KEGG   Crassostrea gigas (Pacific oyster): 105341257
Entry
105341257         CDS       T03920                                 
Name
(RefSeq) uncharacterized protein LOC105341257 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
    105341257
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:crg01003]
    105341257
Enzymes [BR:crg01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     105341257
Glycosyltransferases [BR:crg01003]
 Polysaccharide
  Structural polysaccharide
   105341257
SSDB
Motif
Pfam: Chitin_synth_2 SAM_2 SAM_1 Glyco_trans_2_3 Glyco_tranf_2_3 Glyco_transf_21 Glycos_transf_2
Other DBs
NCBI-GeneID: 105341257
NCBI-ProteinID: XP_034319771
Position
LG2:complement(14724522..14797752)
AA seq 1745 aa
MPQQRKKARGSTAKARDSTATTRSTRRSRPKRSNSSLNQPLTVQNDVLPLTTQNEAQRVP
SANEIASSIIPQLRGATDVGQLPASTSLQEVINLVPGPTANTPSSSTVAAANPESLGKES
RMTGQESEAENQQLDLSYLTVKQKFKDKSSSHQGSLKIVVLIKWGITVISFVIFLASLVV
SKLTLFGLVNGLNAGKDATVLNYQTYCMCFVLLLAPNIISLLRSLWNITGWFDLPWPGLK
AVGLINLSAAMESVGLCIVLFKTLTSGSTIAGVSGLQVGLIIPIIFYTIKGQNDLPYFRH
LSFVSIITMLAGSGLVIFIYIKESEHEAWTLVGVFVAFLSMFPYLNNKIFEDTNNKDSDP
DCTDSKTVSNNPDSVDMQSGSNNPDSTNPSDRIHAIHCGIMPEIEIVAPDGIDRPPVNAR
AWKVAVFKNCFSTEIKSGSNNPDSTNSSDSVHSSSCCCITRIENGEEDGKYTPPDNASAW
KIQLISAVFKILFSIIATSAVFIEFAVGKMDMKDAVMLGWNWSTSDRSYRLFIAHIVTSL
IAYVTAVFAFHTCIHRGAFLLPILLSSPVVYTLMVLSYSCEWFATFLDQPSMFCANRVNV
EYSVLAMVCTTLSIFLVYGRLIWHLKGEVLLKETQLFWYPAYNSVMLEQWMLLNKKINIE
HGAYRNDEESGKKDDTTPKSDDTTPKNDEITPKNDDTTPKCDEKTPKRDETTPKSDDTTP
NSDEITPKSDETTPKSDKLTPKSDETTPKSDEITPKSDGTTLKSDETTPNSDEITPKSDD
TTPKCDEKTPKSDETTPKSDDTTPKSDEITPKSDETTPKSDEITPKSDGTTLKSDETTPN
SNEITPKSDETTQWVYICTTMYRESRKEMQQLLESIQKISQGTSDKICFESHIFVDGAVR
EKEMTEFALQLIGLLNDTLHIDAVSDSEKTWTPYGLRFKWDLTGPNKMKFYIHLKDSAKV
KKKKRWSQIMYMSYILDFLSKQHTNRDVNPRDTNKFILTTDADVRFNPESVEALLDLMKR
DTSVGAVCARTYPLGSGPVMWYQKFEYAVGHWFQKAAEHVLGSVLCAPGCFSMYRCLALK
KILPEYASNVERAFDFLMKDMGEDRWLCTLMIQNGWRIDYCAASENETFCPEKFEEFYKQ
RRRWIVSTLANLISLITHWHLVRNSNHQVSFLFCLYQIILFALTFIGPSTVVCIVAGGLS
YSWDINFVVSVILQVIVCLIYAGICLFGNEKWQMKSGKIITFLYSIIMAAVFIGLLERIA
KEIIGITSDIGENVSDSTEKSTIPSGVISDNLPVSFLTLYLGVMCAIFLITTLLHPYDFT
CLLNGLSYLFCLPSAYVLLYIYSIINIIDSSWGTREEKKHNSVKLRSDWYESFVKFIKGI
SWYFGRKETPKDSGSVSPGNSDEDIESEIHQDNSDSIEEDTGYTEPQKSDEESQNKVEKW
LPEDMKNYAPVFKDNGFDNTRFLSMLTKTDLKRLGIQMLAHREILWRKIQDIPKFIIPVC
VPNDPYSWLQTLGLEIYKPNFQRNHIKSAQDMEALKSFSKKDIEEELGIKKTGHLRMIVN
AIKRLRIPTNEERIITKIQEQIRKQNDQDMRNLNGEENKFWNDLIQACLQPSSGAFSLET
ILKGELQNLRNRWLTISGIVNCLWIFTIMTLSGSIHLKIAETDPLSLLFLVVFGFIFVLQ
FLCMIIHRFTTLCHLIARAQYRWVDSTKKRESKCDRCIQEKRKCCSQSSKTNAKPIKTKE
FRSCS
NT seq 5238 nt   +upstreamnt  +downstreamnt
atgccacaacaaaggaagaaagctagaggctccactgcgaaagctagagactccactgcg
acaaccaggtcaacacgtcggtcaagaccaaagagatcaaactcaagccttaatcaaccc
ctgactgtacagaatgacgttctacctctgacaacacaaaatgaagcccaacgagtaccg
