KEGG   Crassostrea gigas (Pacific oyster): 105345033
Entry
105345033         CDS       T03920                                 
Name
(RefSeq) uncharacterized protein LOC105345033 isoform X1
  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
    105345033
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:crg01003]
    105345033
Enzymes [BR:crg01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     105345033
Glycosyltransferases [BR:crg01003]
 Polysaccharide
  Structural polysaccharide
   105345033
SSDB
Motif
Pfam: Chitin_synth_2 SAM_1 SAM_2 Glyco_trans_2_3 Glyco_tranf_2_3 Glycos_transf_2 Glyco_transf_21 COG6_C Wzy_C SAM_KSR1
Other DBs
NCBI-GeneID: 105345033
NCBI-ProteinID: XP_034320182
Position
LG2:complement(14920812..14938898)
AA seq 1509 aa
MDPSSRSIASSPLPTVDERAELSGQYTMASPEVKVKRKEEEVDVSYLSVKKQSKIERCTN
KSTPHQGPTKLIVILKWATTLIFAAVLLASLVLSKITLFGLVQGLKIEKEVTSRNYQAFF
MCLITLVAPNVISLLRSIWNIIGRSDIPWPNKKAAGLIALTTALESTGLCIVIFKTLASG
SPASGFSAMQIGFVLPILFHIKKGNRDVSFFRTFSLLSMMLAIAGVGLVIYIYVKKSNED
AWSLVGVVIVFLSMLPYLNKKIYGLTRTPVSTVDQPIPTGSINRSNSSGHFSQGPSSGSD
YNSFNSMSSGISIASTNTEPDPINNITSDNAVVWKILLISSLFKIVFIFVVSSLLVQYGM
GNMNFIDAWNFHLEWDTDGLFWFFIVHITTSVLAYVTAVFACHTCMDRGAFVIPLIFSSP
VSCVLLVVSISCTYIRNALDGTSDYCESSTYIVFSVGAMVLTTLSICFVYGRLFWSVKRL
VLLKEIQLFWLPTYNSVMLEQWMYLNRKLSHETEDDDETLTRSDEKTRVYICTTMYRESR
KEMQQLLESIGKISQATSDKAKIHFESHVFLDGAVRGDELTEFALQLISLLKDALNIDFI
LTCTKTTTPYGLRLGWKLPGPCGMTFTIHMKDPKKVKKKKRWSQIMYMSYVLDFLSKQHV
DRDGNPIVKDSDCFILTTDADVKFTPESVEALLDLMKRDTSVGAVCARTYPLGEGPLVWY
QKFEYAIGHWFQKAAEHVLGSVLCAPGCFSVYRCSALKDIIPTYASSVERAFEFLIKDMG
EDRWLCTLMVQSGWRIEYCAASENETYCPEEFEEFYKQRRRWIASTLANIISLIKEWSLI
RTLNHRVSYLFCIYQIFLLTSTFIGPSTVIIIVAGGLNYAWDINVVWVVVLQILVCVIYA
GICLFMNETWQMQSGKIITFLYAIVMTAVVVGIAEQVAEDLIAFSPDIKTETKNNITVTI
TTEFPAGAISDDFPVSFVTLYLGLLIAVFLLTGMLHPSEFSCLLNGITYLLCLPSGYLVL
NIYSVVNITDRSWGTREEKEHNSVKKTKPWYDGVETVMRKIFFCFDKKETEGNPSNVDMQ
DEKSKRRRSESDSGQPQNLSKSLGPGFKFGGKSLSRSQSVEQRMEQVNEEKDEDVEEESY
SDEEEELYNELDPTAVEDWLPKDMKGYAKLFKDNGYENTNFLSMLTDVDLKRLGIKKVAQ
RRNLYRKIQNIPEFTIPVDVPKDLSSWLHQIGLEEYKPNFRRNQIKTVRDMEALKSFTIK
EINEDLNITKPGHVRRLQDAIKRLRNPTHDERVITKFKEEISQAFLHDLRSVNQEENKFW
KDLIRACLEPASDAFGFEEILKGKLQNLRNEWLMVSGIVNCLWIVIIMTLSSSIDLQIAG
TNPLSLLFLIVFGFLFVLQFSCMLVHRFTTLSHFIARAPYKFGQNYRSSVSFLSRDVDSE
EELLTREVRNLQPQFLKRIRNQRKQGKRKKSNSKSPETAPLIANHHGNDIYTGPPVKEAY
EENMLAERG
NT seq 4530 nt   +upstreamnt  +downstreamnt
atggacccgagtagtcggtcgattgcatccagtccactgccaaccgttgatgagcgggct
