Identifiers and Description

Gene Model Identifier

TTHERM_00218980

Standard Name

GPP1 (G-Patch Protein 1)

Aliases

PreTt22326 | 18.m00352 | 3701.m00111

Description

G-patch domain protein; G-patch domain containing protein; involved in telomere addition

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Cellular Component

• macronucleus (IDA) | GO:0031039 | Ref:SUPR000040
• intracellular (IEA) | GO:0005622

Molecular Function

• nucleic acid binding (IEA) | GO:0003676

Domains

• ( PF01585 ) G-patch domain

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10.1%

TetraMine Data

TTHERM_00218980

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_06671.1	9.997093137033517e-262	G-patch domain-containing prot ein (599 aa)
SGD	YLR424W	0.0000009995106777214876	SPP382 Essential protein that forms a dimer with Ntr2p; also forms a trimer, with Ntr2p an d Prp43p, that is involved in spliceosome disassembly; found also in a multisubunit comple x with the splicing factor Clf 1p; suppressor of prp38-1 muta tion
Oxytricha	Contig621.0.g49	0.000009999254677478949	GC-rich sequence DNA-binding f actor-like protein
WormBase	WBGene00016383	0.00010003404299092957	locus:zgpa-1 status:Confirme d UniProt:Q18418 protein_i d:CCD66580.1

General Information

No Data fetched for General Information

Associated Literature

1. Ref:SUPR000040

Sequences

>TTHERM_00218980(coding)
ATGAATACTACTTTAAATAAATACAATAATTTATACCAAAAAATTGTTCAAGGCTCTCAC
CATAATCACATGTTTGATGAAGAGTATTACGCAGATGAAGACATAAGTAATGACATCGCT
CTATAGGCTATTCTACGCAATAAAAAATTATGTGGTCCTGTTCTCTATACCACCACATTT
GGATTTAAAAACAATATTTAATTACAGGGCTAGCAAAGCAAAATATCATAAACATAAAAA
TCTTTCGGGGCTATGTCAAACAAATAATAAAAAAACGGGGCTTTCACATACGATAGTTTA
AAGCAAAAGATCATACTAAAAGATATTATTTCAGATGCAGCTTCGACTATTAAAGCTCCC
GTAGCTACTCGAATTGTAGAGTATAATCTTTAATCTAAATAAATTAAAGATACAAATATT
CATGACTTGATTAATAATTTAGACTACTTTAGTTAGTTTTCCATAAAAGAACTTATTTTG
AATCTTTCATAGAACCCTTTATGCGATAATGGATTCGTCTAGTTAATTAATCACCTCCCT
ATATTCACTACTGCAGAATTAATCACAATTAATCTTGAAAACACTCATATCACAGATCAC
TCTCTACGTTCTCTAAATAGAATCTCTGGACATTTTGAAAATTTAAAAGAAATGTAGTTA
TTGCTCAAAAAGACTTTAATCACAGAGAAATAATCATTCACTCTTGTTGATACTTTTAAC
AATAATGGAATCGATCTAGAAGTTAGTTGTGATTTTGATAAAGTCAATATTTACTCATCT
GAAGTTTCACAAAACGCTAAGCAAGGTGTAGAAATGACTTAATCCAATATTAGCAACTCT
TCAAATGTAAGCAATTTAAGTAGAGCAAACTCAAAGCTTCAATCTAAAATAAATGACAAA
ATTACTACTTAAGTATTTAGTACTGGATCTTTTTCTTAAACTAATATAGGATCTTCAGAA
ATGAATACCAATTCCTTCCAATAAAATTTCAATAAATCTTCTCTAGGCAGTAACTTAGGT
ATGTCATCAAGTTAAATAAGCTAATCTCTACAAGAAGAAGACGTTAAACGTAAAAGTCCA
GAAGAATTAGCTGCAGAGAAGAACTATGAAGATGGGTATGGAAAAGGTTTTAAAATTCTT
ATGGGATTAGGATATAAAGTGGGTAAAGGTCTAGGAAAAAATGATTAAGGCATAACAGAG
CCAGTTTAACCATAAAATAAAAGCAAATTTAAAGAGAATAATCAAAGTAAAGCAAGTATG
GACTACTTTGAATCATTATCAAATAAAACTCAATCTTAGCAAGGTTTATCTAAAATGGTT
AAATTTGAAAAGAAATCTACTCTAATAATCAACTAAAAACCTACTGATTAAGATACAGAA
GATGACAATACATCACCATCGACATCTAGTAATTCAAAAATAGAGTAAATGGAGCTCTAA
AAAACTTCATCCTAGTCAAAGGGCTCTGCAAATATAAAACAAAATAATAATCTCTCTCCA
TTTAATCAATATTAAGGAATTAACATGTATGGAAATCCAAATCAATAATAGCTTTTGCAT
TAAAACATTTCAACAAGCCCATTTATTGGAAATAATTAATAACCATAACAACAACTTCTC
ATGAGTTAGTAGTAGTAATAATAATAAATGCATAATTAAATGTAAATGCATCAATAATAA
ACACCCTTAAATTAATATGTAGCAATGTAGCTTCATCCATCAAGGATGATGTGA

