KEGG   Elaeis guineensis (African oil palm): 105060355
Entry
105060355         CDS       T03921                                 
Name
(RefSeq) ribonuclease TUDOR 1
  KO
K15979  staphylococcal nuclease domain-containing protein 1
Organism
egu  Elaeis guineensis (African oil palm)
SSDB
Motif
Pfam: SNase TUDOR
Other DBs
NCBI-GeneID: 105060355
NCBI-ProteinID: XP_010942326
UniProt: A0A6I9SFS0
Position
Unknown
AA seq 989 aa
MASAAGATGWLRGRVKAVPSGDCLVIMGSTKAEIPPEKTITLSSLVAPRLARRGGVDEPF
AWDSREYLRKLCIGKEVIFKVDYTVPSIGREFGSVFLGDKNVAFLVVSEGWAKVRDQGQQ
KGEASPYLVELQRLEEQAKQQGLGRWSKVPGALEASIRNLPPSAIGDPSNLDAMGLLAAN
KGRPIQGIVEQVRDGSTVRVYLLPGFQFVQVFVAGIQAPSMGRRIVSDVIHETEATTDDA
NGEVTNETRPPLTSAQRLAASSASSTEVAPDPFGREAKHFTEIRALNRDVRIVLEGVDKF
SNLIGSVYYPDGDTAKDLALELVQNGLAKFVEWSANMMEDDAKRKLKAAELQAKKDRLRI
WTNYVPPVSNSKAIHDLNFTGKVVEVVSGDCVIVADDAVTYGSPSAERRVNLSSIRAPRM
GNPRRDEKPAPYAREAREFLRSRLIGRPVNVSMEYSRKVNLADGPNAVTVSGSADSRVMD
FGSVFLVSPSTAEGDDSASAPSSGKQSAGINVAEMVVSRGFATVIRHRDFEERSNYYDAL
LAAESRAINGKKGIHSAKDPPVMHITDLTTASAKKARDFLPFLQRSGRLTAVVEYVLSGH
RFKLLIPKETCSIAFSFSGVRCPGRDEPFSDEAIALMRRKILQRDVEIEIETVDRTGTFL
GSLWESRTNMAATLLEAGLAKLQTSFGSDRIPEASLLARSEQSAKQRKLKIWENFIEGQE
DANYSTSEAKQKEVLKVVVTEVLGGGKFYVQTVSDQKVAAIQQQLGSLNLQEPPVVGSFN
PVKGDIVLAQFSMDNSWNRAMIVNGPRATVESPKDRFEVFYIDYGNQEMVPYSGLRPLDP
AVSSAPGLAQLCSLAYIKVPNLEGDFGQEAAEYLSECTLNSSKEFRAMVEERDTSGGKIR
GQGTGTILLVTLVDVEAGSSINAAMLQEGLARLERRKRWDTKERQAALDNLEEFQDKAKR
ERLRMWQYGDVQSDDEESAPPPRKAGGRR
NT seq 2970 nt   +upstreamnt  +downstreamnt
atggcatcagcagctggcgcaacaggatggctgagagggagagtaaaagctgttccttct
ggggattgcctggtgatcatgggaagcacgaaagcagagatcccacccgaaaagaccata
actttgtcttctctcgttgctcctagattggcccgtcgaggtggagttgatgaacccttt
gcatgggacagcagggagtatttgaggaagctctgcatagggaaggaggtcatattcaag
gtggattacacagttccatcaatagggcgagagtttggttctgttttccttggagataag
aatgttgcatttttagttgtttctgaaggatgggcgaaggtaagggatcagggccaacag
aaaggtgaagcaagcccatacttggtggaactacagcgattggaggagcaagctaagcaa
cagggtttaggtcgttggagcaaggtccctggtgctctcgaggcatcaatcagaaaccta
cctccttcagccattggggatcctagtaatttggatgcgatggggctgctggctgcaaac
aaaggcagacccatacaagggattgttgagcaggtccgtgatggtagcactgtgcgtgtc
tacctactgccagggttccagtttgttcaagtttttgttgcaggaatccaggctccatcc
atgggaagacggattgtgagcgatgtcattcatgaaactgaagcaactaccgatgatgca
aatggagaagttactaatgaaactcgaccaccactaacatcagcacagaggcttgctgcc
tcttcagcatcatcaactgaagttgcaccagatccatttgggagggaagccaaacacttc
