KEGG   Mizuhopecten yessoensis (Yesso scallop): 110459671
Entry
110459671         CDS       T05079                                 
Name
(RefSeq) uncharacterized protein LOC110459671
  KO
K00698  chitin synthase [EC:2.4.1.16]
Organism
myi  Mizuhopecten yessoensis (Yesso scallop)
Pathway
myi00520  Amino sugar and nucleotide sugar metabolism
myi01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:myi00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    110459671
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:myi01003]
    110459671
Enzymes [BR:myi01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     110459671
Glycosyltransferases [BR:myi01003]
 Polysaccharide
  Structural polysaccharide
   110459671
SSDB
Motif
Pfam: Chitin_synth_2 Glyco_trans_2_3 Glyco_tranf_2_3 Glycos_transf_2 Glyco_transf_21
Other DBs
NCBI-GeneID: 110459671
NCBI-ProteinID: XP_021367708
Position
Unknown
AA seq 1382 aa
MDGPSDKRRGMKNYVRIIRALKLLAFIVLNLSLLLCTVSQRLALLSLIPPGKRHRCHQNE
ALSPVEILSRRMLLCCGICFPYLFIFLTGLWRFNFGKTKHPSLFFIVKVVVLETIPTVGI
AFLVYRILPNLDLIAGTAILNACCLLPGVVNLMSWFRGMDKDPEQEAMTSLQILRSRILD
GFGLLLQIGSIPYIVLADVYTYDTTMEKIGVVLCLAACSWVCWENVFKDFKCLNKFRIKD
KQRPVLMMVSSLIKISVMFGIGISGSYSDFDKYIYILPKAFDKLWFDYMLVDRYFLVFIF
SSFIGYHVAYTACKLNMQIFSFSLPLMATTPVTLIVHYLNFQNKVPIVDLKRLNTYCEFP
SNWQVCASFAWVLSLYLIGRHIWTPHQERMAKLEALFVAPKYCGVLFEQQLVLNRRSNEH
KISKNPKSANEPSNIPLDQVQSEIPSSKQPKESPPDIYACATLWHETPMEMTQLMKSLFV
MDMDFTTRKAASTKEPSIETYEFESHILFDDAFENDKKDRRVPNKFVKQFVELLPDAASA
AHKTKIEIDDPVKIVTPYGGQIVYQLPGSSLLYIHLKDKNVIRHRKRWSQVMYMYYLLGY
RIGLNADISTKDQGDKETAQFKSEKAQNTYILALDGDVDFAPDAVRMLLDKMRKNHKVGA
SCGRIYPIGNGPMVWYQKFEYAVAHWLQKSTEHILGCVLCSPGCFSLFRGSALMDDNVMR
KYAILPSEAIHHLMYDQGEDRWLCTLLLKQGYRVDYAAAADAYTYAPEGFDEFFNQRRRW
MPSTMANIMDMLQDADATVKRNDNISRLYVFYQGTLMLSTMIGPATVLMMIAGAILTVFS
VDLLQSYLISCLPATFFFFLCFWVPQKFQLFLAKLLSAFYMLIMTVVLVGCIVTAVEENP
FHPSVIFLVGLVLIFVFTGVLHPMDIGCLLFGTLYFIGLPMGFLLLVIYSLCNLHVVSWG
TREVSVVNKSKKELEEEAEQVRQAEQEKSNSFFARFFPSAQLRELFSFLDEWRQKKNKAD
ETAKLVRELSSKFDDLLNSLNTKTDSARASSPTTGNVNSHNYGNEENRDNGCPKSDDNTE
SHDAQHKQNTPYWTKLQWLDRYQNDIMALHQHEEEFWKEFIENVGGVGSGPTSVYRTIKY
LAPLDTNIKIQKETHEKLLDLRNGVCGGIAVINVVWMAVNFMFQLRGPGLVSIPIPSLWG
GEDQRLEYLKVDVLGLSFVIFFMILLLIQFCGMIMHRWGTLLHLLAFTELRSPWGKTTLE
ENREQFLTRLKERYEEKMLSNNDNFQDHNDNMRKTKHKELKKLIRHIQEKGTKPIATQNE
SMLQLAADIHAHGETRRYTRRLQTKPEVGTFNYHLQRTITGVRKRQRPHIPLGSIDIPDV
DY
NT seq 4149 nt   +upstreamnt  +downstreamnt
atggatgggccttcggacaaacgtagaggaatgaaaaactacgtcagaataatacgtgct
ctaaagctgttggcgttcattgtgttaaatctgtctttactactgtgtacagtgagtcag
agactagctttgctatcgctcatccctccaggtaagagacatcgatgtcaccaaaatgaa
gcgttatctccggttgagatactcagtcggaggatgctcctatgctgtggaatttgtttt
ccatacctgttcatatttcttactggactctggagatttaactttggaaagacgaagcac
ccctcgctttttttcatcgtaaaggtagtggttttggaaacaataccaacggttgggata
gcatttttggtttatcggattctacctaacctcgatctcatcgctgggacagctattctt
aacgcatgctgcctgcttcccggtgtagtaaacctgatgtcctggttcaggggcatggat
aaagatcctgaacaagaagcaatgacatcgctacagatattgaggtcacggatactggac
ggatttgggttactcttacaaattgggtcaataccgtatatagttctagcagatgtatat
acatacgatacaactatggaaaagataggcgtcgtgctatgtttagcagcatgttcatgg
gtgtgttgggaaaacgtttttaaagattttaaatgtttgaataaatttagaatcaaagac
aaacagagaccagttcttatgatggtatcatcactgatcaaaattagtgttatgtttgga
attggtatttcggggtcatattcagattttgataaatacatatacatcttaccaaaagca
tttgacaaactttggtttgattatatgttagtagataggtattttttagtttttatcttc
tcgtctttcatcggatatcatgttgcatacactgcatgtaaattgaatatgcaaatattt
tcgttctcgctaccattaatggcaacaactcccgttacactaatagttcactacctcaac
