KEGG   Lingula anatina: 106171524
Entry
106171524         CDS       T04921                                 
Name
(RefSeq) uncharacterized protein LOC106171524
  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
    106171524
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:lak01003]
    106171524
Enzymes [BR:lak01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     106171524
Glycosyltransferases [BR:lak01003]
 Polysaccharide
  Structural polysaccharide
   106171524
SSDB
Motif
Pfam: Chitin_synth_2 SAM_1 SAM_2 Glyco_trans_2_3 Glyco_transf_21 Glycos_transf_2 Glyco_tranf_2_3
Other DBs
NCBI-GeneID: 106171524
NCBI-ProteinID: XP_013407366
UniProt: A0A1S3JAZ1
Position
Unknown
AA seq 1585 aa
MASERSDSLTLPVTEQNAVAGGQEVQFRSTAKVQSFQNSADADTPDATYDEHLTVGKKSK
VEAELNARLLYSQRPSKALTILKWLVTFVMFACVTAAIVASKLSAVYIARAVNETFQDAN
STGFNLGKINPSYPRRKDVAPTVPSQHSDGNKLRQEVAFLMVILTTMFPYLVTLVVAVWV
GSFRRDMPWPSGLAVFWGIVGSILEVTGLLLLCLITMRNYNPIVAVFLMNGVFFIPIITS
LVKSFRRLETTNKIHFFAFLFAFFMEVGGMVTSMFQGYTDVHVPERLSWETPIAMLFLSL
AWCPLIQKAQLYPQRSAHVEFEMSRNMTRSTIALRQSGVRMQAANHSLSPDGSYIDDQDI
QASPHTASMRSGEFGASTVNIDDLIDVMPNSSARWKQSILTSIWKLVLTPCIALAFAALA
DIHYDPDVLSTLFTFIGQYKGFDINTWHSNLVIYFILNITCSFLGYILSLFACMMCMQKY
AFALPLLLSTPCAVAFLAIRTYLGKNTHDARVIDFEKSLYWQVPAGVALFLAQILSTGVF
IFRHQIVVMEKEPFLFWLPGYNATLLEQWLQLSRKTTQSMYRYEAPLERAKRTRVYICTT
MYREADYEMEQFLRSLECINRAQAGLDRHFEAHIFFDAAVRDKKASDFLLQLVSLVETVL
DSPTIEATRLMTPYGMSMSWQLRAPPGKRGMALTIHLKDNFKVKNKKRWSQVMYMSYVMD
FLMKANDDMSDHETFILTTDADVKFSTDSVEALLDNMVRDNNVGAVCARTHPMGSGPLVW
YQTFDYAIGHWFQKAANDVLGTVLCCPGCFSVYRVAALRDVLPLYSSKVTKADEFLTKDM
GEDRWLCTLMVQAGWRLEYSAAAEDSTHCPEDFDEFFKQRRRWIPSTLANQFLILKDWLL
VTKFNDQVRMYFALYQALLVVSTLLGPGTVILIVAGGLNYSLCLNFNWMVVLLLLITIAY
AMVCLLTTQETQLLVGKILTFVFALIMAAVSVGTAVQIGEDIGRATHAVNLTEYKHCGKT
IPVNLANSIIPLSTTTLYFAAIVGMFLLAGLMHLFEVMALFQGLWYLLCLPSGYLLLMVY
SVCNITDRSWGTREEKKDTPNVMTSSVPWRTKIATFWKGYLCCCFYRKTEQQIDVERRSS
LPVETLDPDQVSVSTGHHSTMTKDTYRESATPRQEDEDSSDYEITGEELMYQRSSHGRQK
SSTYRSRAKSIHSSYNDTREGLVLVENWLEGDLKKYASRLRRQGFDDTRFLADMTEKELK
ACGVEVKAHRKAIIEDIKQLPHPEIETFVPIDSWEWLQYLGMDQYYPHFKKNRIVHRKDF
EILKGMSQEEIRNDLGVRKPGHLKFLLKAIKNLRWPTEQEIRLQETRKKFDDLPLYYLHE
IKADENEFWNKLRKKCLLPNSKAFGTEEELKDKLVELRNFYLILFAVINALWLIFILLLA
NEKVLFVLGTNPLGLAFLVVFGIVLVIQFLAMIVHRIATWMHMIARAPYVFGKPFQTTWG
FHQGDTLSGSVNLDYWVTEEARAKYRQKAERQISKRRHTYSRKGKSSKKPEVTGNSKKSI
NKSDRESMEPLLKEEGRSVGRSFIT
NT seq 4758 nt   +upstreamnt  +downstreamnt
atggcttccgagcgaagcgactctttaacgctaccagtaacggagcagaacgcagtcgct
ggcgggcaagaagttcagtttcggtcaacggcgaaagtacaatctttccaaaatagcgca
