KEGG   Lingula anatina: 106170231
Entry
106170231         CDS       T04921                                 
Name
(RefSeq) uncharacterized protein LOC106170231
  KO
K00698  chitin synthase [EC:2.4.1.16]
Organism
lak  Lingula anatina
Pathway
lak00520  Amino sugar and nucleotide sugar metabolism
lak01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:lak00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    106170231
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:lak01003]
    106170231
Enzymes [BR:lak01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     106170231
Glycosyltransferases [BR:lak01003]
 Polysaccharide
  Structural polysaccharide
   106170231
SSDB
Motif
Pfam: Myosin_head Chitin_synth_2 Glyco_trans_2_3 IQ Glyco_tranf_2_3 Zeta_toxin Glycos_transf_2 AAA_16 Glyco_transf_21 AAA_22
Other DBs
NCBI-GeneID: 106170231
NCBI-ProteinID: XP_013405480
UniProt: A0A1S3J519
Position
Unknown
AA seq 2374 aa
MADIGVDDLSTLEEVTEDTILECLHSRYTHRDQIYTYIGDVLVAVNPFKDLKIYGKKDHE
EFSGGQPPSTRPHVFGVGQHAYRQLIGRARPQCVFVSGESGSGKTETTKLLVKHITCLSN
ADVKIMSEKLNKVNPLLEVFGNAETVMNKNSSRYGKFVELFFTKEGHIIGGKVSDYLLEK
SRVVRQGGREQNFHIFYTVLGGMPQDRLRLFDLKAPEDYRIINGNRGCLEHMKKFPNIYQ
QRFKELEDQLRWEGFTPEDVTNIYQMLAAILHITNIKFVPVDKTEENSAAQIDDMEPLDH
ACRLLSTDPESMKAAFTSFEFWAQGEKTTRKRTVPWASDCRDALAKWLYERLFGWVVRRV
NENMGPQSVADTDKIPHVIGILDISGFENLQQNSFEQLCINVANERLHSFFNECIFSQEQ
EDYEREGIAWKHIDFQNNEAVLELFYKKPINVFSLLDEQCRLIPVGSDVTYVRNLDDHFK
DDKHYVSSKAELLFGIQHYAGKVVYEAQGFVEKNRDNLSPDILDCMRDSDNLLISDLFSA
ELSSTGTISRTKSKIRRGMTTKRDKATPKKGTGANGKTNLQNSLTTFFRNSLKELVDKMT
RSETHFIRCLKPNDDLVPDAFRADKVRHQLLSNGITEVVRIRKQGFPVRISIEEFNTRYQ
ALCSRPISGRDLCLLILGKLGLGNQYAVGKQKVFLKLEAVQKLDALKLQKLHAAVTIQRF
TRGHLARSRYRPQILKNIEEKRRQAMKIAREKELRYMEKHTENPSQLISAEQENSSNTRE
TIPMTARSPLKTGSASYDSNEITPKAPITNASESKTSTSSSISGTGSTGGSSSTSSNQRL
NGGRKLSRLDTQDEIAIIRIDEEEDMESVFEDFDYVDARWDRFNVNDQEDWGEGHCYQNT
LKVLKICLYLVLFLLVMSSAFVAKISLLMMTSGMYYLRPFLQDPRNNGTMANSEGFHEMK
DTIFTFLILCITFPYFIIFLVSFFKTIFGSQQWPSYKILILVLFTEGLHTLGLVLLVFCV
LPYLSLLQALLLVNATGLIPAFFKLISPLRNNQEKGIRCTLIKVFDFLACLAQLSAPVVL
VLMKVFDIDFSETALVNFVWQAPLGLILTSVPLWENYTGSRFFDTRIALHAGRQKLTCVT
SLFKFGCTFLFAYYLNVINGNELNFDIDAFTLLIQGTNPNSTNITHTSDANISVDQVFIQ
LSPFLAQVLGVLICVFLTHQACKLCMQLIAFSLPMLLLSPIAVTILLVNETYNFLPTSLS
APDGADNHVVYVFDFHHGQKDSVSFSLTIILGAIWWFSMMWISRHIWFPQSNRFARNEDL
FVSSFYCGALIDIWNMCNRRSNDKEKYLKWKAEDFEKYFKKEVPSGDYLLASMTSSELKS
MKGEDSTDSAVPMIYACATMWHETRVEMTQLMKSILKMDEDQNVRRLQREHFKIKDPDYY
ELETHILFDDAMGKNAENQWVPNSFVQQFVEVMDEVLSDVVCTADGKAFKPPTKWTTPYG
GRLEWTLPGGTKLITHLKNKNKIRHRKRWSQVMYMYYLLGFKTLQDNSMGNSHEIADNTF
LLALDGDVDFKPDAVSMLVDKMKKNPLVGAVCGRIHPIGTGPMVWYQMFEYAIGHWLQKA
TEHVLGCVLCSPGCFSLFRGSALMDDNVMKRYTQKPEQASHYVQYDQGEDRWLCTLLLQR
GYRVDYVAASDALTYAPETFNEFFNQRRRWLPSTMANILDLLKDYKNTVRRNNNISYLYI