gaacttagcgggcaatacacgatggcgtcaccggaagtaaaagtgaaacgaaaagaggag
gaagtggacgtgtcttatctgagtgtgaagaaacaatccaagatagagcgatgtacaaac
aagagtaccccacatcagggacccaccaaactcatcgtgattctcaaatgggccactacc
ttgatattcgctgctgtattattagcgagcctcgttttgagtaaaattactctgttcggt
cttgtgcagggtctgaaaattgagaaagaagtgaccagtcggaactatcaggcgttcttc
atgtgtcttattacacttgtggcgccgaacgtgatatctctactgaggtctatttggaac
attattggacggagtgatataccctggccaaacaaaaaagcagcaggactgattgctttg
acaacagcattagaatcaacgggtctctgtatcgttatattcaaaaccctggcctcgggt
tcaccagcctcaggattcagtgcgatgcagatcgggtttgtccttcccatactgttccac
atcaaaaagggaaatcgtgacgtttcatttttccgcacgttttcgctcctttcaatgatg
ttggctattgcaggggttggacttgttatatatatttacgtgaagaaatccaatgaggac
gcatggagtcttgttggtgttgttatcgtgtttttgtcaatgcttccgtacctaaataag
aaaatatacggtctcacaaggacccctgtttcaactgtggaccaaccaataccaacaggg
tcaattaacagaagtaattcttccggacatttttctcaaggtccttcatcgggttcggac
tacaattcgttcaattcaatgtcaagcggtatatctatagcgagtacaaatactgaaccc
gacccaattaacaatataacatccgacaatgcagtggtctggaaaatacttctcatttcg
tctttgttcaaaattgtgttcatctttgtagtgagctcgcttcttgtacaatatggaatg
ggaaacatgaatttcatagacgcctggaactttcatttggagtgggacactgatggacta
ttttggttctttattgtacacataaccacaagtgttcttgcctacgtcactgcagtgttc
gcgtgtcacacgtgcatggatcgcggagccttcgtgattcctcttatattttcgtcaccc
gtctcttgtgttttgcttgttgtctcgatttcgtgtacttatattcgtaacgcattagac
gggactagtgattactgtgagagtagtacatacattgtgttcagtgttggcgcgatggta
cttactactttgtcaatctgttttgtttatggcagactcttctggagcgtcaaaagactg
gtgctactgaaagaaatacagttgttttggttacctacctacaacagcgtcatgctagaa
cagtggatgtacttaaacaggaagttaagccatgaaacggaagacgacgacgagacctta
acgagatcagacgagaaaacccgagtgtatatttgcacaacaatgtaccgtgagagtaga
aaggagatgcaacagttgttggaatctatcggaaagatcagtcaagccacgtcagacaaa
gccaaaatccattttgagtctcatgttttcttagatggagcagtccgaggcgacgagttg
accgaattcgctctacagttaattagtctgctgaaagatgctctaaatattgatttcatc
ttgacttgcacgaaaacaacgacaccttacggactacgactaggctggaaacttccgggt
ccctgtggaatgacatttactatacacatgaaagatcctaaaaaagtaaagaaaaagaag
agatggagtcagataatgtatatgtcgtatgttcttgatttcctgagcaagcaacacgtt
gaccgggatgggaatccaattgtaaaagactccgactgtttcatcttgacgacggatgcc
gacgttaaattcacccccgagtcagtagaggctctgcttgatctgatgaagagagacacc
tccgttggagctgtatgcgcacgcacctatccactcggagaaggcccacttgtgtggtat
cagaaattcgaatacgcgatcggacattggtttcaaaaggctgcggaacacgtcctgggg
tcggttttgtgcgcccctggatgttttagtgtgtacagatgttcagccctgaaagatatc
ataccaacgtacgcttcaagtgttgaaagggcgtttgaatttctaatcaaagatatgggc
gaggacagatggctctgtacactcatggtacagagcgggtggaggatcgagtactgtgcc