gacgctgacaccccagacgccacatatgacgaacatctgacagtgggcaaaaaatcaaaa
gtagaggccgagttgaacgccagactcctctacagccagcggccatcaaaggcactgacc
atcttaaaatggcttgtcacttttgtcatgtttgcctgtgtcactgccgccatcgtggcg
agcaaactctctgcagtctacatagcacgagcagtcaacgaaaccttccaagacgccaac
agcaccggttttaacttgggaaaaattaacccaagttacccaagaaggaaagacgttgca
ccaacagttccatcacagcattcggatggcaacaaattgcgccaggaggttgcgtttttg
atggtgatcctgacaaccatgttcccgtacctcgtgaccctggtggtggcggtgtgggtg
gggtccttcaggcgggacatgccctggccctcaggactggccgtgttctgggggattgtt
ggcagtattctggaggtaaccggattgcttctactttgtcttatcactatgaggaactac
aatccaattgtggctgtcttcttgatgaacggcgtctttttcattcctatcatcactagt
cttgtgaaatcatttcgtcgtctggaaacaaccaacaaaatccattttttcgccttcctc
tttgcattcttcatggaggtcggtggtatggtgacatccatgtttcaaggctacaccgac
gtacatgttcctgagcgtctatcctgggagacacctatcgccatgttgttcctttccttg
gcttggtgcccgctaatacagaaagctcaattatatccacaacgaagcgcccacgtggag
tttgaaatgtcgcggaacatgacccgaagcacgattgccttacggcaatctggagttaga
atgcaagctgccaaccacagtctctcgccagatggcagttatatcgatgatcaagacatc
caagcttcgccacacacagcctctatgcgaagtggcgagtttggggccagcactgtaaac
atagatgatctcattgacgtgatgccaaacagcagcgcccgatggaaacaaagtattctc
acaagcatctggaaacttgtacttacgccgtgcatagccttggcatttgctgcactggcc
gatatacactatgatcccgatgtgctgtcaactctttttaccttcatcggacagtacaaa
gggtttgatatcaacacgtggcacagcaacctggtgatttacttcatactgaacatcacg
tgcagttttctggggtatatactgtccctgtttgcctgcatgatgtgcatgcaaaagtac
gcatttgccctgcccctgcttctcagcactccttgtgccgtcgcgtttttggctataagg
acatatttaggcaagaacactcacgatgcacgcgtcattgacttcgaaaaatccttgtat
tggcaagttcctgcaggggtcgctttgttcttggctcaaatattatcaacaggagttttc
atcttcagacaccaaattgtcgtgatggaaaaggagccttttcttttctggcttccgggt
tacaatgctactctgctggagcaatggctacagctttcccgcaaaacaacgcagagtatg
taccgctacgaggcgccactggagagagccaagaggacccgagtttatatctgcacaact
atgtacagggaggctgactacgagatggaacagtttcttcgatcactagaatgtatcaac
cgtgctcaggcgggcctcgacagacattttgaggcacatatcttctttgatgcggcagtc
cgcgataagaaagcgtcagattttctacttcagttggtgtcattggtagagactgtcctt
gattcaccgaccatagaagccacacggctgatgacgccctatgggatgagtatgtcttgg
cagttgagagcgccccctggaaaacgcggaatggcgttgacaatccacttaaaggacaat
tttaaggtgaagaataaaaaacgttggagccaagtcatgtacatgtcgtatgtcatggac
ttcttgatgaaagcaaacgacgacatgtccgaccacgaaaccttcattttgaccacagac
gccgacgtcaagttttccacagactccgtggaggcgctactggacaatatggtccgtgac
aacaacgtgggggccgtgtgcgcgcgcactcaccccatgggctcagggccattggtgtgg
tatcagacatttgactatgccatcgggcactggtttcagaaggctgccaacgacgtcctt
ggaacagttctgtgctgcccaggctgctttagtgtgtacagggtggccgcactgcgagat
gtcctgcccctctactcgtccaaggtgaccaaggctgacgaattcttgaccaaagatatg
ggtgaagaccggtggctgtgtacgctgatggtacaagccggttggcgtttggaatactca