tcagcgaatgaaatcgcgtcatcaatcattccgcagctaagaggagccactgatgtagga
caactcccagcatcaacttctttgcaagaagtcattaacttggtaccgggaccaactgca
aatactccttcctcatcaacagtggcagcagcaaacccagagtctctagggaaagaaagt
agaatgacaggacaagaatctgaagcagagaaccaacaactggatctgtcctatttgact
gtgaagcaaaaatttaaagataagagttcatcacatcagggatctttgaaaatagttgtt
ttaattaaatggggcataaccgtaatatcctttgtgatatttttagcaagccttgttgtg
agcaaacttactctatttggtcttgttaacggcttgaatgctggaaaggatgctacagtt
ctcaattaccagacttattgtatgtgttttgtcctactattggcaccaaacatcatttct
ctcttgagatcgctttggaacataactggatggtttgatttgccttggcctggcctgaaa
gcagtaggattgattaacttgtctgcagcgatggaatcagtgggtctctgcattgtccta
ttcaaaactttgacctcgggatcaacaattgcaggtgtcagcggactgcaagtcgggctc
atcattccaataatattttacaccattaaaggacaaaatgatttgccatattttcgacac
ttatcatttgtgtcgataatcaccatgctcgcaggttcaggattggttatatttatttac
attaaagaatcggaacacgaagcatggactttggtaggcgtgtttgttgcctttctatca
atgttcccgtatctaaacaacaaaatatttgaagatacaaacaacaaagatagtgatcct
gactgtactgattcaaagacagtatcaaacaatccagacagtgttgatatgcagtcagga
tcaaataatcccgacagtactaatccgtcggatcgcattcacgccattcattgtggtatc
atgcctgaaattgagattgttgcaccagacggaatcgacagaccacctgttaatgccagg
gcttggaaagttgctgttttcaaaaattgttttagtactgaaataaagtcaggatcaaac
aaccctgacagtactaattcatcggattccgttcactcaagctcttgttgttgcataact
agaattgagaatggcgaagaagacggaaaatatactcctcctgataatgccagtgcttgg
aaaattcaactgatttctgctgttttcaaaatactttttagcattattgctactagtgcg
gtttttatagagtttgcggtgggaaaaatggatatgaaagatgcagtgatgttaggctgg
aattggagtacaagtgacagatcataccgtttgtttattgctcacattgtgacgagttta
attgcctacgtcaccgctgtctttgcctttcatacttgtatacatcgaggagcgttttta
ctccccattctactctcatcacccgtggtctatactttgatggtgttatcttactcttgt
gagtggtttgctacttttctagaccaaccttcaatgttttgtgcaaacagagtaaacgtt
gagtacagtgtgttggccatggtgtgtaccacattgtcgatctttttggtttatggaaga
ctaatctggcatctaaaaggagaagttttactcaaagaaactcagcttttctggtaccct
gcatataacagtgtgatgcttgagcagtggatgcttctcaataaaaaaataaacatagaa
catggtgcatacagaaacgacgaggaatctgggaaaaaggacgatacaacgccgaaaagt
gacgatacaacgccgaaaaatgacgagataacgccgaaaaatgacgatacaacgccgaaa
tgtgacgagaaaacgccgaaaagggacgagacaacgccgaaaagtgacgatacaacgccg
aatagtgacgagataacgccgaaaagtgacgagacaacgccgaaaagtgacaaattaacg
ccgaaaagtgacgagacaacgccgaaaagtgacgagataacgccgaaaagtgacgggaca
acgcttaaaagtgacgagacaacgccgaatagtgacgagataacgccgaaaagtgacgat
acaacgccgaaatgtgacgaaaaaacgccgaaaagtgacgagacaacgccgaaaagtgac
gatacaacgccgaaaagtgacgagataacgccgaaaagtgacgagacaacgccgaaaagt
gacgagataacgccgaaaagtgacgggacaacgctgaaaagtgacgagacaacgccgaat
agtaacgagataacgccaaaaagtgacgagacaacgcaatgggtttacatatgtacaacc
atgtatagagagagtagaaaagaaatgcagcaactattagagtctatccaaaagatcagt
cagggcacatcagacaagatctgttttgagtctcatattttcgttgacggcgctgtcaga
gaaaaagaaatgacggaatttgccctacagctgattggtctactgaatgatactttacat
attgatgccgtcagtgatagtgagaaaacatggacaccctatggactgaggtttaaatgg
gatcttacaggtccaaataaaatgaaattctatattcatctgaaagactcagccaaggta
