Identifiers and Description

Gene Model Identifier

TTHERM_000378989

Standard Name

POT1 (protection of telomeres 1)

Aliases

KM406495

Description

transmembrane protein putative

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

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: 13%

TetraMine Data

TTHERM_000378989

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_00078.1	9.997093137033517e-262	hypothetical protein (482 aa)
Oxytricha	Contig22209.0.g66	0.0000009995106777214876	Telomeric single stranded DNA binding POT1/CDC13

General Information

No Data fetched for General Information

Associated Literature

1. Ref:25303953: Cranert S, Heyse S, Linger BR, Lescasse R, Price C (2014) Tetrahymena Pot2 is a developmentally regulated paralog of Pot1 that localizes to chromosome breakage sites but not to telomeres. Eukaryotic cell 13(12):1519-29
2. Ref:24297442: Premkumar VL, Cranert S, Linger BR, Morin GB, Minium S, Price C (2014) The 3' overhangs at Tetrahymena thermophila telomeres are packaged by four proteins, Pot1a, Tpt1, Pat1, and Pat2. Eukaryotic cell 13(2):240-5
3. Ref:17158924: Jacob NK, Lescasse R, Linger BR, Price CM (2007) Tetrahymena POT1a regulates telomere length and prevents activation of a cell cycle checkpoint. Molecular and cellular biology 27(5):1592-601

Sequences

>TTHERM_000378989(coding)
ATGTTTTGTAAAGTAAATTTTAGTAAAAATATTATTAAATAAATATTTTTATTTTACATT
TTTTTTTTTAAATAATTGTTTTGCTTATTTACTTACATAAACGATAACCTTAATTTAATT
GTTAATAATTTATTTAAAATCTCTCGGAGTATTTATTGCGCCAAATCAATTTATTTAGAA
AAATATAATTAAAAAGTATTCATAAATAAATAGGAAAGTACAAGTAGCAAAAGCATACGC
GTTAATAAAACAGAATTTAAATATAAACTAAATAGTTGCAATATATAAATGAACTAACAC
AACGAAGAGTTCTTCACACTAAATGAGCTGTATCTGAAGTAGAAAAGAAGTATCCATATT
GTAGCAATTATTTTAGATTGCACAGCATAATATAAAACTGCAAACGACTATTTGACAAGA
ATAAAAATTATTGATGATACATTTGTGAAAGTTGATAATAACGACACTAAGAAAGGATAC
TTTGAAGTTTGCCAGTTCAGTTAATTAAGGTGCAAAAGTCCCAAAGTTTAGAAAATTGGG
GACATTATTTATTTAAGGAGATACAATGTTTCTGCTAACGATGACGATAGATTGTAAATC
TAGACAAACCACTAAGCAAAATGCAGCTTTCACATATTTGACTCAGAGTAATAGCATTAC
AATGTAATTGACTCTGACTATGATGGACAGCTATAAATTTCTGAGATACTATAGGAGAGG
ATTAAATAATTAAGAAGTTATTGCTTTTAAATATTTTCAACTAAGAGCTTAATGCAAATG
ATTTGGTATGGACTTGAACCTCAAAGAGAGAATTAAATCAATAAAAAAGACTTTGACATG
CTTTTAAGGATTTAGGATATTGAATAAATTTAAAATTTTGATGAAAGCCTTGACCCTATT
CCAATGGTAAAGCTTACATTAATAGATTCTGACAACAATAATTACTATCTTACATTCCAA
GACAGAAACTATACAAAAGGCTAGGTTGTCAAGATAAGATCTGTCCGCCATATAGAAAAC
GAAGGAGTTATTGTCAAGAATGATTATTCAAATGTCTTAAAACTCTCCAATTTCTTTTAT
GACTTCAAAAATTTCCAATAAATTAAATATGACATGATTGAATACATGAAAAATAATTTT
GATTTTGATGATTACATAGAAGATCCAAGCGATGAATACAGAAGATTTTCCGTCTTAAAG
AAGATCCACTCTACAAACAATACCATAACATCACTTTAGGATTTATTAAAGATACAAACA
AACCCTTCTCAATATAGCATAATCAAGACTTAAAAATTTAAAACGCAATGCTACATCGTT
GATATCTAACCTTAGACACTAGAAGAAGCTGTTAAAAAAGTTTCTTATATGAACCATAAT
ATTTGTGTGTCATTAAAAGACTCCAGCAATTATAATAAGCATGCTGAGCTTAACAGGATA
TTAGAAGCTTAAATTGTAGTGAAAGATTAATCTATTGACTCTACTCTAAATATTCTATAA
TTAGTTTTAATCTAAGAAGAAAGAGAAAAGCACCACGATTTCTTTAAAGGAGTTGAACTG
TAAAAAATAACATCAGAAAATATTTAATAATATGAACAAAACTACTAAAAAATTTGCTAG
AGATTATGTAGTCATTCAAATACTCATAGGACTGTAGACATCGTTGTTTAGCCAATTCTT
TTTAATGATAGAATTCTTTTTAGAATCGTTGATACTTAATTTCTACCCTGA