gcctctgagaacgagacatactgtcctgaggagtttgaggaattctacaaacagagacgc
cgctggatcgcttcaactttggctaacattatctctcttattaaagagtggagcttgatt
cgaaccctgaaccaccgagtgtcctacttgttctgtatctatcagatatttctcctgaca
tctacttttataggccccagtacagtcatcatcattgtcgcaggtggtctaaattatgcc
tgggatataaacgttgtgtgggtggtagttctacagatcctcgtctgtgtgatctatgcc
ggaatatgtctcttcatgaacgaaacatggcaaatgcagtccggcaaaatcatcacgttc
ctgtacgccattgtgatgacagcggtcgtggttggaatcgctgaacaggtagcggaggat
ctgatcgcctttagtcccgacattaagacagaaaccaaaaataacatcactgttactata
acaaccgaatttccagcgggagcgatcagcgacgatttccccgtgtcgttcgtcacgctg
tacctcggtcttctgatcgccgtgttcctcctcacagggatgcttcacccgtcagagttt
agttgtctgctgaacggcatcacctacctcctttgtttaccatccgggtacctagtgctc
aatatatacagcgtggtcaatataaccgacagatcctgggggacacgagaagagaaggag
cacaacagtgtcaagaagacgaagccctggtacgatggagtggaaacagtgatgaggaaa
atattcttctgctttgataagaaggaaacagaaggaaacccgtccaatgtggacatgcaa
gatgaaaagtcaaagcggagaagatcagaatccgactcaggtcaaccacaaaacctctcc
aaaagcctgggccctgggtttaaatttggtggtaaaagtttgtctagatctcaaagcgtt
gagcagcgaatggaacaagtaaacgaagagaaggacgaggatgttgaagaggagtcctac
agtgatgaggaagaggagttatacaatgagctagatccaactgctgtggaggattggctt
cccaaagacatgaaggggtatgctaaactttttaaagataatggctatgaaaacacaaat
tttctaagcatgttgactgacgtcgatttgaagagacttggaataaagaaggtagcacag
aggcgaaacttgtatcgtaaaatacaaaacataccggaattcacgatacccgttgatgtt
ccgaaagaccttagttcttggttacatcagatcggactagaggagtacaaaccaaacttc
cggagaaatcaaattaagaccgtgcgggacatggaggccctcaagtcgtttactataaag
gagatcaatgaggacctcaacataacaaaaccgggtcatgttcgaagacttcaggacgcc
atcaaacgactccgaaatcctacacacgacgagagagtgatcaccaaatttaaggaagaa
atcagtcaggctttcttacatgatcttaggagtgttaaccaggaggagaacaaattctgg
aaggacctcatccgggcatgtctggaaccagcttctgacgcattcggatttgaggagatc
ttaaaaggtaaactccagaaccttaggaacgagtggctgatggtctctggaattgtcaac
tgtctctggatcgtcattatcatgactcttagcagcagtatagatctgcaaattgcaggg
accaacccacttagtttactatttctgatcgtctttggattccttttcgttctacagttc
tcttgcatgcttgtccacagattcacaactttatcgcattttatcgcgcgtgcgccgtac
aaatttggacaaaattaccgtagttctgtttctttcttgtcacgtgatgttgactcagag
gaagaactcttaacaagggaggttagaaatttacagcctcaatttctcaaaagaatcagg
aaccaacgaaaacaaggcaaacgaaagaaaagcaatagtaaatccccagaaacagcaccg
ctgattgctaatcaccatggtaacgacatttatacgggacctccagtcaaggaggcttat
gaagaaaatatgttagctgaaagaggataa

  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 (57)   
   KEGG ORTHOLOGY (1)   
   RefGene (53)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (10)   
   Pfam (10)   
All databases (85)   

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