KEGG   Linepithema humile (Argentine ant): 105676491
Entry
105676491         CDS       T04898                                 
Name
(RefSeq) LOW QUALITY PROTEIN: trimethylguanosine synthase
  KO
K14292  trimethylguanosine synthase [EC:2.1.1.-]
Organism
lhu  Linepithema humile (Argentine ant)
Brite
KEGG Orthology (KO) [BR:lhu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03041 Spliceosome [BR:lhu03041]
    105676491
Spliceosome [BR:lhu03041]
 Other splicing related proteins
  Proteins involved in snRNP biogenesis
   Other proteins involved in snRNP biogenesis
    105676491
SSDB
Motif
Pfam: Methyltransf_15 Methyltransf_31 Methyltransf_25 UPF0020 Met_10 Cons_hypoth95 Methyltransf_11 PrmA Methyltransf_18 Methyltransf_3 Methyltransf_12
Other DBs
NCBI-GeneID: 105676491
NCBI-ProteinID: XP_012229855
Position
Unknown
AA seq 1020 aa
MCDKVWEPLAEIYIAESTDPDDYIYCLCSRVFIRSPEVYTALASEDASEGEDVDGDYVGE
MLDLHKGSGIETQPIEKHDEEPVSCYCSASHTDNNYSTDEHDSVRDSTHWPTAHSLTQKL
GLHQSDSGADLSEYHDQHEAKSIQNLVASYGKTFQTAETEIENDYKNTDMLTEYKHVSGD
KESMAQSLSDSTTISNKEAHNKDLTQYDCDSYTYPYSTYYGSNKTAMDIAWEKFWGQNGE
QLIWASWIEKYADYINPDYFQNNTNAVENEISQDVEINEAXRKYFEQNTCFPNQAHKNCE
FLRSNFTGIFNKSYSSDGELKPAGVSSSNTSFSFEQTSRQEINDKDADENRKKIINFEIS
PEDGEGWNPLSPFSIEENYNQQSNAEDERLLTRCDSTNGSIAKTNATSDSMTNVTKMTLT
SSSCDSNSVHSSSLITSVTSSIESSITSSSDQENELSVEDNDKYWQHLWKENFQMQYQKQ
YELFIANYKKKHNIDNDQYFSMLNESIGDSVVLQQDETPLQYPQEDINNQEFSETDIYED
EKDMSTNVQIDITTSSKANSFGNKNVKRNNAHSKSNKLRTERLIMDSVGTLIKNLSIKTQ
DESIDAAEDENICEEQQQIHTQATIITQTKTETMASSSDINSSHQQKSPDGGDESFHGEV
QEIYQESHEDSDSNDNGDGLESVKRAFSLLGYGLCEDESHRKLQGEVVYRKRNIRRQSFQ
LMAELKRLKTMYKTTIDSQQTIRDTNKANKSLSCDSSSVSAETDVQLIDKGSYAKAQAMF
TSSSDEEDYIKMMQKKKKKKQVKRLNKAIPKEIASDYKLWKYYIKRFGLFSRYEDGIKLD
RESWFSVTPEEIAKDIAERCRCDTIIDAFCGAGSNAIQFAFTCEKVIAIDIDPNKIKIAR
HNAGIYGVEDRIEFIVGDFLQLAPRLVADVVFLSPPWGGPDYIKKKVFDLESILPPIGGT
NIFKAAKGITQHVAYYLPKNSSALQITMLANKYDKVEIQQNVLNGRFTACTAYYGELPKV
NT seq 3063 nt   +upstreamnt  +downstreamnt
atgtgcgataaagtctgggagcccttagccgaaatctacatcgcggagtccactgatccc
gatgattacatttattgtctttgcagcagagtatttattcggagtcctgaggtttataca
gccttagcttcagaagatgccagtgaaggagaagatgttgatggagattatgtgggagag
atgctggatcttcataagggatctgggatagagacacaacctatagaaaagcatgatgaa
gaaccagtaagctgttattgcagtgcatctcacacagataacaattactctacagacgaa
catgactccgtacgtgattcgactcactggcccactgcacattccctgactcagaaactg
ggtctgcatcaatcagattctggtgcagatctatccgaatatcatgatcagcacgaggca
aaaagtatacagaatcttgtagcatcttatggaaaaactttccaaactgcagagactgag
attgaaaatgattacaaaaatacggatatgctaactgaatacaaacatgtatcaggtgac
aaggaatcaatggcacaaagtttatcagacagtactactatatcaaataaagaagcacac
aacaaagatctcacacaatatgattgtgattcttacacttatccctattctacatattat
