Identifiers and Description

Gene Model Identifier

TTHERM_00120930

Standard Name

DRH23 (DExD/H box RNA helicase 23)

Aliases

PreTt27207 | 8.m00467 | 3812.m02496

Description

DRH23 DEAD/DEAH-box helicase putative

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Molecular Function

• helicase activity (IEA) | GO:0004386
• nucleic acid binding (IEA) | GO:0003676
• ATP binding (IEA) | GO:0005524

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: 10.6%

TetraMine Data

TTHERM_00120930

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Stentor Coeruleus	SteCoe_35122	0
Tetrahymena borealis	EI9_03850.1	9.997093137033517e-262	hypothetical protein (809 aa)
Oxytricha	Contig10731.0.g69	9.997093137033517e-262	Oligonucleotide/oligosaccharid e-binding (OB)-fold
DictyBase	DDB_G0269306	3.0003580931682248e-179	dhx35 on chromosome: 1 positio n 2485989 to 2488139
WormBase	WBGene00003392	2.998539800509618e-166	locus:mog-4 Probable pre-mRN A-splicing factor ATP-dependen t RNA helicase mog-4 status: Confirmed UniProt:O45244 p rotein_id:CAB03845.1
SGD	YGL120C	3.000455015819344e-150	PRP43 RNA helicase in the DEAH -box family, functions in both RNA polymerase I and polymera se II transcript metabolism, i nvolved in release of the lari at-intron from the spliceosome

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00120930(coding)
ATGAGGACATTTGAGTTTAAAAAGAAGCAGTTTGGCAATAACTAAGCAAATAGTCAAGAA
TAGTAGAAATAATAGTGGCAGGAGATTTAGAAATAAAAGAAATAAAGAAAAGAAGAAGAC
ATTTTAGTTGGAGAGAGAGGTGGTTTCTAGGGTTTTGATTAATGGGACTTTAAAGAATTG
CCTATTGTATAGCACAAATAAGAGATTTTATATTGCGTAGAAAACTATTCTTGTGTGGTT
GTAATTGCAGAAACAGGCTCAGGAAAAACAACAAAAATTCCTCAGTATTTGGTAGAAGCA
GGATATGCTATAAATGGTAAAAAAATTGGGGTCAGTTAACCTAGAAGGATTGCAGCGATC
AGTATTGCAAATAGAGTTGCTCAAGAAATGGGTTGTATTATTGGTTAAGAAGTTGGGTAT
AGTGTGAGATTCGATGATAATTGTGATGAGGAGCTCACTTAAATCAAATACATGACAGAT
GGTATGCTTATAAATTAAATTCTTAATGATCCCTTATTAAGTGAATACTCAGTGCTAATG
ATTGATGATATTCATGAAAGAAGTATAAACACTGATATCTTGTTAGGATTGTTAAAAAAA
ATCAGAAGAAAGAATCCACAGCTGAAATTAGTTATTTCTAGTGCTACTATTGATGCTGAA
AGTATTAGCACCTTTTTCTAGGAAAGAGTAACAGATCCTAAAACAAATTAGGTTATTGCT
AACCTCACTTCGTAAATTTTGTACATAGAAGGCAGACAATTTCCTGTAGATATTTATTAC
CTTAAAGAAACTACAAGAAATTATGTTGTGAAAGCCGTATAAGTCACTCTTGAAATCATA
AGAGCTCCTGATAAAAAGGGAGATATCTTAATCTTTTTGACTGGTTAAGAAGAAATAGAA
GCCTTTATCGAAATCATTTAAAAAAATTTTATTGGGGATGCTGAAAGATAAAATTTGAAA
ATACTTCCACTTTACTCTGGATTGCCTCTAGAGGACTAAATGGAGGTTTTTAAACCAAGT
GAATCATATGTTAGAAAAATTATAGTCTCAACTAACATTGCTGAGTCCAGTATCACTATT
AGTGGAGTAGTTTATGTTATAGATACCCTTTTTCACAAAATAAATTATTATGATTTTAAA
AGAGGGTTTGAAAACCTTCTTGTTGTACCGATAAGCAAAGCTGCTGCTAAATAAAGAGCT
GGAAGAGCTGGCAGAGTATAAAGAGGTGAATGCTATAGATTATGCACAAAAGATTAGTTT
GTACAATTATACGATAACAGCACTCCAGAGATATTAAGATGTGATTTATCAACTTTCATT
CTCTAGTTAAAAACACTTGGAGTAGGAGATGTCACTAACTTTGAATTACTTTAGTAGCCT
AACGAAAATGCGTATGCAAAAGCATTAGAATAACTATTTGCTTTAAAGGTTATAGATAAA
TATTGCAATCTTACTTAAGAAATTGGACATAAAATATGTGATTTTAATCTTGAAACTAAG
TTAGGAGTTCTATTATTGAATAGCTTTAAAGATGATTTTGGATGTAGTTAACAAATGCTT
GTTTTATGTTCAATGCTCAGCTTGTAAGGTTAGGTATTTTACAATGGATTTGATCCAGCT
ACTATTTTGAAATAAAAGAAAAAATTAGGAGCTAAAGAAGGTGATCATATTACATTAATC
AATATATTTTTAGCCTTTAATCACCTGAAAAGCTCACAAGCTAGACAAGGATTTTGTAGC
GATCACAAACTAAATATAAAAAGCCTAAATATGGCAGTTAAAATACATGATTAGCTTTGC
AAATAAGTTAAAAGAATGGGATTGAAGGTTAACAATAGTGAAGATGATATTGAGGGAATT
TTGAGAGCTTTAGTTACAGCTTTCTTTATGAATGTTGCACAACTTTAACCTGATGGATCT
TATAGAAATTTAAGAAATAAAGAAATTCTTTATCTTCACCCTACTTCAATACTTAACATA
AATTTTCCTCAATGGGTCATATATTCTGAAGTTGTATTTTCAACAAAGTATTACATGAGA
GAAGTTTCTGAAGTAGATCCAAAATGGTTGCTTGAATTAGCCAGCCATTATTTCGAAGAT
CAGAGATTAAAGTAAGCTGAGTAAAAGCATGGTAAAGAAATCATAGCACAAAATGAATAT
GAAAAAAACAAATAAAAAATTGAAGAAGAAAAATAAAAGGATCCAGTCATGGGTAGATTT
AATATATTTAAAAGAAAAAGGCCTACAAATGTTATAGGTAGAGATGATGATAAAGAAAAA
GAAGGATAGGAAAAGCTATAGAAAAAGCTAAAAATTAATCTACCACCCTCAAAACCTCAA
AATACAAATTTATTATCATTTCAACAAGATGATGAAGAGGAAGAAGAGTATAATATAGAA
GAAAGTGACGAAGACAATAATATTAAAGAAAATGAATGA