gccgccgccgaggacagcacgcactgtcctgaagactttgacgagtttttcaagcagagg
cgacgctggattccttcgacgctggccaaccaattcctcatcttgaaagactggctcctt
gtcaccaagtttaacgaccaggtccgtatgtactttgctctgtaccaagctctgttggtg
gtttccacgctgctagggccgggtaccgtgatactgatcgtcgcagggggactaaactac
tctctctgtcttaactttaactggatggtggtcttgttgctactgattaccatagcatac
gccatggtatgtcttctcaccacgcaggaaacacagctactggtggggaagattctgacg
ttcgtatttgcccttataatggctgccgtcagtgtgggaacagctgtccaaataggggaa
gatattggcagagccacccatgccgttaaccttactgaatacaaacactgtggaaagact
atccctgttaatttggcaaacagcatcattccattgtctacaactacgctgtattttgca
gctatcgtgggcatgtttctgctggccggtctgatgcatctgtttgaagtgatggcgctg
ttccaaggtctgtggtacctcctgtgtcttccatctggctacctgcttctgatggtatac
agtgtgtgtaacataacagacagatcctggggcacgcgtgaggagaagaaggacacacca
aacgtgatgacaagctcggtaccatggagaactaagatagcaactttttggaaaggatac
ctatgctgctgtttctacagaaaaaccgagcaacaaattgacgtggagagaaggagcagt
ttaccggttgaaacactagatcctgaccaggtcagcgtcagtaccgggcaccacagtacc
atgaccaaggacacgtacagagagtcggccaccccgagacaagaggatgaagacagcagt
gattatgagataaccggagaagaacttatgtaccagcggtcgtcccacggcaggcagaag
tcgtccacctaccgcagcagagccaagtccatccacagttcctacaatgacacgagggag
ggcctggtactcgtggagaactggctggaaggggacttgaaaaaatatgcatcaaggttg
agacgccaagggtttgatgacacccgatttttggctgatatgacggagaaggagttaaag
gcttgcggagtagaggtgaaagctcaccggaaggcaatcatagaggatattaaacagcta
ccgcatccagaaattgaaacgtttgttcctattgactcgtgggaatggctgcagtatttg
gggatggatcagtattacccacatttcaagaaaaacagaatagttcaccgcaaagatttt
gaaatcttgaaaggaatgtctcaggaagaaatacgaaatgatttgggagttcgaaaacct
ggtcatctcaagtttctgctcaaagcgataaaaaatctacgatggccaactgaacaggaa
attcggttgcaggaaacacgtaaaaagttcgatgacctcccgctgtattacctgcacgag
atcaaagcagacgagaatgaattttggaacaaactgaggaaaaagtgtctcttgcctaac
tcaaaagcgtttggaacggaggaagaactaaaagacaaacttgttgaacttcgtaacttc
tacctaatcctgtttgccgtgataaacgcactgtggttgatattcatcttacttcttgcc
aatgaaaaggttctctttgtactgggtacaaaccctctaggtcttgcattcctggtcgtc
ttcggtattgtcctcgtcatccaattcctggctatgatcgtacacaggattgccacgtgg
atgcacatgatagcacgtgctccttatgtgttcggcaagccgtttcaaaccacgtgggga
ttccaccaaggcgataccctctcgggttccgtcaatctcgactactgggtgaccgaggaa
gctcgcgcaaagtaccgccagaaagcagagcggcagatttcgaaacggcgccatacgtac
tcgcgtaaggggaagtcgagtaagaaacccgaggtgacagggaattcaaagaaatcgatc
aataaatcagaccgtgaatcgatggagcctctcttgaaggaagaagggcgtagtgttgga
agatcgtttattacatag

  All links  
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 (61)   
   KEGG ORTHOLOGY (1)   
   RefGene (57)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (83)   

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