AYQFILMVTTVLGPATVALMIASSIRSLFPFLDVYLSNLIASGPLIIFFIICFVAKPPTQ
LFVAGILSALYALLMMAVIVGTVVTAVTDGFFNPSVVFLIGLSGVYLVSGLIHPKEFFCL
IHGVLYFLCIPSGYLILVIYSLCNLNVVSWGTREGPAKQASAQKESPKSKGLLSLFKSGG
LQELKELFGGKNSDAQQRIIKLLENLDEKVKYLIAKDKKPKNDVELGDYDTPENMNTDTI
PEKVFEKPELKPSQPEPQESKQEDGDFWAKQPWLGSGKEKQITNQENTFWKNFIEKYLYP
LENDPEEQKRIAAELKSLRNDVNFAFWMINAIWMVLNMALQDQRTKQLLSFRLGADTTGN
NINVEIVSFVFLITFAVILLFQVFGMFVHRWGTFVHLMSFTSLSLKSFRRMDIEDIDKSE
FDEEDLPQVLSFTRQLVREQLLEEPEPDYDWSDEDDDSTYCTRGHAFHNTYEDLPEESIY
EEIPKGPDLLRSLKRGMTERRNRGQTEKRDVRRRRLPRRDWDEVGQQQTSFKHRVVPQLR
FLDNVKNMMPPQIPQRGISRNRPTRYQSRSNGQRFGNKRDIFGRAFERGLSKYIRYSQKK
ARRSVPRNGRITENHTSTNETRYMVNSHDDFTYL
NT seq 7125 nt   +upstreamnt  +downstreamnt
atggctgatatcggcgtggatgatttatccaccttggaggaggtaacagaggatactatc
ctagaatgccttcacagccgctacacacaccgagatcaaatatacacttacataggagat
gttctggttgcagtcaatccgtttaaagacttaaagatctatggaaaaaaggatcacgaa
gagttttccggcggtcaacccccctctacccggcctcatgttttcggggtgggccagcac
gcctaccgtcagctgattggtcgagctagaccacagtgcgtctttgtgagcggagagtcg
gggtctggaaagacagagaccacaaaactcctcgtcaaacacatcacctgcctcagcaat
gctgacgttaagatcatgagcgagaagctgaataaggtgaaccctctcttggaggtattt
ggaaacgccgaaacagtgatgaacaaaaattcaagcagatatggcaaatttgtagagttg
ttctttaccaaagagggacacatcattggaggaaaagtttcagattacctgttggagaag
tcccgcgttgttcgccagggaggcagagagcagaatttccacatattttacacggtgtta
ggcgggatgccgcaggatcgtctgcgtttatttgacctgaaggcacctgaggattacaga
atcatcaacggcaacagaggatgtctggagcacatgaagaaatttcccaacatctaccag
caaagatttaaagaactggaagaccagcttcgctgggagggctttacaccggaggacgtt
accaacatttaccaaatgctggcagcaattcttcacataacgaacatcaaattcgtgcca
gtggacaaaactgaagaaaattctgccgcacagattgatgatatggagcccctagaccac
gcatgtcgtctgctctccacggatccagagagtatgaaggcagcatttacttcctttgag
ttttgggctcaaggagaaaaaacaaccagaaaaaggaccgtaccctgggcaagcgactgt
cgtgacgctttggcgaaatggctgtatgaaagactgttcggctgggttgttagaagggtg
aacgagaacatgggccctcaaagtgtagccgacacggacaaaataccacacgtgattggc
attctggatatttctgggtttgaaaaccttcaacagaacagtttcgagcaactgtgcatc
aatgttgcaaacgaacgccttcattcttttttcaatgaatgcattttctctcaagagcaa
gaggattacgagagagaaggaatagcatggaaacacatcgacttccagaacaatgaagcc
gttctggaacttttctataagaaacctatcaacgtcttctcgttgttggatgaacagtgt
cgccttataccggtcggatcagacgttacctacgtacgaaacctagacgaccatttcaaa
gatgacaaacattacgtttcatccaaagctgaacttttatttggcattcagcattatgcc
ggcaaggttgtgtacgaggctcaagggtttgtggagaagaaccgggacaatcttagccca
gatattcttgactgtatgagggacagcgacaatttactgataagtgaccttttctccgcg
gaactgtcctccacgggaacgatttctcgaacgaagagcaaaattcgccgaggaatgaca
accaagagagacaaagcaacgccgaaaaaaggcactggagcaaacggaaagacaaatctt
cagaattcactgaccacctttttcaggaactcacttaaagaattggttgataagatgacg
agatcagaaactcatttcatacgctgtttgaaaccaaatgacgacttggttcccgacgcg
ttcagagcggataaagtccgccaccagttactcagcaatgggattacagaggtggtgcgc
atcagaaaacagggtttccccgtcaggatatctatcgaggaattcaacacaagatatcaa
gcgttgtgcagtaggccgatttccgggagagatttgtgtcttctcattcttgggaaactt
