KEGG   Mollisia scopiformis: LY89DRAFT_620889
Entry
LY89DRAFT_620889  CDS       T04865                                 
Name
(RefSeq) Sec63-domain-containing protein
  KO
K18664  antiviral helicase SLH1 [EC:3.6.4.13]
Organism
psco  Mollisia scopiformis
Brite
KEGG Orthology (KO) [BR:psco00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:psco03019]
    LY89DRAFT_620889
Messenger RNA biogenesis [BR:psco03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    eIF4F and regulatory proteins
     LY89DRAFT_620889
SSDB
Motif
Pfam: Sec63 DEAD ResIII Helicase_C AAA_22 AAA_30 Helicase_PWI
Other DBs
NCBI-GeneID: 28820654
NCBI-ProteinID: XP_018068782
JGI: 620889
UniProt: A0A194X3M8
Position
Unknown
AA seq 1995 aa
MSPATLNSAEAQWQTQFAAMRAALAELKLPSNTSNSDLDTYGSDINLSDEDFTSGNSGDD
VWDFISETEDEAWSSDAHEEFTPDSESLEFGPQWLKSKCEGLASRKQGLSASDLQEQIMA
ILASDGGEEELQSSLTDMIGFDDLDLVIELISHRKEVLATSSSSVKQTDGLFEGKLQTRR
QREEALRRADFEHKNAALGPAVNRDETMYPHVYKAHSAGNTLDSRGKKYALPAGSERTEH
LNYEEYSIPAGKVGTLGVGRKLVDIGSMDGLCRRTFKGYKSLNRMQSLVYPVAYQSSENM
LICAPTGAGKTDAAMLTILHAIGQNVTPSPADQPEASDFVVNLEDFKIVYVAPMKALAAE
ITQKLGSRMSWLGIQARELTGDMHLTKKEIVQTQIIVTTPEKWDVVTRKGTGDTELVQKV
RLLIIDEVHMLHDDRGSVLESLVARTERQVESTQSLIRIVGLSATLPNYVDVADFLKVNR
YAGLFYFDASFRPVPLEQHFIGVKGKPNTKTSRDNIDTTAFEKVREMLELDHQIMVFVHS
RKDTFNTAKMLYEKAIEQVCVDLFDPSNHPQYESAVKDMKQSRGRELRELLPKGIGIHHA
GMARSDRNLIERLFGSGVLKVLCCTATLAWGVNLPAAAVIIKGTQVYSAQDGKFIDLGIL
DVLQIFGRAGRPQFQDTGIGMICTTQDKLAHYLQAVTSQVPIESRFSKHLVDNLNAEIAL
GTVTSVPEAVTWLGYSYLFVRMQRNPLTYGIDWAEIRDDPTLVQRRRQLVIQASRTLQQC
QMIIFNETTEELRSKDIGRIASQYYILHTSIQIFNTMMQPQATEADVFKMVSMSGEFDQI
QSRDNESKELEKLREESAPCDVGEKNDSPQAKTNILLQSFISRANLEDFALANDSNYVAQ
QSARICRALFMIALNRGWGHQCLVLLSLCKSIEKRIWPFQHPLHQFELPKPVLNQLDAKE
AISIESLRDMDAAEIGSMVHNHAAGKTISKILDNFPTLSVESKIAPLNRDVLRIRLYLTP
DFRWNDRHNGTSESYWIWVENSETSEIYHHEFFILNRKKLYDDHELNFTIPLSDPLPTQI
YVRAVSDRWLGAETVHPISFQHLIRPDTESVYTDLLNLQPLPITALKNPALEEIYGQRFQ
YFNPMQTQIFHCLYHTSANVLLGSPTGSGKTIACELAMWWAFRENPGSKVVYIAPMKALV
RERVKDWGARLTKQMNLKLVELTGDNTPDTRTIQDADIIITTPEKWDGISRSWQTRGYVR
QVSLVIIDEIHLLGGDRGPILEIIVSRMNYIAAQSKNPVRLMGMSTACANALDLGNWLGV
KEGLFNFRHSVRPVPLEIFIDGFPEVRGFCPLMQSMNRPTFLAIKTHSPDKPVIVFVASR
RQTRLTAKDLINFCGMEDNPRRFVKMSEDDLQLNLDRVKDDALKEALSFGIGLHHAGLIE
SDRSLAEELFANNKIQILVATSTLAWGVNLPAHLVVVKGTQFFDAKIEGYKDMDLTDVLQ
