Identifiers and Description

Gene Model Identifier

TTHERM_00131260

Standard Name

STP1 (Standard Transport Protein)

Aliases

PreTt24247 | 10.m00296 | 3698.m00020

Description

STP1 MFS transporter; major facilitator superfamily protein; Major Facilitator Superfamily Sugar Transporters

Genome Browser (Macronucleus)

Full Screen View


Genome Browser (Micronucleus)

Full Screen View

External Links

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

  • ( PF00083 ) Sugar (and other) transporter

Gene Expression Profile

Vegetative Cell Cycle (Zhang et al., 2023)

GeneMania

Tetrahymena Stock Center

No Data fetched for Tetrahymena Stock Center

Homologs

No Data fetched for Homologs

General Information

No. Gene Name(s) Paragraph Text
2243 STP1 This protein is the in domain of sugar transporter with an E-value of 1.5X10-66, indicating that the sequence contains strongly conserved amino acids typical of the domain. . These types of transporters come from the Major Facilitator Superfamily (MFS) that are responsible for binding and then transporting several different molecules such as sugars, carbohydrates, and small, biological acids. While much is unknown about this specific transporter, it most likely is involved in the binding and transport of sugars across the cell membrane. Written by Jessica Thomas and Paul Gonzalez, undergraduates at the Keck Science Department of Claremont McKenna, Pitzer, and Scripps Colleges.

Associated Literature

No Data fetched for Associated Literature

Sequences 

>TTHERM_00131260(coding)
ATGTAGCAAAAGTAAGAACAATTGCACAAATCAACGCTCTAGGTATTTATAATTACCTAG
ATTGCTTGCTTTGGAGGCTTTCTTTATGGATATGTTATCTCTGAGCTCACTATCGTTTAT
GATTAACTAGCTATTGCTTTTGGAGTTGATAAGTATAAAGATAATTAAATTTATAATGAA
GAAACTCCTGATGATTATACATCTGAATTCCACAACTTAAAAACGATTTGCACAGTTTTT
ATGCCTATTGGTGCTCTTGTTAGCAGCTACATTGGCAAGTTTATCATAAACAAGATGGGT
AGAAGATAGTACATGATGCTTAGTGATATCATAATGATTACAGGATGTGCAATCGCTATG
ATAAGCAATTTATATTCTTTCCTAGTTGCCAGATTCATCTTAGGTTATGCAGTTGGTATG
AATACTGCGGTAGTTCCTCTTTATGTCAAAGAAATGTCCCCTGTTTCTATATCTGGACTT
ACTGGTTCTATCTTCCAAATTAACATCAACTTAGGTATTATTTTATCGATTTGCATCAGT
CTTGGATTAAATCAAGTTGTTAGCAACAGCACTCCTGTTTAGGGTATTTGGAGATTGATT
ATAGTCTTCCCTGCTATTTTCTCTACCTTACGTCTACTTGGCTTGATATTTTACTCTCGT
ACTGACACGCCTTTCTACTACTTTTCAAGAGGTATGGTAGATTAAGGAACTGAGGTTTTA
AAGTCTATTTACAAAGAAGAATATGTTGAAGAGATAAAATAGACTATGACTCAAACAAAT
GATGGCGATGATGGTGTTTAGGATCAAAATTAAGAGAAAAATACAGCTTCATACAAAAGA
CGTTTACTTGTAGGAGTTTGCATTCAATTTTTTTGTTAAATGACAGGTATAAATGCAGTT
ATATAGTTTTCAAACAACATATTTGGTTTAGTAACTTCAAATTATACTACAATCAATTAT
TTAACTCTTTCTAGTAATATCTTTTTGATGTTTGCTGCATTTTTAGGCTCTTCCCTTTCT
GTCAAATTTGGTAGAAAGGTTATCCTATAAGGAGGTTACCTTTCTTGCTCTATCCTTCTC
TTAACATTTGGTATAATAGCCTTCTTTAATGTTAAAGATTACGTTGGTCTATAAGTCGTA
TCTATAATTATTATCTTCATTTTTTACGCTTGCTTTAATTGCTCTATAGGGCCAGTTACC
TGGATATTTAACAGTGATATTGTTAAAGAAGAAGGAATGAGCTACGGTGTACTTTCTAAT
TGGTTCGGTAACATAGTAAGTACTCTCATAAATCTGAACTCAATAATACAAATAAATTTC
TTAGTATTTGGAGGTTTTAGCACAGTTGGGCTTCTATTTATAACAAAGTTTGTCCTTGAA
ACAAAGGATAAGACTTATCCAGAAATACAAAGAATCTATGCAGCTGGTAAGGATGGAGAA
AAATAAGAATTATTAGATAATTGA