ttccaaaataaagtccctatagttgatcttaaacgcttaaacacctattgtgagtttccg
tcgaactggcaagtctgtgcatcatttgcctgggtactgtccctatacttgatcggaagg
catatttggaccccacaccaagagcgaatggcgaaattagaagctttgtttgtcgctcca
aaatattgtggcgttctgttcgaacaacagttggtactgaatagacggtcaaatgaacac
aagattagtaagaatcctaaaagtgccaatgagccgagtaatataccattggaccaagtt
caaagtgaaataccttcttccaagcaacctaaggaatcaccgccagacatctacgcatgc
gcaacattatggcatgagaccccaatggaaatgacgcaactgatgaaatctctttttgtg
atggacatggattttaccaccagaaaagcagcctccaccaaagagccatctatagaaaca
tatgagtttgaaagtcacatcttgtttgacgatgctttcgaaaacgacaaaaaagacagg
agggtgccaaataagtttgtgaaacagtttgtggagctgttaccggacgctgctagcgct
gctcacaaaaccaaaatagaaattgatgacccagtgaagatagtgacgccgtacgggggg
cagattgtgtaccaattgcctggcagttctctcctgtatattcatctcaaagacaaaaat
gtcatacgtcacaggaaaaggtggtctcaggtgatgtacatgtactacctccttggttat
cgcatcgggctgaatgcagatatttccaccaaagatcagggcgacaaagaaacagctcaa
tttaaatctgaaaaggctcaaaacacgtacatcctggccctggacggtgacgtggacttt
gcaccggacgccgtacgcatgctgctggacaagatgaggaaaaaccacaaagtgggcgcc
tcgtgtggcagaatttaccccattggcaatggccccatggtttggtatcaaaagtttgag
tatgcagtagctcactggcttcaaaaatctaccgaacacatcttagggtgtgtcctgtgc
agcccaggatgtttcagcttgttcaggggatctgcactcatggacgataatgtcatgcga
aaatacgccatactcccatcagaggcgatccatcatctcatgtacgaccagggtgaagac
cgttggctgtgcacgctacttctgaaacaaggctaccgtgttgactatgccgcagccgca
gatgcctacacatatgccccggaaggttttgatgagttctttaaccagcggagaagatgg
atgccctccactatggctaacatcatggacatgttacaggacgcagatgcaactgtgaag
cggaatgacaatattagccgtctgtatgttttttatcagggaacgctgatgctttccacg
atgatcggaccagcaacagtgctgatgatgattgccggcgccatccttaccgtgttcagt
gttgacctgttgcaatcctatctaatatcgtgtttaccagcaacatttttcttcttcctt
tgcttctgggttccgcagaagtttcagttatttctggcaaaactcctcagtgcattttat
atgctgattatgactgttgtacttgtgggatgcatagtgactgcagtagaagaaaatcca
tttcatccaagcgtgatatttcttgtaggattagtgttaatcttcgtatttactggcgtt
ctccatccaatggatatagggtgtctgctgtttggcacactatattttatcggactacca
atgggattcctgctcctggtcatttactctctgtgcaatctgcatgtagtatcctggggc
acacgtgaggtcagcgttgtcaacaagtcgaagaaagaattagaagaagaagctgaacag
gtaagacaggctgagcaggaaaagagtaactcattcttcgcgcggttcttcccgagtgct
caactgcgggaactattttcatttctcgatgaatggcgtcagaaaaagaacaaggcagac
gaaacagccaaactagtgagagaattgagttcaaagtttgatgatttactgaattcgctg
aacactaaaactgatagtgctcgcgcttcgtcaccaaccactggtaatgtgaacagtcac
aactatggcaatgaggaaaaccgagataatgggtgtccaaagagtgacgacaataccgag
agccatgatgcccaacataagcagaacaccccatattggacaaaacttcaatggctggat
agatatcaaaatgatattatggcattacatcaacatgaagaagagttctggaaggagttc
attgagaatgtcggcggagtaggatcaggaccaacttccgtgtataggacaataaagtac
ctggcaccgttagataccaacattaagatacagaaggaaacacatgaaaagctgcttgac
ctacgcaacggggtgtgtggtggtatagctgttatcaatgtggtatggatggcagtcaac
ttcatgtttcagctccgtggtcctgggctggtgtccattcctattccatcactatggggt
ggagaggatcaacgcctggaatacctcaaagttgatgtactcggactatcctttgtcata
ttcttcatgattcttctactcatacagttctgtggaatgatcatgcatcgttggggtaca
ctgctacacttgttagcatttactgaattaaggtcgccgtggggcaaaacaacattagag
gaaaacagggagcaattcttaaccagattaaaagagagatatgaagaaaaaatgcttagc
aataatgacaacttccaagatcataatgacaacatgagaaaaacaaaacacaaagaatta
aaaaagctgatcagacatattcaggaaaaggggacaaaaccaattgctacacaaaatgaa
agcatgcttcaattggccgcagacattcacgcacacggtgaaactagacgttatacgaga
agattgcaaaccaaaccggaagttggaacctttaattatcaccttcaaaggacgatcact
ggtgtccggaaacggcaacgtccacatattccacttggcagtatagatataccagatgta
gattattga

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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 (60)   
   KEGG ORTHOLOGY (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (79)   

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