acagaaattcgtgctttgaatagagatgtacgaattgtactagagggtgtagacaagttc
agcaacctaattggttcagtatattatcctgatggtgacactgcaaaggacctcgctctg
gagcttgtgcaaaatggtttagctaaatttgtggaatggagtgctaacatgatggaggat
gatgccaaacggaagctgaaggctgctgaactgcaagcaaaaaaggatcgcttgagaatc
tggacgaactatgtgccaccagtatcaaattcaaaggcaatccatgatctaaacttcaca
ggaaaagtggtagaggttgtgagtggggactgtgtaattgttgctgatgatgctgtcacc
tatggcagtccttcagctgagcgacgagtcaatctttcaagcatcagagctcctaggatg
gggaatcctcgtcgagatgaaaagccagcaccctatgctcgtgaggctagggaattctta
cgttctcgtctcataggccgcccggtgaatgtgtcaatggaatactcaaggaaggtcaac
ctggctgatggacccaatgcagtaacagtatctggctcggcagattctagagttatggat
tttgggtcggtcttccttgtctctccatcaacggctgagggtgatgatagtgcttctgct
ccctcttctggcaaacaatcagcaggaataaatgttgctgagatggttgtttcacgtggt
tttgccactgtcatcagacaccgagattttgaggaaaggtcaaactattatgatgctctg
ctggcggctgaatctcgtgctattaatggaaagaaaggaattcattctgccaaggatccc
ccagtgatgcacataacagacctgaccacggcttcagctaagaaagctagagatttcttg
ccatttctgcaacgaagtggaaggcttactgctgttgttgaatatgtcctcagtggtcac
cgatttaaactccttatacctaaggaaacgtgtagcattgcgttctccttttctggtgtt
cggtgccctggacgagatgagcctttttcagatgaagctattgcattgatgaggaggaag
atattgcagcgtgatgttgagatagagatagaaacagttgataggacaggcacattctta
ggttccttatgggagtccaggaccaatatggctgcgactcttctggaagctggactggca
aagctccaaacttcttttggttctgacaggatcccagaagcatccctccttgctcggtct
gagcagtctgcaaagcaacggaagctgaaaatatgggagaactttattgaaggacaagaa
gatgctaattattccacttctgaagcaaaacagaaggaagttctcaaggtggtggttaca
gaagtcctgggtggtggaaaattctatgtccaaactgtcagtgatcagaaggttgctgct
atacagcaacaacttggttcattgaatctccaagaacctccagtggttggttcttttaat
cctgtgaagggtgacatcgttcttgctcagttcagcatggacaactcctggaacagagct
atgatagtcaatggaccgcgggcaactgttgaatcaccaaaggacaggtttgaagtcttc
tacattgactatggaaaccaagaaatggttccatatagtggcttgcgacctctagatcct
gcagtctcctcagcacctggtttggctcagctgtgcagccttgcatacataaaagtccct
aatttagagggggattttggtcaggaagctgcagagtatttgagtgagtgcactctgaac
agttcgaaggaattcagggctatggtcgaggaaagagatacttcaggtggaaaaataaga
ggacaaggaacaggaacaattcttcttgtgactttggttgacgtggaagctgggtccagt
atcaatgctgccatgctgcaggaaggacttgctagactggaaagaaggaagagatgggac
accaaggaaagacaagctgctcttgacaacctagaggagttccaagataaagcaaaacgt
gagaggctgaggatgtggcagtatggggatgtccaatctgatgatgaagagtcagctcca
cctccaaggaaagctggaggccgtcggtag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (14)   

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