>TTHERM_00131260(gene)
TACATAATTTTAGTAATAGTTAAAAAAATGTAGCAAAAGTAAGAACAATTGCACAAATCA
ACGCTCTAGGTATTTATAATTACCTAGATTGCTTGCTTTGGAGGCTTTCTTTATGGATAT
GTTATCTCTGAGCTCACTATCGTTTATGATTAACTAGCTATTGCTTTTGGAGTTGATAAG
TATAAAGATAATTAAATTTATAATGAAGAAACTCCTGATGATTATACATCTGAATTCCAC
AACTTAAAAACGATTTGCACAGTTTTTATGCCTATTGGTGCTCTTGTTAGCAGCTACATT
GGCAAGTTTATCATAAACAAGATGGGTAGAAGATAGTACATGATGCTTAGTGATATCATA
ATGATTACAGGATGTGCAATCGCTATGATAAGCAATTTATATTCTTTCCTAGTTGCCAGA
TTCATCTTAGGTTATGCAGTTGGTATGAATACTGCGGTAGTTCCTCTTTATGTCAAAGAA
ATGTCCCCTGTTTCTATATCTGGACTTACTGGTTCTATCTTCCAAATTAACATCAACTTA
GGTATTATTTTATCGATTTGCATCAGTCTTGGATTAAATCAAGTTGTTAGCAACAGCACT
CCTGTTTAGGGTATTTGGAGATTGATTATAGTCTTCCCTGCTATTTTCTCTACCTTACGT
CTACTTGGCTTGATATTTTACTCTCGTACTGACACGCCTTTCTACTACTTTTCAAGAGGT
ATGGTAGATTAAGGAACTGAGGTTTTAAAGTCTATTTACAAAGAAGAATATGTTGAAGAG
ATAAAATAGACTATGACTCAAACAAATGATGGCGATGATGGTGTTTAGGATCAAAATTAA
GAGAAAAATACAGCTTCATACAAAAGACGTTTACTTGTAGGAGTTTGCATTCAATTTTTT
TGTTAAATGACAGGTATAAATGCAGTTATATAGTTTTCAAACAACATATTTGGTTTAGTA
ACTTCAAATTATACTACAATCAATTATTTAACTCTTTCTAGTAATATCTTTTTGATGTTT
GCTGCATTTTTAGGCTCTTCCCTTTCTGTCAAATTTGGTAGAAAGGTTATCCTATAAGGA
GGTTACCTTTCTTGCTCTATCCTTCTCTTAACATTTGGTATAATAGCCTTCTTTAATGTT
AAAGATTACGTTGGTCTATAAGTCGTATCTATAATTATTATCTTCATTTTTTACGCTTGC
TTTAATTGCTCTATAGGGCCAGTTACCTGGATATTTAACAGTGATATTGTTAAAGAAGAA
GGAATGAGCTACGGTGTACTTTCTAATTGGTTCGGTAACATAGTAAGTACTCTCATAAAT
CTGAACTCAATAATACAAATAAATTTCTTAGTATTTGGAGGTTTTAGCACAGTTGGGCTT
CTATTTATAACAAAGTTTGTCCTTGAAACAAAGGATAAGACTTATCCAGAAATACAAAGA
ATCTATGCAGCTGGTAAGGATGGAGAAAAATAAGAATTATTAGATAATTGATTGGTTTTC
TAAAGCTTGTAAAAATATAAAAGCATTATATAAATAGACTTTTGTATTATTAATTGTAAC
AAACATAAAAAATTTCATTTAAGTATAATATTTCTATAAATTTCCCCTTTAAAAAAATAG
T



>TTHERM_00131260(protein)
MQQKQEQLHKSTLQVFIITQIACFGGFLYGYVISELTIVYDQLAIAFGVDKYKDNQIYNE
ETPDDYTSEFHNLKTICTVFMPIGALVSSYIGKFIINKMGRRQYMMLSDIIMITGCAIAM
ISNLYSFLVARFILGYAVGMNTAVVPLYVKEMSPVSISGLTGSIFQININLGIILSICIS
LGLNQVVSNSTPVQGIWRLIIVFPAIFSTLRLLGLIFYSRTDTPFYYFSRGMVDQGTEVL
KSIYKEEYVEEIKQTMTQTNDGDDGVQDQNQEKNTASYKRRLLVGVCIQFFCQMTGINAV
IQFSNNIFGLVTSNYTTINYLTLSSNIFLMFAAFLGSSLSVKFGRKVILQGGYLSCSILL
LTFGIIAFFNVKDYVGLQVVSIIIIFIFYACFNCSIGPVTWIFNSDIVKEEGMSYGVLSN
WFGNIVSTLINLNSIIQINFLVFGGFSTVGLLFITKFVLETKDKTYPEIQRIYAAGKDGE
KQELLDN