aagaaaaagaagagatggagtcagataatgtatatgtcgtacattctcgatttcctaagc
aagcaacacaccaaccgcgatgtgaatcccagagataccaacaagtttatcttgactacg
gatgctgatgttcgatttaaccctgaatccgtcgaagctttgcttgatctgatgaagagg
gatacttcagttggagctgtgtgcgcccgcacttatccgcttggtagtgggcctgttatg
tggtatcagaaattcgaatacgccgttggccattggttccaaaaggctgcagaacacgta
ctagggtctgtcttgtgtgcccctggatgctttagcatgtacagatgtttagctttaaag
aaaattttacccgagtatgcatccaatgttgaaagagcgtttgacttccttatgaaagac
atgggtgaagacaggtggctttgcacactaatgatacagaatgggtggagaatcgattac
tgtgctgcatcagagaacgaaaccttttgtccagagaaattcgaggaattctacaaacaa
agacgccgctggatagtttcaactttagctaacttaatttctttaattacacattggcac
cttgttcgaaattcaaaccatcaagtctcctttctcttttgtttatatcagattattctt
tttgccttaacgtttattggaccaagcacagttgtatgtattgttgctgggggattgtct
tactcttgggatatcaattttgtggtgtcagtgatacttcaagttattgtctgtcttatc
tatgccgggatatgtttgttcggaaacgaaaaatggcagatgaagtctggtaaaataatt
actttcctgtattctatcatcatggccgctgtgtttatcggcctgttagaacggatagcg
aaggagattatcggcattacctctgatattggggaaaacgtctcagacagtacagaaaaa
tcaacgattccctcgggagtgattagcgacaatttaccagtttcctttttaacgctgtac
cttggagtcatgtgtgcaatatttctgattactactctacttcatccctacgatttcact
tgtttgctgaatggattatcttatcttttttgtctgccatccgcatatgtgttgctgtat
atatatagcataatcaacattattgattcatcgtggggcacacgagaagaaaaaaagcac
aacagtgtaaaactgagaagcgattggtatgaaagctttgtgaaattcattaaagggata
tcatggtattttggtagaaaagaaactccaaaggactctggttcggtttcaccaggcaat
tctgacgaagatattgaatcagaaattcatcaggacaactctgatagcatagaagaggat
acaggttataccgaaccacaaaaaagtgatgaagaaagtcaaaacaaggtggaaaaatgg
cttcctgaagacatgaagaactatgctccggtttttaaggacaatggttttgacaacact
cgttttcttagcatgctgacaaaaacagatttgaaacgcttagggatccagatgctggcg
catcgcgaaatattatggcggaaaatacaagatattcctaaattcataataccagtctgc
gtaccaaatgacccatactcctggttacaaactttaggtctggaaatttataaaccaaat
ttccaaagaaaccatatcaagtcggcgcaagatatggaagcgttaaagagtttcagtaaa
aaagatattgaagaagagcttggaataaaaaagactggtcacctacgaatgattgttaac
gctatcaaacgactacgaattccaacaaacgaggagagaattattacaaaaatacaggaa
caaataagaaagcaaaatgaccaagatatgagaaatcttaatggagaagaaaataaattc
tggaacgatcttattcaggcctgtctacaaccaagttctggtgcctttagtttggaaaca
attctcaaaggtgaactacaaaacctaagaaacaggtggctgacaatttccggaatcgtc
aactgtctgtggatcttcaccatcatgacactcagcggaagcatccatctcaaaattgcc
gaaaccgacccgctcagtttgttatttctggtggtttttggattcatcttcgttctccag
ttcctatgcatgattatacatagattcaccacgctatgccatttaattgcgcgtgcgcaa
tacagatgggtcgacagtaccaagaagcgggagtctaaatgtgatcgttgcattcaggag
aaacgaaagtgttgctcacaaagctcgaagactaatgcaaaaccaataaaaacgaaagaa
tttagaagttgtagttaa

  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 (123)   
   KEGG ORTHOLOGY (1)   
   RefGene (119)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (7)   
   RefSeq(pep) (7)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (7)   
   Pfam (7)   
All databases (157)   

Download RDF
DBGET integrated database retrieval system