>TTHERM_00120930(protein)
MRTFEFKKKQFGNNQANSQEQQKQQWQEIQKQKKQRKEEDILVGERGGFQGFDQWDFKEL
PIVQHKQEILYCVENYSCVVVIAETGSGKTTKIPQYLVEAGYAINGKKIGVSQPRRIAAI
SIANRVAQEMGCIIGQEVGYSVRFDDNCDEELTQIKYMTDGMLINQILNDPLLSEYSVLM
IDDIHERSINTDILLGLLKKIRRKNPQLKLVISSATIDAESISTFFQERVTDPKTNQVIA
NLTSQILYIEGRQFPVDIYYLKETTRNYVVKAVQVTLEIIRAPDKKGDILIFLTGQEEIE
AFIEIIQKNFIGDAERQNLKILPLYSGLPLEDQMEVFKPSESYVRKIIVSTNIAESSITI
SGVVYVIDTLFHKINYYDFKRGFENLLVVPISKAAAKQRAGRAGRVQRGECYRLCTKDQF
VQLYDNSTPEILRCDLSTFILQLKTLGVGDVTNFELLQQPNENAYAKALEQLFALKVIDK
YCNLTQEIGHKICDFNLETKLGVLLLNSFKDDFGCSQQMLVLCSMLSLQGQVFYNGFDPA
TILKQKKKLGAKEGDHITLINIFLAFNHLKSSQARQGFCSDHKLNIKSLNMAVKIHDQLC
KQVKRMGLKVNNSEDDIEGILRALVTAFFMNVAQLQPDGSYRNLRNKEILYLHPTSILNI
NFPQWVIYSEVVFSTKYYMREVSEVDPKWLLELASHYFEDQRLKQAEQKHGKEIIAQNEY
EKNKQKIEEEKQKDPVMGRFNIFKRKRPTNVIGRDDDKEKEGQEKLQKKLKINLPPSKPQ
NTNLLSFQQDDEEEEEYNIEESDEDNNIKENE

