus	SteCoe_37053	0.0000000000002543665647376923
DictyBase	DDB_G0278261	0.0000000000010000211161514907	DDB_G0278261 on chromosome: 3 position 577308 to 579437
SGD	YDL194W	0.0000029996948234116693	SNF3 Plasma membrane low gluco se sensor that regulates gluco se transport; contains 12 pred icted transmembrane segments a nd a long C-terminal tail requ ired for induction of hexose t ransporters; also senses fruct ose and mannose; similar to Rg t2p

General Information

Paragraph No	Gene Name	Paragraph Text
24	STF1	Solute Transport Facilitator 1 (STF1) is a protein from the major facilitator superfamily (MFS), one of the largest families of membrane transports known, found in archaea, bacteria, and eukaryotes. This protein is predicted to have a MFS1 domain (E-value 1e-08), and is likely to transport small solutes through the membrane through either uniport, symport, or antiport. Paragraph by: Lisette Espinosa and Charles McGregor (undergraduates), Keck Science Department, Claremont McKenna College

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00225770(coding)
ATGAGTTAAAATAATAATGTATAAGACAAAGGTGATGATGATAACGTCTCCGATTTAGAA
AAAAAGACTTTAGATGAAAATTTAGATATGGATTAATGTTTGGAATATGTGAATCCAAAA
GGAAAATACTAGCTCATATTGTTTTCAATTTTACTTTTATAAGGCATAGTAGGATCATTT
GTATTTGTTGGAGGTCCTTATTTTTTTTAAGATCCTATTTTTATTTGTTAAGATGGATCA
ACATGTAGTTAAGAAGATGCTTGTAAATAAGGAAACTACTCAATTTCCGATAGCAGTAAC
CATACTCTAACTCTCCAGTTTGATCTATATTGCGATAGATAGTATCTCAAAAATTTAAGT
CTTAGCTTTATTTTTATTGGTTCTCTTTGTGGGACGTTCTTTTTTAGTTTTCTGAGTGAT
TTAAAAGGAAGAAAATTGCCTATGATAATATCATGGGCTTTTAGCGTTTTGGGTATTGGA
ATATTAGCTTTTTCTCAAAATTATGCTATGATTTTTGTAGGTTAGTTTTTAGGTGGATTC
GGAATCTATCCAACGAGCACTTTGGCTTTTATCGTTATGAGTGAATAATCAACAGGTAAT
TTTAGAAAGGTAGCTACAGGATATTTATTATTAGGCTATACACTTAGTGAGGGATCAATC
AATTTGCTAGGTTTTCTTTTTAACAACGATTGGAAGATTTTAATTAGATATTGGTTATTT
ATTCCTTCCATTATTTTGTGGTTTCCACTCTTTTATTTAATTGAAAGCCCAAGATTTTAT
CTAAATAAAGATAAGGAAAAAGTCTTAGATTGTTTGAACAAAATTGGAGCTAGAAACACT
AAAAAATCATACTAAGCAGCTCCGTTGCAGTTAACTAAAGAATAAATTAATTTCCATAAG
TACTCACTAATTAAGAAGAAAGAAGTTTATTCTTATTTAACCCTCTTTAAGTATAAATCA
ACTAGGTGGATTACAATTGCTTGCTCTATATAAAAGTTTTTAATGATATTTGTTAATTAT
GGTACTTAGTTCTCTCTATCTGATTTTGGCTTTAATATTTACATTAATGCAACCATAGGA
TTCTTGGCTGAGATGGTTTGCTTTGGATTCTTAGTCAAAGTTTTGAATACCTTCAAAAGA
AAACCTTCTGCTTTGTTCTTTTAGATTTTGAGTAGCATTTTCTGCTTGCTATTTATTGCT
TTTCCTATCCCAGACTCCTGCAAAAATAGCAGCTGCTATCAGAAATATGTATAAATCTTG
CTCTTTTTACTTTCTAAAATGTCGATTAACTCCTACTTTGTTGTCATAAGTACTTATTTC
CCTGAATTATACCCAACTTCTGTCAGGAGCTTAGGTGTAGGTTTTATCAGAGCAACTGGA
ATCTCAGGAAGTATTCTATCTTCCTTCGCCATAAGCTGGAGTAAAGAATTGGGAATATCT
CCTCTTGTTTCTTTTGGTATTATTGGTAGTTTTGGAATTATTTTTGGATTCTATCTACCT
GAAACATAAAATCAACCATTACAAGATGAAATAATAGAAATTAAGCATCAGAAAAATTCT
CTATTAGAAGTAGATGCATATTAAGCAGTTTCAAAAATAAGTGATACTTATAACAATTAA
CTTAGTAATTAAAGTGATGATTGA