MLGRAGRPQFDTSGIARIFTQDSKKAFYKHFLHTGFPVESSLHNVLDNHLGAEVSAETIT
TKQDALDYLTWTFFFRRLHKNPSYYGLEISAEEHNTIAAQQQANEYMISMVDKSLNELAE
SKCLEIFPNGDVDSTPLGKIMSYYYLSHRTIRHLVKHAKRNATFTDALSWMSSATEYDEL
PVRHNEDLINAELAKNLPLSIQAFGDLPLWDPHVKAFLLLQAHMSRIDLPITDYVGDQTS
VLDQAIRIIQASIDVLTELGYLSSCMQMITLLQCIKCARWPAEYPLSILPGVGIDVPTDK
HLPKTLQEFSAATERDYRNTISTLHLPPSTLPRFEKAANMLPNLKIDVRDLSAVSITIVL
NRQNQLTDRDGKMYAPRFPKSQNEGWFVMLCNESRDEIIAIKRVGWSSGPGANGKEKISP
RPSARAVIKLPENEDGTFSDGRRLDVWVVSDGYLGMVYQVVGVEIPDAPKVVDDGKKGKG
KEGEDRWMGAVGSSS
NT seq 5988 nt   +upstreamnt  +downstreamnt
atgtctcccgccactttaaactccgcggaagcacaatggcaaacgcaattcgccgccatg
agagccgctcttgccgagctcaaactaccatccaacacctcaaacagcgatctcgatacc
tacggctcagacataaacctctcagacgaagacttcacctctggaaacagcggcgatgac
gtctgggacttcatttccgagaccgaggatgaggcgtggagcagtgatgctcacgaagag
ttcacgccagattcggaatcgctggaattcggtccccaatggctgaaatctaagtgcgaa
ggtctagcttctcggaagcaaggcctctctgcttcggacctgcaggagcaaatcatggct
attttggcttcggatggtggggaagaagaattgcaatcttcgttgacggatatgattgga
ttcgatgatctagatttggttattgagttgatttctcatcgaaaagaagttctggctacg
agttcatcgagcgtgaaacagacggatggcttatttgaggggaagctgcaaactagacgg
cagcgtgaggaggcgttgaggagggctgactttgaacataagaatgcggcgttgggaccg
gctgtcaatagggatgagactatgtatcctcatgtctataaggctcattccgcgggcaac
actctggattcgagaggcaagaaatatgccttgccagctgggagcgagaggacggagcat
ttgaactatgaggaatattctattcctgctggcaaagtcggcacccttggagttggtcgg
aagctcgttgacattggctctatggatggcctttgtcgtagaaccttcaaaggctacaaa
tctttgaatcgtatgcaaagtctcgtgtatccagttgcctaccagagcagtgagaacatg
ctgatttgtgctccaaccggtgctggtaaaactgatgcagcaatgctcaccatcctccat
gccattggacagaatgttactccaagccctgctgatcagcctgaagcatcggacttcgta
gtcaaccttgaagacttcaagattgtctatgtcgcgcccatgaaagcactcgcagcagaa
atcacccagaagcttgggagcagaatgtcatggctaggtatccaggcgcgtgagttgaca
ggagacatgcatctcacgaagaaagagatcgtccagactcagattatcgtcacgactccc
gaaaaatgggatgtcgtcacgcgaaaaggcactggggacactgagcttgttcaaaaagtt
agacttctaatcattgatgaagtccatatgcttcacgatgatcgaggttcggtcctggag
tcgttggtggcacgaactgagcgacaagttgaaagtacgcagtctctaattcgtattgtg
ggactttcggctacgcttccaaattatgtcgacgtcgcagacttcctcaaggtcaatcgt
tatgctgggctgttctattttgacgcgagtttcagacctgttcccctcgaacaacacttc
ataggcgtcaagggcaaaccaaataccaaaacctctcgagacaatattgataccactgcg
ttcgagaaagttagagagatgctggaacttgatcatcagatcatggtctttgtccactcg
agaaaggataccttcaatactgccaagatgctttacgagaaagccattgagcaggtttgc
gtggaccttttcgacccgtcgaaccatccacaatatgaatctgctgtcaaggacatgaaa