>TTHERM_00120930(gene)
ATGAGGACATTTGAGTTTAAAAAGAAGCAGTTTGGCAATAACTAAGCAAATAGTCAAGAA
TAGTAGAAATAATAGTGGCAGGAGATTTAGAAATAAAAGAAATAAAGAAAAGAAGAAGAC
ATTTTAGTTGGAGAGAGAGGTGGTTTCTAGGGTTTTGATTAATGGGACTTTAAAGAATTG
CCTATTGTATAGCACAGTAAATAAAAATAATTATTTTTCTTTTAAATAAACAAAAAATGT
ATTTTAATAGAATAAGAGATTTTATATTGCGTAGAAAACTATTCTTGTGTGGTTGTAATT
GCAGAAACAGGCTCAGGAAAAACAACAAGTAAGTAATTAATTGATCATTTGATTTACAAT
TCACTTTTAGACATAATTAGTTATAAAATATTTCAAATTAAGCACATCAAAATAAAAAAT
ACAAAAATATTCACTTTGAGAAGGCTCAAAACTTGTTTTTGATATGGCTTATTTTATCTT
GAAAAGTTAATCCATTATTTTACATTATTTTTTAAATTTATTTTTATGTTAGAAATTCCT
CAGTATTTGGTAGAAGCAGGATATGCTATAAATGGTAAAAAAATTGGGGTCAGTTAACCT
AGAAGGATTGCAGCGATCAGTATTGCAAATAGAGTTGCTCAAGAAATGGGTTGTATTATT
GGTTAAGAAGTTGGGTATAGTGTGAGATTCGATGATAATTGTGATGAGGAGCTCACTTAA
ATCAAATACATGACAGATGGTATGCTTATAAATTAAATTCTTAATGATCCCTTATTAAGT
GAATACTCAGTGCTAATGATTGATGATATTCATGAAAGAAGTATAAACACTGATATCTTG
TTAGGATTGTTAAAAAAAATCAGAAGAAAGAATCCACAGCTGAAATTAGTTATTTCTAGT
GCTACTATTGATGCTGAAAGTATTAGCACCTTTTTCTAGGAAAGAGTAACAGATCCTAAA
ACAAATTAGGTTATTGCTAACCTCACTTCGTAAATTTTGTACATAGAAGGCAGACAATTT
CCTGTAGATATTTATTACCTTAAAGAAACTACAAGAAATTATGTTGTGAAAGCCGTATAA
GTCACTCTTGAAATCATAAGAGCTCCTGATAAAAAGGTTTATTTTATTTGAAAATATGAA
AATATTTTAATAATTGTTTGAAAATAAATATGTTCAGGGAGATATCTTAATCTTTTTGAC
TGGTTAAGAAGAAATAGAAGCCTTTATCGAAATCATTTAAAAAAATTTTATTGGGGATGC
TGAAAGATAAAATTTGAAAATACTTCCACTTTACTCTGGATTGCCTCTAGAGGACTAAAT
GGAGGTTTTTAAACCAAGTGAATCATATGTTAGAAAAATTATAGTCTCAACTAACATTGC
TGAGTCCAGTATCACTATTAGTGGAGTAGTTTATGTTATAGATACCCTTTTTCACAAAAT
AAATTATTATGATTTTAAAAGAGGGTTTGAAAACCTTCTTGTTGTACCGATAAGCAAAGC
TGCTGCTAAATAAAGAGCTGGAAGAGCTGGCAGAGTATAAAGAGGTGAATGCTATAGATT
ATGCACAAAAGATTAGTTTGTACAATTATACGATAACAGCACTCCAGAGATATTAAGATG
TGATTTATCAACTTTCATTCTCTAGTTAAAAACACTTGGAGTAGGAGATGTCACTAACTT
TGAATTACTTTAGTAGCCTAACGAAAATGCGTATGCAAAAGCATTAGAATAACTATTTGC
TTTAAAGGTTATAGATAAATATTGCAATCTTACTTAAGAAATTGGACATAAAATATGTGA
TTTTAATCTTGAAACTAAGTTAGGAGTAAATTAATTTATTAAAAATCCTTTTCAAAATTT
AAAATATTCATAAATAGTAAAAAATAAATAAGTCATTTATTTTTATTTTATTAACATAAA
GGTTCTATTATTGAATAGCTTTAAAGATGATTTTGGATGTAGTTAACAAATGCTTGTTTT
ATGTTCAATGCTCAGCTTGTAAGGTTAGGTATTTTACAATGGATTTGATCCAGCTACTAT
TTTGAAATAAAAGAAAAAATTAGGAGCTAAAGAAGGTGATCATATTACATTAATCAATAT
ATTTTTAGCCTTTAATCACCTGAAAAGCTCACAAGCTAGACAAGGATTTTGTAGCGATCA
CAAACTAAATATAAAAAGCCTAAATATGGCAGTTAAAATACATGATTAGCTTTGCAAATA
AGTTAAAAGAATGGGATTGAAGGTTAACAATAGTGAAGATGATATTGAGGGAATTTTGAG
AGCTTTAGTTACAGCTTTCTTTATGAATGTTGCACAACTTTAACCTGATGGATCTTATAG
AAATTTAAGAAATAAAGAAATTCTTTATCTTCACCCTACTTCAATACTTAACATAAATTT
TCCTCAATGGGTCATATATTCTGAAGTTGTATTTTCAACAAAGTATTACATGAGAGAAGT
TTCTGAAGTAGATCCAAAATGGTTGCTTGAATTAGCCAGCCATTATTTCGAAGATCAGAG
ATTAAAGTAAGCTGAGTAAAAGCATGGTAAAGAAATCATAGCACAAAATGAATATGAAAA
AAACAAATAAAAAATTGAAGAAGAAAAATAAAAGGATCCAGTCATGGGTAGATTTAATAT
ATTTAAAAGAAAAAGGCCTACAAATGTTATAGGTAGAGATGATGATAAAGAAAAAGAAGG
ATAGGAAAAGCTATAGAAAAAGCTAAAAATTAATCTACCACCCTCAAAACCTCAAAATAC
AAATTTATTATCATTTCAACAAGATGATGAAGAGGAAGAAGAGTATAATATAGAAGAAAG
TGACGAAGACAATAATATTAAAGAAAATGAATGA