Identifiers and Description

Gene Model Identifier

TTHERM_00994080

Standard Name

SEP1 (Septin 1)

Aliases

PreTt20004 | 187.m00041

Description

Septin 1, Cell division protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Molecular Function

• GTP binding (IEA) | GO:0005525

Biological Process

• cell cycle (IEA) | GO:0007049

Domains

• ( PF00735 ) Cell division protein
• ( PF01926 ) GTPase of unknown function
• ( TIGR00231 ) small GTP-binding protein domain

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10.6%

TetraMine Data

TTHERM_00994080

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_05576.1	9.997093137033517e-262	cell division protein (521 aa)
WormBase	WBGene00006793	4.9981275274605926e-36	locus:unc-59 status:Confirme d UniProt:Q9U334 protein_i d:CAB63329.1
Oxytricha	Contig4578.0.g7	3.000842737734004e-34	Septin
SGD	YGR059W	3.998693556225637e-29	SPR3 Sporulation-specific homo log of the yeast CDC3/10/11/12 family of bud neck microfilam ent genes; septin protein invo lved in sporulation; regulated by ABFI
Stentor Coeruleus	SteCoe_27278	3.873997628687187e-21

General Information

No Data fetched for General Information

Associated Literature

1. Ref:18586950: Wloga D, Strzyzewska-Jówko I, Gaertig J, Jerka-Dziadosz M (2008) Septins stabilize mitochondria in Tetrahymena thermophila. Eukaryotic cell 7(8):1373-86

Sequences

>TTHERM_00994080(coding)
ATGAAAGGTAATAAAAATATTTAGGAGAACAATAGATGTGATATGAATAGCTACGGAGAC
CATAAAAAGAAGAAATCAGATGTTTAATAGTAAGCTTCTAAAATATCTAAAAGTTTTGAT
CAAGCCTCCAGTGAAGCAGAAAATAATAATGCCAATGATGATGATAGCTTTTATGATTGG
AATAAGAATGGAAATTTAGAAAAAACAAACATTGATAGAGTTAAAAGTGATATCCCATAA
ACTAGGATGATACACGCTTAAATTGAAAATGAAGAAGAAGGAGAAGAAACAAAAACTCCT
GAAGATGAAGATAAATAAAGAAATAAAATGTTTCAACAATATGAAATGAGAAAAGAGGAA
CCTTCTCTTGTGTCAGAGTATGTTGTGGGCAGCTCCCCTAAAGATGAATCATCATCTGAA
TAAAGTATTGAAGAAAAAATAAAAGAAGCATCAAGTCAACATGAAAGAAATATCAGAAAT
GTGAATTTGGAAGTGAACAATAATTAGAATCTAAACATAAATTAAAATATAGAGTCTTCA
AAATACATATATTCTTCTGAAATCTAAGCTCATATTAGAATGAAAGAATAAGAACTAAAA
AAGACAATAAGTCTAAATATAATTGTCATAGGCAAAACTGGAATAGGAAAATCGACCTTT
ATAGAAGCTTTTTTAAATGAGAAATTCGAAAAATTAAATAATGAAATACGACCAACCACT
ATTGATATAATAGAGAAAAAGGCAGTGAGAAAAGAAAATGGAATAACTTTGAATTTAAAT
ATGATTGATACTCCTGGATATGATGCAGATACATAAATAGCTTAGTGGCAGCAAAAAATA
ATTGGATATATTACTTCAAAATTCGAAAAATTCAAACAAGTAAAAAAAGAGTAAGATAAT
AAAGATGCGTCAAAGTAATAAGAAATCTAAGACTAAAGAGTTCATGGATGCTTATATTTT
TTGTGTGGACCTAGAATAAATAAAGTAGACCTAGATAACTTAAAAAAATTGTAAGAATAT
GTCTCTATTATTCCTATACTAGCTAGAGGTGATTCATATACTCCAGAAGAAGTGAAATAA
TATAAAAAATAGTTGAGAAATGATGCAGATCAAAATAAAATTTTTTTCTTTGATCCATAA
GAGGTCTTTTAAGATCAGCCTGAAAAGCTTAATAAACTACTTAAAAGTCCTTTTGGTTCT
GTTCCTCCGTTTTTGATTATCTCTTCTATAAAATAAATTTAAAAATCAGAAAATCAAGTA
TTTTATGGAAGGGAATACAAATGGGGAATATGTGATATAAAAAATCCTGAGCATTCGGAT
TTTATGCTTCTTTATACTTCACTTATTGGTTATTTTAGCACAAAACTCATTAAATTGGCT
GATGTTTACCAAAATAGTTATTTCAATTAAAAAAAGAAATAATAAAAAATAAAAGAAAAA
GAAAATAAAATAGAAAAAGGGATATTATTTGCTGGGTTATTTTCTGCAGCAGCAGCATAC
ATTTATACAAAATTCTAAAAAAACTGA

>TTHERM_00994080(protein)
MKGNKNIQENNRCDMNSYGDHKKKKSDVQQQASKISKSFDQASSEAENNNANDDDSFYDW
NKNGNLEKTNIDRVKSDIPQTRMIHAQIENEEEGEETKTPEDEDKQRNKMFQQYEMRKEE
PSLVSEYVVGSSPKDESSSEQSIEEKIKEASSQHERNIRNVNLEVNNNQNLNINQNIESS
KYIYSSEIQAHIRMKEQELKKTISLNIIVIGKTGIGKSTFIEAFLNEKFEKLNNEIRPTT
IDIIEKKAVRKENGITLNLNMIDTPGYDADTQIAQWQQKIIGYITSKFEKFKQVKKEQDN
KDASKQQEIQDQRVHGCLYFLCGPRINKVDLDNLKKLQEYVSIIPILARGDSYTPEEVKQ
YKKQLRNDADQNKIFFFDPQEVFQDQPEKLNKLLKSPFGSVPPFLIISSIKQIQKSENQV
FYGREYKWGICDIKNPEHSDFMLLYTSLIGYFSTKLIKLADVYQNSYFNQKKKQQKIKEK
ENKIEKGILFAGLFSAAAAYIYTKFQKN