caatctcgtgggagagaactccgggaactacttcccaagggcattggtatccatcatgcc
ggcatggctagatcagatagaaatctcattgagagattgttcggtagtggcgtcttgaag
gtcctttgctgtaccgctacactagcttggggtgtcaacttgcccgcagcagctgttatc
atcaaaggcacccaagtctacagtgctcaagatggtaaattcatcgatcttggtatcctt
gatgttcttcagatttttggtcgtgctggtcgacctcaatttcaagacacgggtattggc
atgatctgtacaacacaagacaagcttgcccactacctccaagcagtcacatctcaagtt
ccaattgagtctcgattttcgaagcatctggtggataatttgaatgctgaaattgccctt
ggcactgtgacatctgttcccgaagcagtcacttggttgggatattcgtacctgtttgtg
cgtatgcagcgcaatccattgacctatggcatcgactgggctgagattcgagacgatcct
acactcgtacaacgacgccgccagcttgtgattcaagcatccaggacacttcagcagtgc
caaatgatcattttcaatgagacgaccgaggagctgcgaagtaaagacatcggacgaatt
gcaagccagtactacatcctacatactagcattcagatcttcaatacaatgatgcagcca
caggccacagaggcggacgtgttcaagatggtttcgatgagtggagagtttgatcagata
caatctagagacaacgaatctaaagagcttgagaagctccgcgaggaatcggccccttgc
gatgttggcgagaagaacgactcacctcaagccaagacgaatattcttttgcaatctttt
atttcacgcgcaaacctcgaggactttgctttagccaacgactcgaactatgttgcccag
caatctgccagaatctgtcgagcactatttatgattgctctcaatcgaggttggggacat
caatgtctcgtcttactttcattgtgcaagtctatcgagaagaggatctggccattccaa
catcctctacaccaattcgagctcccgaaacctgtgttgaaccaacttgacgccaaggag
gcaatctcgattgagtcattgagggacatggatgcggctgagattggatccatggttcac
aatcatgcggctggaaagacgatatctaagatcctggacaacttccccacgctgagcgtt
gagtcaaaaatcgcgcctctaaacagagacgttctgaggattcgcttgtatttgacaccg
gatttccgctggaatgacaggcataatggaacttccgaaagctactggatctgggtcgag
aattcggagacctccgagatctaccatcacgaattcttcattctcaatcgtaagaagctg
tacgatgatcacgagctcaacttcacgatacctttgtcagatccactgcccactcagatc
tatgtaagagcagtttctgacagatggcttggggcggagacagtgcatcccatctcattc
cagcacttgattagacctgataccgagagcgtctacacagatctcctcaacctccaaccc
ttgcccatcacagcactcaagaaccctgctctagaagagatttatggacagcgtttccag
tatttcaatcctatgcagacacagatcttccactgtctctatcacacgtctgcaaatgtc
ttactaggttcgccaactggctctggtaagaccattgcttgtgagttggcaatgtggtgg
gctttccgcgagaatccgggctccaaggttgtctatattgctccaatgaaagcccttgtc
cgcgagcgtgtcaaagactggggtgctcgccttacgaagcagatgaacctcaagcttgtt
gagcttactggagacaacacacctgacacccgcactatccaagatgcagacatcataatc
accacccctgaaaaatgggacggtatatctagatcgtggcaaacgagaggctacgtaaga
caagtcagtctagtcatcatcgacgagatccatctcttgggaggggatcgtggtcctatt
ctcgagatcattgtctcgcgtatgaactacatcgctgcacagtcaaagaaccccgtaaga
cttatgggcatgtcaacagcatgcgctaacgcattggatctcggcaattggctaggtgtc
