KEGG   Crassostrea gigas (Pacific oyster): 105343573
Entry
105343573         CDS       T03920                                 
Name
(RefSeq) chitin synthase chs-2
  KO
K00698  chitin synthase [EC:2.4.1.16]
Organism
crg  Crassostrea gigas (Pacific oyster)
Pathway
crg00520  Amino sugar and nucleotide sugar metabolism
crg01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:crg00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    105343573
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:crg01003]
    105343573
Enzymes [BR:crg01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     105343573
Glycosyltransferases [BR:crg01003]
 Polysaccharide
  Structural polysaccharide
   105343573
SSDB
Motif
Pfam: Chitin_synth_2 Glyco_trans_2_3 Glyco_tranf_2_3
Other DBs
NCBI-GeneID: 105343573
NCBI-ProteinID: XP_034301296
Position
LG7:45276791..45285059
AA seq 1682 aa
MMQGVKMSINSISNEMDIGGQRNQAYEEDSCDSIDSASDETDTESSAADGYSIEETKEVQ
YRQTEPSFKSPNQERSEAKSWDVFRVTSEDNVSSSSIACWNACFLISRIMFSSLLFMLVF
STSIISKMTFLFMTANIFPSTTEKNLKTLNGTLSYTVNATDVRWIWGILITITAPYLFTI
LKYFWVLMLQRTWPMQWNTLVVALILESLHSVGLCVFVLVVLPSFDPLTACAVSFCVCPI
PGILKIVFPLREHDDKSKLPTRIHVARVLNILAFAGQIASICLWAYYIYCSKTSNSLVLI
SLVILSPFLISISWWENFIPQSSTERLKTSLRYTKTESNVPWVFRFKKKMRREKVRIGII
TNLWKIILTLLVMPALLFGASCKDGDACIKTIFFESTEKAELNIVYTNLTFETPQKDSCY
SYLPFVVAIINVMSSVICYKCVKSASKILAQKLSYAVPVVLSTPVVIGLFWGIYSEFITL
KIATDAQTCAIPLPVWASKNYDPSSMFKNIQFSWSAVLAGLFGFFSFLMISNHIWSPDKE
RLIATDRLFVRSLYDGVFPDQSLFLNRRRIVKETKTEKHKETKELPIPNDTDENSQNKEW
SELREDDTPMIYMCATMWHESEVEMVQILKSIFRQDYDQCARRNLQLGLGVKDPDYYEFE
AHIFFDDAFESRQDSNGIYKVNSYVKQLITSVETAARSVPGISKTIDPPIRTNTPYGGRL
EWRLPGENKLIAHLKDKTKIRHRKRWSQVMYMYYFLAHKLAKLPGKSRRQKRTIAENTFL
LALDGDVDFQPNAVQLLVDRMRKNINVGAACGRIHPIGSGPMVWYQQFEYAVSHWLQKAA
ENIMGCVLCSPGCFSLFRGSALMDDNVMAKYTKVPTEPHHYVQYDQGEDRWLCTLMLQQG
YKVEYVAASDALTYAPETFNEFYNQRRRWSPSTMANIIDLLMDWRNVTRKNEDITKIYIL
YQTFLMICSILTPGTIFLMVLGAISMAFPAIPPFAGMIVNLIPVIGMIILCFVAKSSTQL
AYAAVVSTCYSLLMMVVLVGILLEAVTAGVCSVTTLFLLFVVGVFFVSAVIHPQEFYCVL
HGFLYFLSIPSMSMLLMIYSLGNLHVVSWGTRETKETPPQQTNQATTTKSARSSTLLDSF
GLGEEKSEYLLSCGKFIRCCPVKRTDDRPFRIILERLDGIEAQIMKDTEEYKPEEQKEEE
NVHFSSLSDMIDGHIERSNPLFNDEEQKHMMNSQTWMDDSDLKRGSVAVLDNEEKLFWEE
FIPKYLKPLDTDKEHEKQMHQGLIELRNKVCLAFLLMNALFVTIVYVLTEVNANTKHALS
VKLPCTVSEGPPGRGYIEPISFAFTAIFGIMLFLQFICMLMHRMSTFVHIVASNKLDWKR
KLIAGITAQTEVPTDIGVEDGLEIVKGLQAVKEDDTISIASMDTTYSEDSYKRTENKSRD
MWKRYTKRLREQTQQQPQPQELRVQFAKNLSKLTKALEEGDDASTRGMQEENNVVLYEQK
ILGVQRLLKDRFNRKTLAAVRTIAENQQRTSEIKRRATALNRKRIVQSRWQAIEEKIRLT
QEIDKGVTSYPDRPAKVAFAAVTKAALAQEKRRRLEEGEEVQETSISETTFKKPYKKLDH
DEKDNNEQSDDNTQRQPDPENQREILLDIEEKGTDEEDLISNSQKKGESKDEKDASVEVT
NF
NT seq 5049 nt   +upstreamnt  +downstreamnt
atgatgcaaggggtgaaaatgtccataaattcaattagcaatgaaatggacattggcgga