>TTHERM_000378989(protein)
MFCKVNFSKNIIKQIFLFYIFFFKQLFCLFTYINDNLNLIVNNLFKISRSIYCAKSIYLE
KYNQKVFINKQESTSSKSIRVNKTEFKYKLNSCNIQMNQHNEEFFTLNELYLKQKRSIHI
VAIILDCTAQYKTANDYLTRIKIIDDTFVKVDNNDTKKGYFEVCQFSQLRCKSPKVQKIG
DIIYLRRYNVSANDDDRLQIQTNHQAKCSFHIFDSEQQHYNVIDSDYDGQLQISEILQER
IKQLRSYCFQIFSTKSLMQMIWYGLEPQRENQINKKDFDMLLRIQDIEQIQNFDESLDPI
PMVKLTLIDSDNNNYYLTFQDRNYTKGQVVKIRSVRHIENEGVIVKNDYSNVLKLSNFFY
DFKNFQQIKYDMIEYMKNNFDFDDYIEDPSDEYRRFSVLKKIHSTNNTITSLQDLLKIQT
NPSQYSIIKTQKFKTQCYIVDIQPQTLEEAVKKVSYMNHNICVSLKDSSNYNKHAELNRI
LEAQIVVKDQSIDSTLNILQLVLIQEEREKHHDFFKGVELQKITSENIQQYEQNYQKICQ
RLCSHSNTHRTVDIVVQPILFNDRILFRIVDTQFLP