ggacttggcaaccagtacgctgttggaaaacaaaaggtattcctgaagttggaagcagtt
caaaagctggatgcattgaagttgcagaaactccacgctgctgtgacaatacagcggttc
acccgaggacatttggccagatcgagatatcgacctcagattcttaaaaacattgaagaa
aagaggcgtcaagcaatgaagattgcaagagagaaagaattacgttatatggagaaacat
acggagaatccctctcaattaatttctgcagaacaagagaattcttcaaacacaagagaa
actatcccaatgactgcaagatctccgttaaagaccgggtctgcttcgtatgactcaaat
gaaataacccccaaagccccaataacaaatgcatcagagagcaagacttctacgtccagc
agcatctctggcactgggtctactggagggtcgagttctacttcgtctaatcagcgcctc
aatggtggacgaaaactatctcgtctcgacacgcaggatgaaatcgcgattatcaggatt
gatgaggaggaggacatggaatccgtttttgaggattttgattacgtcgatgcacgttgg
gacagattcaatgtgaacgaccaggaagattggggagaggggcattgctatcagaacact
ctgaaggttttgaagatatgtttgtatctggtcctgttcctcttggtgatgagttcagct
tttgttgccaagatttccctactgatgatgacatctggcatgtactacctgagacccttc
ttacaggaccccagaaataatggaaccatggctaactctgagggtttccatgagatgaaa
gacaccatcttcacattcctaattctatgtatcacattcccatacttcatcatttttttg
gtttctttcttcaaaaccatctttggaagtcagcagtggccatcatacaaaatccttatc
ttagtcttgttcactgaaggtctacatacactggggcttgtcctgttggtattctgtgtt
ttgccatacctgagtctgttacaagccctgctgctggttaatgctacaggtctcattcct
gcattcttcaagttgattagtcctttaaggaacaaccaagaaaaaggaatccgatgcacc
ttgatcaaagtatttgactttctggcatgccttgcacaactttctgcaccagttgtgttg
gtcctcatgaaagtctttgacatagatttttctgagacagcacttgtcaattttgtttgg
caggctcctcttggattgatcctgacatctgtgcctctatgggagaactacactggcagt
agatttttcgacacaagaatagcattgcatgctggtaggcagaagctgacctgtgtgacc
agcttgttcaaattcggttgcacattcttgtttgcctactacttgaatgtcattaatggc
aatgagttgaacttcgatattgatgcattcacactcttgattcaggggaccaaccccaat
tcaaccaacatcacccacaccagtgatgcaaatatatctgttgaccaggttttcatccag
ttgtctccatttctggcacaagtgcttggtgtgctgatctgtgtgtttttaacacaccag
gcctgcaagctgtgcatgcagctcattgccttctctcttccaatgctcctgctctctccc
attgcagttacaattcttctggttaatgaaacttacaacttcctgcctacttccctatct
gcacctgatggtgcagacaaccatgtggtatatgtgtttgacttccatcacggacagaag
gattctgtgtcgttttcattgaccattattttgggagcaatctggtggttctccatgatg
tggatatccagacacatctggtttcctcagtccaatagatttgccaggaatgaagacctt
tttgtctcctcattctactgtggtgccctcattgacatatggaacatgtgtaatcggaga
agcaatgacaaggagaagtaccttaaatggaaggcagaagactttgaaaagtacttcaaa
aaagaagtgccgagtggagattacctcttggcatcaatgacctcatctgagctgaaaagt
atgaaaggagaggattctactgacagtgcagtcccaatgatttatgcctgtgctacaatg
tggcacgaaacaagagtagagatgacacaactgatgaagtccattctaaaaatggacgag
gaccaaaatgtgaggagattacaaagagaacatttcaagataaaagatccagattactat
gaattggaaactcatattttatttgatgatgcaatggggaagaatgcagaaaaccagtgg
gtgccgaacagctttgtgcaacagtttgtggaagtgatggatgaagttttgagtgatgtg
gtatgcacggcagatggcaaagctttcaaaccacccaccaaatggaccactccatacgga
ggtcgccttgagtggactctccctggaggaactaaactgatcacacaccttaaaaacaaa
aataaaattaggcatcgcaagagatggtcacaggtgatgtacatgtactaccttttgggc
tttaagacccttcaggacaattcaatgggaaattcccacgaaattgctgacaatacattc