>TTHERM_00994080(gene)
ATGAAAGGTAATAAAAATATTTAGGAGAACAATAGATGTGATATGAATAGCTACGGAGAC
CATAGTAATATAGTTAAATTTTTACAAATATTTCTTTAGTTAATCTAAGTCTTTTAAAGA
AAAGAAGAAATCAGATGTTTAATAGTAAGCTTCTAAAATATCTAAAAGTTTTGGTAATCA
TTAAGTTTATAAACCAACTTAGCTCGTTGAAATAAATCATATAAAAAATAATTATTTAAA
AATAAATTTAGATCAAGCCTCCAGTGAAGCAGAAAATAATAATGCCAATGATGATGATAG
CTTTTATGATTGGAATAAGAATGGAAATTTAGAAAAAACAAACATTGATAGAGTTAAAAG
TGATATCCCATAAACTAGGATGATACACGCTTAAATTGAAAATGAAGAAGAAGGAGAAGA
AACAAAAACTCCTGAAGATGAAGATAAATAAAGAAATAAAATGTTTCAACAATATGAAAT
GAGAAAAGAGGAACCTTCTCTTGTGTCAGAGTATGTTGTGGGCAGCTCCCCTAAAGATGA
ATCATCATCTGAATAAAGTATTGAAGAAAAAATAAAAGAAGCATCAAGTCAACATGAAAG
AAATATCAGAAATGTGAATTTGGAAGTGAACAATAATTAGAATCTAAACATAAATTAAAA
TATAGAGTCTTCAAAATACATATATTCTTCTGAAATCTAAGCTCATATTAGAATGAAAGA
ATAAGAACTAAAAAAGACAGTAAGTAAATTTGTTAAGTTGAATAAAGTTAAGCTTATAAA
ATTATAAAATAATAACGAATTCCACTCATCTATCTATATATCTATCTCACTCATTTGATA
TTATTTACTTAATTGCTTTATTCATTTCACTGATTTGAATTTTTAAAAACTAACTTTTAA
AACTAAAAGATAAGTCTAAATATAATTGTCATAGGCAAAACTGGAATAGGAAAATCGACC
TTTATAGAAGCTTTTTTAAATGAGGTAAGTGCTTTCTTTAAAGATTTGTTTCGGTATCTG
ATCATTAAATATTATTTTTAAATAGAAATTCGAAAAATTAAATAATGAAATACGACCAAC
CACTATTGATATAATAGAGAAAAAGGCAGTGAGAAAAGAAAATGGAATAACTTTGAATTT
AAATATGATTGATACTCCTGGATATGATGCAGATACATAAATAGCTTAGTGGCAGCAAAA
AATAATTGGATATATTACTTCAAAAGTAATTTCTTATGTTAAAATTTCTTGATTAAATTT
ATATTTTATTTTAAAAGTTCGAAAAATTCAAACAAGTAAAAAAAGAGTAAGATAATAAAG
ATGCGTCAAAGTAATAAGAAATCTAAGACTAAAGAGTAATTTATATGATTGTATTTTTAA
AATATTTTAAATCTGATTCTTTTAAAATTATTTAATTTAAATTTTTTATTATTATGATTC
ATTTATCTGCATTCCTTAGTGTTCTTATCTTTTCATTTAATTTTTTAGTCATATCATAGT
CACTATTACTATTGATTGTGAACATTTTTATATTTATGTTCTATTTATTCAGAAGTTAAT
TTTATAAAGAATAAATCATTTGATTGAAAAACTTTAGCTGATATAACATACATTTATGAA
TGGATAAAAATACAAATTTAGTTATTGATTTATCTTACCAATAATAAAGGTTCATGGATG
CTTATATTTTTTGTGTGGACCTAGAATAAATAAAGTAGACCTAGATAACTTAAAAAAATT
GTAAGAATATGTCTCTATTATTCCTATACTAGCTAGAGGTGATTCATATACTCCAGAAGA
AGTGAAATAATATAAAAAATAGTTGAGAAATGATGCAGATCAAAATAAAATTTTTTTCTT
TGATCCATAAGAGGTATGCATTCATGCATCAATGCTTTATCTTTAATAAAAAATATAATA
TTTTATATTTATAAAATTATTTAGGTCTTTTAAGATCAGCCTGAAAAGCTTAATAAACTA
CTTAAAAGTCCTTTTGGTTCTGTTCCTCCGTTTTTGATTATCTCTTCTATAAAATAAATT
TAAAAATCAGAAAATCAAGTATTTTATGGAAGGTATATGGTTTGTTTTAAATAATTCAAT
ATATTCTTAAATTTTTTTATTTATTAAAATCAGGGAATACAAATGGGGAATATGTGATAT
AAAAAATCCTGAGCATTCGGATTTTATGCTTCTTTATACTTCACTTATTGGTTATTTTAG
CACAAAACTCATTAAATTGGCTGATGTTTACCAAAATAGTTATTTCAATTAAAAAAAGAA
ATAATAAAAAATAAAAGAAAAAGAAAATAAAATAGAAAAAGGGATATTATTTGCTGGGTT
ATTTTCTGCAGCAGCAGCATACATTTATACAAAATTCTAAAAAAACTGA