cagaggaaccaagcttatgaggaagattcctgcgactcgattgattctgcaagtgacgaa
acagacacagaatcatcggctgcagatggttatagtatagaggaaacaaaagaagtccag
taccgccaaacagaaccttcatttaaatcaccaaatcaagaaaggtctgaagccaagtcc
tgggatgttttccgagtaacttcagaagataacgtgtcaagctcttctattgcatgttgg
aacgcttgttttctaatcagcagaataatgttctcttctcttctctttatgttggtgttt
tcaacgtcaattatatcgaaaatgacatttctgtttatgacggccaatatatttccttct
acaaccgaaaaaaatctgaagactttaaacggaactttgtcgtatactgtaaacgctact
gatgtgagatggatttggggaattcttattaccattacagctccctatctgtttacgata
ctcaaatatttttgggtgctgatgctacagagaacctggccaatgcagtggaacaccctt
gtagtggcacttatccttgaatcacttcattctgtaggattgtgcgtttttgttctagta
gtgctaccaagttttgatccgttgacagcctgtgccgtttctttctgtgtatgcccaata
cctgggatattaaagattgtatttcctttaagagaacacgacgacaaaagcaagttgcca
actcgtatccatgttgctcgcgttttgaatatacttgcttttgctggtcagatagcctca
atttgtctctgggcctactatatttattgctccaaaaccagcaactctctcgttctcata
tcactagtgattttatctccatttttaatatcaatttcatggtgggaaaacttcattccg
cagtctagtacagagaggcttaaaacttctttaagatacactaaaactgaaagtaatgtt
ccatgggtttttcgcttcaaaaagaaaatgaggagggagaaagtgagaattggtatcata
accaacttatggaagataatattgacacttcttgtcatgcctgctcttttatttggtgca
agttgcaaggacggggatgcttgcattaaaaccattttcttcgagtcaaccgagaaagct
gaattgaacattgtttatacaaatctcacatttgaaactcctcaaaaagatagctgctat
tcttaccttccatttgttgtagcaatcattaacgtaatgtccagcgtgatttgctataaa
tgtgtcaaatcagccagcaaaatccttgcacaaaaattgtcgtatgcggttccggttgtg
ttatctacgccggttgttattggtttattttggggaatatattcagagtttataactctg
aaaatcgcaacagatgctcaaacttgtgccattcctttgccagtttgggcaagtaaaaac
tatgatccatcttcaatgttcaagaacatccagttctcttggtctgctgttttagctggg
ctctttggattcttctcctttttgatgatttctaatcatatatggtcaccagacaaggaa
cgattaattgctactgaccgtctttttgttcgctcattgtatgatggagtgttcccggat
cagtctctgtttttgaatagaaggaggattgttaaggaaacaaaaacagaaaaacataaa
gaaaccaaagagcttccaatacctaatgatactgacgaaaattcacaaaataaagagtgg
tccgaacttagggaggatgatacaccgatgatatatatgtgtgcaacaatgtggcatgaa
tcagaggttgaaatggtgcagatactcaagtctatattcagacaagattatgaccaatgc
gctaggagaaatttgcaattaggtcttggggttaaagatcctgattactatgaattcgaa
gctcatattttctttgatgatgcctttgaatcccgacaagacagcaatggaatatacaaa
gtcaacagctatgttaaacaactcatcacatcagtagaaactgcagcaagatctgtacca
ggaatatcaaagacaattgatccacctattcgaacaaacacgccttatggaggtagatta
gaatggcgacttccgggtgaaaacaaactgattgcccatctcaaagacaaaactaaaatc
agacatcgtaaaagatggagtcaggtgatgtacatgtattattttttggcgcataaactg
gcaaaacttcctggaaagtcgcggcgacaaaagcgaacaattgctgaaaacacattctta
ctggcactggacggcgacgtcgattttcaacctaatgctgttcaactgttggtcgacagg
atgcgaaagaacatcaacgtcggtgccgcgtgtggccgaatccatcctatcggatcgggc
ccaatggtttggtaccaacaattcgaatatgctgttagtcactggctgcagaaagcagcg
gagaacataatgggatgtgtgctttgtagtccggggtgttttagtttgttcagaggttct
gcgcttatggatgacaacgtcatggccaagtatacaaaagttccaactgagccgcatcat