ctcctggccttagatggagatgtggacttcaaaccagatgcagtaagtatgttggtggat
aagatgaagaaaaaccccttggttggtgcagtgtgtggacgcattcaccctattggaacc
ggtcctatggtgtggtatcaaatgtttgagtatgccattggccactggcttcagaaagct
acagagcacgtgttgggctgtgtactgtgcagtcctggatgcttcagtttgttcagggga
tctgcactaatggatgacaatgtcatgaagcgatatactcagaagccagagcaagcatcg
cattacgtccagtatgaccaaggagaggatcgctggttgtgtaccttactgctacagaga
ggctaccgtgtagattacgtggctgcttcagatgctctgacttatgctcctgaaactttc
aatgaattcttcaatcaaagaaggcgctggcttccatccacaatggcaaatatcttggat
ctattgaaagactacaaaaatactgttcgccggaataacaacatcagttatctctacatt
gcatatcagttcatcctgatggtgacaacagttctgggacctgcaacagtggcattgatg
attgcaagctctatccgttccttgttcccatttctcgatgtttatttgtcaaacctgata
gcatctggacccttgatcattttcttcatcatctgctttgttgccaaacctcccacccag
ttatttgtggcagggatccttagtgcactctatgctcttctcatgatggcagtcatagta
gggacagtggtgacagctgtgacagatgggttctttaatccttctgtggtctttttgatt
ggtctcagtggggtttacttggtttctggactgatccatcccaaggaatttttctgtctt
attcacggggttctctactttctctgcattccatcaggttatttgatcctggtcatttac
tccttatgtaatcttaatgtggtcagctggggtaccagggaaggtcctgccaaacaagct
tcagcacaaaaggaaagtccaaagtccaagggacttctatccctttttaaaagtggtggg
ttacaagagctgaaagagttgtttggagggaaaaacagtgatgcccaacaaaggattatc
aaactgcttgaaaacttggatgaaaaggtaaaatatttaattgccaaagacaaaaaaccc
aagaatgatgttgaattgggagactatgacacacctgagaatatgaacacagacacaata
cctgaaaaagtgtttgaaaagcccgagttaaaaccaagccaaccagaacctcaggagtct
aaacaagaagatggtgatttttgggcaaagcaaccatggctagggtcaggaaaagaaaaa
caaataacaaaccaggaaaacaccttttggaaaaacttcattgagaagtatctctatcct
cttgaaaatgacccagaagaacagaagagaattgcagctgaactgaaatcattaagaaat
gatgtgaacttcgctttttggatgatcaacgccatttggatggtattgaacatggctctg
caagatcaacgtacaaagcagctgctgagcttcagattgggcgctgacacaactggcaac
aatatcaatgtagaaattgtcagttttgttttcttgatcacatttgcagttattctgttg
ttccaagtatttggaatgtttgtccaccgctggggtacctttgtgcatcttatgtccttc
acatccctttctttgaaatcatttcgtaggatggacatagaggacatcgataagagtgaa
tttgatgaagaggacttgcctcaggttttaagcttcacaagacagttggtaagagagcag
ctgttggaagaaccagagccagactacgactggagcgatgaagatgatgacagcacgtac
tgtacaaggggccatgcttttcacaatacatatgaagatttaccagaggaatccatttat
gaagaaattcctaaaggtccagatctgctacgttccttgaagaggggcatgacagaacgc
agaaacagaggtcagacggaaaaaagggacgttcgtagacgtcgtctcccaagacgtgac
tgggatgaagttggtcagcagcaaactagctttaaacacagggttgttccacagttgagg
ttcctggacaatgtgaagaatatgatgcctccccagattccacagagaggaatcagtcgt
aaccgcccaacaagataccaatcaagatctaatggccaacgttttggaaataaaagggat
atctttggtcgagcatttgaaagagggctatccaagtacattcgatattctcagaagaag
gcgagacgtagcgtccctcgcaatggtaggattactgaaaaccatacatctaccaatgaa
acacgctatatggtcaatagtcatgacgacttcacttacttgtaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (88)   
   KEGG ORTHOLOGY (1)   
   RefGene (84)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (10)   
   Pfam (10)   
All databases (115)   

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