aaagaagggctgttcaatttccgccattccgtccgaccagtacctctcgagatattcatc
gatggcttcccagaagtacgaggattttgccctctcatgcagtcgatgaatcgacctaca
ttccttgccattaagacgcacagcccagataagcccgtaatcgtcttcgtggcatctcgg
agacagacacgcctgacagccaaggatttgatcaatttctgtggcatggaagataatcca
agaagattcgtcaagatgtcagaagatgacctgcagctgaatctcgatcgagtcaaagat
gatgccctaaaggaggccttgagcttcggtatcggcttacaccatgctggtctgatcgag
tcggatcgatctctagcagaagagttattcgccaataacaaaattcagatattggtagca
accagtacactggcctggggtgtcaatctgcctgcacatttggtagtggtcaaagggaca
caatttttcgacgctaagatcgaaggctacaaggatatggatctcacggacgtcttgcaa
atgctgggtcgagccggtcgacctcaatttgatacctcgggtattgcacgcatctttacg
caagactccaagaaagcgttttacaaacactttctccatactggattccctgtcgagtca
tctttgcacaatgttcttgataaccatcttggtgctgaagtctctgctgaaactatcacc
accaagcaagatgccttggattaccttacctggacattcttcttccgaagattgcacaaa
aatccttcttactatggccttgagatctcagctgaagaacacaacacgattgctgcgcaa
cagcaggctaatgagtacatgatttccatggtggacaagtctctcaacgagcttgcagag
tcaaaatgcttggagatcttccccaatggagacgtcgactccacacctctcggcaagatt
atgagttactactacctatctcatcgtaccattcgccatctggtgaagcatgctaagcgc
aatgcaacattcacagatgccctctcatggatgtccagcgctacagaatatgacgaactt
cccgttcgtcataacgaagatctcataaacgcagaactcgccaagaatctaccattgtct
atacaagctttcggagatctgcctctatgggatcctcacgtcaaggccttcctcttgcta
caagcccacatgtcacggattgacttgcctatcactgattacgtcggtgatcagaccagt
gtcctagaccaagctattcgtatcattcaagctagcatcgacgtccttaccgaactaggc
tacctttcaagttgtatgcagatgatcacgttattgcaatgtatcaaatgcgctcgttgg
ccagccgagtacccactctccatcctacccggcgtcggaattgatgtgccaactgacaag
cacctacccaaaactctacaagaattctcagcagccacagaacgagactaccgaaacacg
atctccacattacatctcccgccatcaacactcccccgtttcgaaaaagcagccaacatg
ctcccaaacctcaaaattgatgtccgcgatcttagtgctgtgtccataaccattgttctg
aatcggcagaaccaactcacagatcgagatgggaagatgtacgccccccgcttcccgaaa
tctcagaacgaaggctggttcgtgatgctctgtaatgaatcccgcgacgagattatcgcc
atcaagcgagtaggatggtcatctggtccgggtgcgaacggaaaggagaagatttctcct
aggccaagtgcgagagcggtgattaagttgccggagaatgaagatggtacgtttagtgat
ggcaggaggctggatgtttgggttgtgagtgatgggtatttggggatggtttatcaggtt
gtgggggtggagattcccgatgcaccgaaggtggttgatgatgggaagaaggggaagggg
aaggagggggaggataggtggatgggtgctgttgggtcgagttcttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (25)   
   KEGG ORTHOLOGY (1)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (39)   

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