Identifiers and Description

Gene Model Identifier

SteCoe_11063

Standard Name

None

Aliases

None

Description

TRM domain protein

Genome Browser

Gene Ontology Annotations

Molecular Function

• RNA binding (IEA) | GO:0003723
• tRNA (guanine-N2-)-methyltransferase activity (IEA) | GO:0004809

Biological Process

• tRNA processing (IEA) | GO:0008033

Domains

• ( PF02005.14 ) TRM domain

Gene Expression Profile

Homologs

Source	Identifier	Score	Description
Oxytricha Trifallax	Contig10417.0.g41	6.054601895401186e-39	N2,N2-dimethylguanosine tRNA m ethyltransferase
Tetrahymena Thermophila	TTHERM_00636860	3.6251409191435593e-34	N2,N2-dimethylguanosine tRNA m ethyltransferase family protei n
WormBase	WBGene00006613	3.975449735908647e-31
Saccharomyces Cerevisiae	YDR120C	1.0806392777072785e-30	tRNA methyltransferase; two fo rms of protein are made by alt ernative translation starts; l ocalizes to both nucleus and m itochondrion to produce modifi ed base N2,N2-dimethylguanosin e in tRNAs in both compartment s; nuclear Trm1p is evenly dis tributed around inner membrane in WT, but mislocalizes as pu ncta near ER-nucleus junctions in spindle pole body (SPB) mu tants; both Trm1p inner nuclea r membrane targeting and maint enance depend upon SPB

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>SteCoe_11063(Protein)
MVSHIEGAAQILLKGGVFMNPAQVFNRDMSMLVASAYAQSLENRPLHILEPLAATGLRSI
RYFKELNHPVERIVANDIDPSAVEQIKENFASNSVTGEVWQKDACDAMYTSRGLWDIVDI
DPYGSAAGFLDAAVRAVKSGGLLCVTSTDMITLCGNNPDTCFYKYQSIPSKSKYCHEFAL
RILLYQLNATANKYQFAIQPLISLSVDFYVRVFVKVISSAQTAKKSIGSSSLVFQCSECP
AYFIQGFGREHKGKDRWVGNVLTVDSNCPYCAKSKDHEVEDAKDEEGRGGQILMQGPIYT
GPLHDKEFVEKVLVLANLREFKTKDKVRGVLYSIREELETPLGINIGNLCKFFKVPAMSQ
KNLRSAMKSIGKDLSQSHTNPLIYKTTASFDDIYDIFRYWKKLKAPQRYLTNILKDSPAY
RVLTKEPKGPAPDFDQDLTEHEKSILGQIRYPINEPNWGPKPRPKKEEE

>SteCoe_11063(CDS)
ATGGTCTCACATATTGAAGGTGCAGCACAAATCTTACTTAAAGGTGGGGTGTTTATGAAT
CCAGCCCAAGTATTTAACCGAGACATGTCAATGCTTGTAGCTTCAGCTTATGCCCAAAGC
CTTGAAAATCGTCCTCTTCATATTCTTGAGCCATTAGCTGCAACAGGTCTTAGGTCAATT
CGTTACTTTAAAGAATTAAATCATCCAGTAGAACGTATTGTAGCTAATGATATAGACCCA
AGCGCAGTTGAACAAATCAAAGAGAATTTCGCATCAAACTCAGTAACTGGAGAAGTGTGG
CAAAAAGATGCTTGTGATGCCATGTATACTTCAAGAGGACTCTGGGATATAGTCGATATT
GACCCTTATGGTTCAGCTGCTGGGTTTCTTGATGCTGCTGTACGAGCTGTAAAATCTGGA
GGCCTTCTTTGTGTAACAAGTACCGATATGATTACTTTATGTGGTAATAATCCTGATACA
TGTTTTTATAAATATCAAAGTATACCAAGTAAATCAAAATATTGTCATGAATTTGCATTA
AGAATTTTATTATATCAACTCAATGCTACAGCTAATAAATACCAATTCGCTATTCAACCT
TTAATAAGCTTGTCAGTTGATTTTTATGTTCGAGTTTTTGTCAAAGTTATAAGTTCAGCA
CAAACAGCTAAAAAATCTATTGGATCATCATCTTTAGTTTTCCAATGCTCTGAATGCCCA
GCGTATTTTATACAAGGATTTGGTAGGGAACATAAAGGTAAAGATAGATGGGTTGGTAAT
GTTTTGACTGTAGATTCAAATTGCCCTTATTGTGCAAAGAGTAAAGATCATGAGGTTGAG
GATGCTAAGGATGAGGAAGGTAGAGGAGGACAAATACTTATGCAGGGACCAATTTATACT
GGGCCTTTACATGATAAAGAGTTTGTAGAAAAGGTGTTGGTATTAGCAAATCTGAGGGAG
TTTAAGACTAAAGATAAAGTTAGAGGGGTACTTTATAGTATAAGAGAAGAACTTGAGACT
CCATTAGGGATTAATATAGGAAACTTATGCAAGTTTTTCAAAGTCCCAGCTATGTCGCAA
AAGAACCTTAGAAGTGCGATGAAAAGCATTGGGAAAGATTTATCACAATCTCATACTAAT
CCACTTATATACAAAACCACAGCTAGTTTTGATGACATTTATGATATTTTCAGGTACTGG
AAGAAACTTAAAGCTCCACAAAGGTATCTGACAAATATCCTAAAAGACTCCCCAGCTTAT
AGAGTATTAACAAAAGAGCCAAAGGGACCAGCTCCTGATTTTGACCAAGATTTGACAGAA
CATGAGAAAAGCATATTAGGACAAATAAGGTATCCTATAAACGAGCCGAATTGGGGACCA
AAACCTAGACCTAAAAAAGAAGAGGAATAA