ggaagtaataaaactgcaatggatatagcctgggaaaagttttggggtcaaaatggagag
caattaatatgggcatcttggatcgaaaaatatgcggattacataaatcctgattatttt
cagaataatacaaatgcagtggaaaatgaaatctcacaagatgtagaaattaatgaagcc
nagagaaaatactttgagcaaaatacatgttttccgaatcaagcacacaaaaattgcgaa
tttttacgttccaactttacaggaattttcaataaaagttattcaagcgatggcgaatta
aaaccagcaggagtatcttcttcgaataccagtttttcatttgaacagacgagcagacaa
gagattaatgataaagatgcggacgaaaataggaagaaaattatcaattttgaaatatcg
ccggaagatggtgagggctggaatcctttaagcccattcagtatagaagaaaattataat
caacaatctaatgcagaagacgagagattattaacgagatgcgattccactaatggctcg
atagcgaaaacaaacgcgacttccgattccatgacaaatgtcaccaaaatgacgctaact
agctctagttgcgattccaattctgttcattcgtctagtctcattacttccgttacgagt
tctatagaaagtagtataaccagtagttccgatcaagagaatgaactctcagtggaagat
aacgataaatattggcagcatctgtggaaggaaaattttcagatgcaatatcaaaagcag
tatgaattattcatagcaaattataaaaagaagcacaatatagataatgatcagtatttt
agtatgttaaatgaatcaattggggattcagttgtacttcaacaagatgaaacgccacta
caatatccacaagaggacataaataatcaggaattctcagagactgatatttatgaagac
gaaaaggacatgagcacaaacgtacaaattgacataactacatcaagtaaagctaattca
tttggaaataaaaacgtgaaaaggaacaacgcacactcaaaatctaacaaattgaggaca
gaaagactaattatggattcagtgggtacgcttataaaaaatctatcaataaaaacacaa
gatgaatctatcgatgctgccgaggatgaaaatatatgtgaagagcaacaacagatccac
actcaagctacaataattactcaaaccaaaacggaaacgatggcttccagtagcgatatc
aatagcagtcatcaacaaaaatctcctgatggaggagatgaatcttttcatggagaagtt
caagaaatttatcaagaaagccacgaagactctgactctaacgataatggagatggttta
gaatccgtgaaaagagccttttcactattgggttacggcttatgtgaagatgaaagccat
agaaaattacaaggtgaagttgtttaccggaaacgtaatattaggcgacaaagttttcaa
ttgatggcagaacttaagcggttgaaaactatgtataaaactaccattgatagtcaacag
accatcagagatacaaataaggcaaacaagtctttgtcttgtgattcatcatcggtgtct
gcagaaactgatgtacagttaatagacaaaggttcctatgcaaaagcacaagctatgttt
acatcaagttctgatgaggaagattatataaaaatgatgcaaaagaaaaaaaagaagaaa
caagttaaaagattaaataaagctattccaaaagaaatagcaagtgattataaactatgg
aaatattatatcaagcgatttggtctcttcagcagatatgaagatggaattaaattagat
cgtgagagctggttttctgtcacacctgaagaaatagcaaaagacatagcagaaagatgc
aggtgtgatacaattattgatgcattttgtggtgcaggcagcaatgctattcagtttgcg
ttcacatgtgaaaaagtgattgctattgatatcgatcccaataaaatcaagattgctcgg
cacaatgcaggaatttatggtgtagaagataggatagaattcattgttggagatttcctg
caattagcgccacgtttagttgcagatgttgtatttttaagtccaccatggggtggtcct
gattacataaagaagaaagtattcgatctcgaaagtattttgcctcccattggtggaact
aatatattcaaagcagcaaagggaattacacaacacgtggcctattatttacctaaaaat
tcatctgctctacagattaccatgttagctaataagtatgacaaggtggaaattcaacaa
aacgtgctcaatgggaggtttacagcttgtacagcttattatggtgaattgcccaaggtg
taa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (11)   
   Pfam (11)   
All databases (22)   

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