>TTHERM_000378989(gene)
ATGTTTTGTAAAGTAAATTTTAGTAAAAATATTATTAAATAAATATTTTTATTTTACATT
TTTTTTTTTAAATAATTGTTTTGCTTATTTACTTACATAAACGATAACCTTAATTTAATT
GTTAATAATTTATTTAAAATCTCTCGGAGTATTTATTGCGCCAAATCAATTTATTTAGAA
AAATATAATTAAAAAGTATTCATAAATAAATAGGAAAGTACAAGTAGCAAAAGTATTTAT
AATTGTTAAATTTAGAGAAGCAATATTAACTGAACCATTTTAATATAAACATAGGCATAC
GCGTTAATAAAACAGAATTTAAATATAAACTAAATAGTTGCAATATATAAATGAACTAAC
ACAACGAAGAGGTAAAATATTTGATATTTTTAGTAGCTTTTACACGCATCATGCATATGA
ATAAAAGATTGATTTATTGATTATTTTATTCATTTAGATAATTCATAATTTTCAAACGTT
TGCTCAATGAAATACATTTTAAATAATATAAAAAGTTCTTCACACTAAATGAGCTGTATC
TGAAGTAGAAAAGAAGTATCCATATTGTAGCAATTATTTTAGATTGCACAGCATAATATA
AAACTGCAAACGACTATTTGACAAGAATAAAAATTATTGATGATACATTTGTGAAAGTTG
ATAATAACGACACTAAGAAAGGATACTTTGAAGTTTGCCAGTTCAGTTAATTAAGGTGCA
AAAGTCCCAAAGTTTAGAAAATTGGGGACATTATTTATTTAAGGAGATACAATGTTTCTG
CTGTAAATATTAAGATATTTTGCTTTGTTTAATTATTCATATTAGGTCTAATTTCTTTAT
TAGTTTGTGTTTTTGTTTATTTACTCTACTAGCAATTTAGCAAATACAAGTAGAATGAGT
TTGATCATTGATTGAACTTTTAAAATATTAAAAAGAACGATGACGATAGATTGTAAATCT
AGACAAACCACTAAGCAAAATGCAGCTTTCACATATTTGACTCAGAGTAATAGCATTACA
ATGTAATTGACTCTGACTATGATGGACAGCTATAAATTTCTGAGATACTATAGGAGAGGA
TTAAATAATTAAGAAGTTATTGCTTTTAAATATTTTCAACTAAGAGCTGTAAATATATAA
TATTTTATATCAACTTTTTAGACATATTGTTTTTGTATTAAATTAGTAATGCAAATGATT
TGGTATGGACTTGAACCTCAAAGAGAGAATTAAATCAATAAAAAAGACTTTGACATGCTT
TTAAGGATTTAGGATATTGAATAAATTTAAAATTTTGATGAAAGCCTTGACCCTATTCCA
ATGGTAAAGCTTACATTAATAGATTCTGACAACAATAATTACTATCTTACATTCCAAGAC
AGAAACTATACAAAAGGCTAGGTTGTCAAGATAAGATCTGTCCGCCATATGTAAAAATTT
GTGCAAATATTAATAATAACTCTAATATCTATAAATAAAATAGAGAAAACGAAGGAGTTA
TTGTCAAGAATGATTATTCAAATGTCTTAAAACTCTCCAATTTCTTTTATGACTTCAAAA
ATTTCCAATAAATTAAATATGACATGATTGAATACATGAAAAATAATTTTGATTTTGATG
ATTACATAGAAGATCCAAGCGATGAATACAGAAGATGTAATCAAAAAAAAAAAAAATAAA
TAAATAAATAAAGGGGGAACTTTATAATTTTTTTTTATTTGACAAAAGTTTCCGTCTTAA
AGAAGATCCACTCTACAAACAATACCATAACATCACTTTAGGATTTATTAAAGATACAAA
CAAACCCTTCTCAATATAGCATAATCAAGACTTAAAAATTTAAAACGCAATGCTACATCG
TTGATATCTAACCTTAGACACTAGAAGAAGCTGTTAAAAAAGTTTCTTATATGAACCATA
ATATTTGGTAAAAATGAATTAAAGAAAATGTTATTCTAAATTATAGTTTGATAAAATAGT
GTGTCATTAAAAGACTCCAGCAATTATAATAAGCATGCTGAGCTTAACAGGATATTAGAA
GCTTAAATTGTAGTGAAAGATTAATCTATTGACTCTACTCTAAATATTCTATAATTAGTT
TTAATCTAAGAAGAAAGAGAAAAGCACCACGTAAATAATTATTATGTATTAGAAAATAAA
AGCTCATTGTATAAAAAAAGGATTTCTTTAAAGGAGTTGAACTGTAAAAAATAACATCAG
AAAATATTTAATAATATGAACAAAACTACTAAAAAATTTGCTAGAGATTATGTAGTCATT
CAAATACTCATAGGACTGTAGACATCGTTGTTTAGCCAATTCTTTTTAATGATAGAATTC
TTTTTAGAATCGTTGATACTTAATTTCTACCCTGA