>TTHERM_00225770(protein)
MSQNNNVQDKGDDDNVSDLEKKTLDENLDMDQCLEYVNPKGKYQLILFSILLLQGIVGSF
VFVGGPYFFQDPIFICQDGSTCSQEDACKQGNYSISDSSNHTLTLQFDLYCDRQYLKNLS
LSFIFIGSLCGTFFFSFLSDLKGRKLPMIISWAFSVLGIGILAFSQNYAMIFVGQFLGGF
GIYPTSTLAFIVMSEQSTGNFRKVATGYLLLGYTLSEGSINLLGFLFNNDWKILIRYWLF
IPSIILWFPLFYLIESPRFYLNKDKEKVLDCLNKIGARNTKKSYQAAPLQLTKEQINFHK
YSLIKKKEVYSYLTLFKYKSTRWITIACSIQKFLMIFVNYGTQFSLSDFGFNIYINATIG
FLAEMVCFGFLVKVLNTFKRKPSALFFQILSSIFCLLFIAFPIPDSCKNSSCYQKYVQIL
LFLLSKMSINSYFVVISTYFPELYPTSVRSLGVGFIRATGISGSILSSFAISWSKELGIS
PLVSFGIIGSFGIIFGFYLPETQNQPLQDEIIEIKHQKNSLLEVDAYQAVSKISDTYNNQ
LSNQSDD

>TTHERM_00225770(gene)
ATGAGTTAAAATAATAATGTATAAGACAAAGGTGATGATGATAACGTCTCCGATTTAGAA
AAAAAGACTTTAGATGAAAATTTAGATATGGATTAATGTTTGGAATATGTGAATCCAAAA
GGAAAATACTAGCTCATATTGTTTTCAATTTTACTTTTATAAGGCATAGTAGGATCATTT
GTATTTGTTGGAGGTCCTTATTTTTTTTAAGATCCTATTTTTATTTGTTAAGATGGATCA
ACATGTAGTTAAGAAGATGCTTGTAAATAAGGAAACTACTCAATTTCCGATAGCAGTAAC
CATACTCTAACTCTCCAGTTTGATCTATATTGCGATAGATAGTATCTCAAAAATTTAAGT
CTTAGCTTTATTTTTATTGGTTCTCTTTGTGGGACGTTCTTTTTTAGTTTTCTGAGTGAT
TTAAAAGGAAGAAAATTGCCTATGATAATATCATGGGCTTTTAGCGTTTTGGGTATTGGA
ATATTAGCTTTTTCTCAAAATTATGCTATGATTTTTGTAGGTTAGTTTTTAGGTGGATTC
GGAATCTATCCAACGAGCACTTTGGCTTTTATCGTTATGAGTGAATAATCAACAGGTAAT
TTTAGAAAGGTAGCTACAGGATATTTATTATTAGGCTATACACTTAGTGAGGGATCAATC
AATTTGCTAGGTTTTCTTTTTAACAACGATTGGAAGATTTTAATTAGATATTGGTTATTT
ATTCCTTCCATTATTTTGTGGTTTCCACTCTTTTATTTAATTGAAAGCCCAAGATTTTAT
CTAAATAAAGATAAGGAAAAAGTCTTAGATTGTTTGAACAAAATTGGAGCTAGAAACACT
AAAAAATCATACTAAGCAGCTCCGTTGCAGTTAACTAAAGAATAAATTAATTTCCATAAG
TACTCACTAATTAAGAAGAAAGAAGTTTATTCTTATTTAACCCTCTTTAAGTATAAATCA
ACTAGGTGGATTACAATTGCTTGCTCTATATAAAAGTTTTTAATGATATTTGTTAATTAT
GGTACTTAGTTCTCTCTATCTGATTTTGGCTTTAATATTTACATTAATGCAACCATAGGA
TTCTTGGCTGAGATGGTTTGCTTTGGATTCTTAGTCAAAGTTTTGAATACCTTCAAAAGA
AAACCTTCTGCTTTGTTCTTTTAGATTTTGAGTAGCATTTTCTGCTTGCTATTTATTGCT
TTTCCTATCCCAGACTCCTGCAAAAATAGCAGCTGCTATCAGAAATATGTATAAATCTTG
CTCTTTTTACTTTCTAAAATGTCGATTAACTCCTACTTTGTTGTCATAAGTACTTATTTC
CCTGAATTATACCCAACTTCTGTCAGGAGCTTAGGTGTAGGTTTTATCAGAGCAACTGGA
ATCTCAGGAAGTATTCTATCTTCCTTCGCCATAAGCTGGAGTAAAGAATTGGGAATATCT
CCTCTTGTTTCTTTTGGTATTATTGGTAGTTTTGGAATTATTTTTGGATTCTATCTACCT
GAAACATAAAATCAACCATTACAAGATGAAATAATAGAAATTAAGCATCAGAAAAATTCT
CTATTAGAAGTAGATGCATATTAAGCAGTTTCAAAAATAAGTGATACTTATAACAATTAA
CTTAGTAATTAAAGTGATGATTGA