>TTHERM_00218980(protein)
MNTTLNKYNNLYQKIVQGSHHNHMFDEEYYADEDISNDIALQAILRNKKLCGPVLYTTTF
GFKNNIQLQGQQSKISQTQKSFGAMSNKQQKNGAFTYDSLKQKIILKDIISDAASTIKAP
VATRIVEYNLQSKQIKDTNIHDLINNLDYFSQFSIKELILNLSQNPLCDNGFVQLINHLP
IFTTAELITINLENTHITDHSLRSLNRISGHFENLKEMQLLLKKTLITEKQSFTLVDTFN
NNGIDLEVSCDFDKVNIYSSEVSQNAKQGVEMTQSNISNSSNVSNLSRANSKLQSKINDK
ITTQVFSTGSFSQTNIGSSEMNTNSFQQNFNKSSLGSNLGMSSSQISQSLQEEDVKRKSP
EELAAEKNYEDGYGKGFKILMGLGYKVGKGLGKNDQGITEPVQPQNKSKFKENNQSKASM
DYFESLSNKTQSQQGLSKMVKFEKKSTLIINQKPTDQDTEDDNTSPSTSSNSKIEQMELQ
KTSSQSKGSANIKQNNNLSPFNQYQGINMYGNPNQQQLLHQNISTSPFIGNNQQPQQQLL
MSQQQQQQQMHNQMQMHQQQTPLNQYVAMQLHPSRMM

>TTHERM_00218980(gene)
ATGAATACTACTTTAAATAAATACAATAATTTATACCAAAAAATTGTTCAAGGCTCTCAC
CATAATCACATGTTTGATGAAGAGTATTACGCAGATGAAGACATAAGTAATGACATCGCT
CTATAGGCTATTCTACGCAATAAAAAATTATGTGGTCCTGTTCTCTATACCACCACATTT
GGATTTAAAAACAATATTTAATTACAGGGCTAGCAAAGCAAAATATCATAAACATAAAAA
TCTTTCGGGGCTATGTCAAACAAATAATAAAAAAACGGGGCTTTCACATACGATAGTTTA
AAGCAAAAGATCATACTAAAAGATATTATTTCAGATGCAGCTTCGACTATTAAAGCTCCC
GTAGCTACTCGAATTGTAGAGTATAATCTTTAATCTAAATAAATTAAAGATACAAATATT
CATGACTTGATTAATAATTTAGACTACTTTAGTTAGTTTTCCATAAAAGAACTTATTTTG
AATCTTTCATAGAACCCTTTATGCGATAATGGATTCGTCTAGTTAATTAATCACCTCCCT
ATATTCACTACTGCAGAATTAATCACAATTAATCTTGAAAACACTCATATCACAGATCAC
TCTCTACGTTCTCTAAATAGAATCTCTGGACATTTTGAAAATTTAAAAGAAATGTAGTTA
TTGCTCAAAAAGACTTTAATCACAGAGAAATAATCATTCACTCTTGTTGATACTTTTAAC
AATAATGGAATCGATCTAGAAGTTAGTTGTGATTTTGATAAAGTCAATATTTACTCATCT
GAAGTTTCACAAAACGCTAAGCAAGGTGTAGAAATGACTTAATCCAATATTAGCAACTCT
TCAAATGTAAGCAATTTAAGTAGAGCAAACTCAAAGCTTCAATCTAAAATAAATGACAAA
ATTACTACTTAAGTATTTAGTACTGGATCTTTTTCTTAAACTAATATAGGATCTTCAGAA
ATGAATGTATAACCCTTTTCATCTTACTACGGTAATATGACTTTACAATAATAATAATCT
TTATAATAATAGACCAATTCCTTCCAATAAAATTTCAATAAATCTTCTCTAGGCAGTAAC
TTAGGTATGTCATCAAGTTAAATAAGCTAATCTCTACAAGAAGAAGACGTTAAACGTAAA
AGTCCAGAAGAATTAGCTGCAGAGAAGAACTATGAAGATGGGTATGGAAAAGGTTTTAAA
ATTCTTATGGGATTAGGATATAAAGTGGGTAAAGGTCTAGGAAAAAATGATTAAGGCATA
ACAGAGCCAGTTTAACCATAAAATAAAAGCAAATTTAAAGAGAATAATCAAAGTAAAGCA
AGTATGGACTACTTTGAATCATTATCAAATAAAACTCAATCTTAGCAAGGTTTATCTAAA
ATGGTTAAATTTGAAAAGAAATCTACTCTAATAATCAACTAAAAACCTACTGATTAAGAT
ACAGAAGATGACAATACATCACCATCGACATCTAGTAATTCAAAAATAGAGTAAATGGAG
CTCTAAAAAACTTCATCCTAGTCAAAGGGCTCTGCAAATATAAAACAAAATAATAATCTC
TCTCCATTTAATCAATATTAAGGAATTAACATGTATGGAAATCCAAATCAATAATAGCTT
TTGCATTAAAACATTTCAACAAGCCCATTTATTGGAAATAATTAATAACCATAACAACAA
CTTCTCATGAGTTAGTAGTAGTAATAATAATAAATGCATAATTAAATGTAAATGCATCAA
TAATAAACACCCTTAAATTAATATGTAGCAATGTAGCTTCATCCATCAAGGATGATGTGA