tatgtccagtacgatcaaggagaagaccgatggctttgcacattgatgttacaacaaggt
tacaaagtcgagtatgtggctgccagtgatgcactgacctatgctccggaaactttcaat
gaattctacaatcagcgaaggaggtggtctccgtcaaccatggctaatatcatagatctc
ttaatggactggaggaatgttacccgaaaaaacgaagacataactaagatttacatcttg
tatcaaacgtttttgatgatttgttcgattctgactccgggtacaattttcctaatggtt
cttggtgcaataagcatggcttttccggctattcctccattcgccgggatgatagtaaat
cttataccggtgattggaatgattatattgtgttttgttgccaaatcaagcacacagttg
gcttatgccgctgttgtgtccacctgctactctcttctgatgatggttgttcttgttggt
atactactggaggctgttacagccggagtatgttccgtcacaacactttttcttttgttt
gtcgttggagttttcttcgtttcggcagttatccatccacaggagttttattgtgttttg
catgggtttttgtatttcctttccattccgtccatgtccatgctgttaatgatttattcc
cttggaaatttgcatgtggtatcctggggaacacgggaaactaaagaaacaccgccacaa
caaacaaaccaagctacaactacaaaatcagccagatcatcgacgttgttagactcgttt
ggtcttggcgaagagaaatctgaatatttgttatcatgtggaaaatttattagatgttgt
ccagtaaagagaacagatgacagaccattcagaattatactggagagacttgacggcata
gaagctcaaataatgaaagatacagaggagtataaaccagaggaacagaaagaggaagaa
aatgttcatttttcaagtctaagcgacatgattgatggacatatagaacgaagcaatcca
ttatttaacgacgaagagcagaagcacatgatgaattctcagacatggatggacgacagc
gatctaaaaaggggatctgttgctgtactggacaatgaagaaaaacttttttgggaagaa
ttcataccaaagtatttgaagccactagataccgataaagaacatgaaaaacagatgcac
caaggtttgattgaacttaggaacaaagtttgtctcgctttcctgttgatgaacgcactc
tttgttacaattgtttacgtcttaacagaagtgaatgcaaatactaaacatgcactttcc
gttaaactgccctgcactgtctcagaggggccacccggtcgaggatatatagaaccaata
tcattcgcttttacggcaatatttggaatcatgttattcttgcaattcatttgcatgctt
atgcatcgaatgtcgacatttgttcacattgttgcttcaaacaagttggactggaaaagg
aaactaattgctgggataactgctcagactgaagttccaactgacattggagtcgaagat
gggttggaaattgttaaaggacttcaagccgtgaaggaagacgatacaatatctattgct
tcaatggacacaacctacagtgaagactcctataaacgtacggaaaacaagagcagagac
atgtggaaaagatacactaagcgactgagggaacaaacacaacaacaaccacaaccacaa
gaattacgtgtacaatttgcaaagaatttgtcaaaattgaccaaagctttagaagaaggg
gatgacgcgagcacacgaggaatgcaagaggaaaataatgtcgttctttatgaacagaaa
atattaggggttcaacggcttctaaaagatagatttaatagaaaaacacttgccgcggtc
agaacgattgctgaaaatcaacaaagaactagtgagataaaaagaagagcaacagctctg
aatagaaagagaattgttcaaagtcgttggcaagccattgaagagaaaataagactaacc
caagaaattgataaaggtgttactagttatcctgataggcctgctaaagttgctttcgcg
gcagtgaccaaagctgctttggcccaggagaaaaggagacgccttgaggagggtgaagaa
gtccaagaaacaagcatcagtgaaaccacattcaagaaaccgtacaaaaaattagaccat
gatgagaaagataataatgaacaaagtgacgacaatacgcaacgtcaacctgatcctgaa
aatcaaagagaaattttgttagacattgaagagaaggggactgatgaagaagacttaatt
tcaaattcccagaagaaaggagaaagtaaggatgagaaagatgcatccgtcgaagtaact
aatttttaa

  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 (49)   
   KEGG ORTHOLOGY (1)   
   RefGene (45)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (66)   

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