KEGG   Vitis vinifera (wine grape): 100254646
Entry
100254646         CDS       T01084                                 
Name
(RefSeq) mannosylglycoprotein endo-beta-mannosidase
  KO
K18577  mannosylglycoprotein endo-beta-mannosidase [EC:3.2.1.152]
Organism
vvi  Vitis vinifera (wine grape)
Brite
KEGG Orthology (KO) [BR:vvi00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    100254646
Enzymes [BR:vvi01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.152  mannosylglycoprotein endo-beta-mannosidase
     100254646
SSDB
Motif
Pfam: Ig_GlcNase Glyco_hydro_2 Glyco_hydro_2_C Ig_mannosidase Glyco_hydro_2_N
Other DBs
NCBI-GeneID: 100254646
NCBI-ProteinID: XP_002284576
UniProt: F6HZ06
Position
14:join(2956412..2956557,2959072..2959210,2961182..2961409,2961626..2961684,2962956..2963004,2963466..2963696,2965601..2965770,2965860..2966064,2966658..2967326,2967411..2967638,2967826..2968623)
AA seq 973 aa
MAEIGKTKLDSGWVAARSTDIQLTGTQLTTTHPPAGPTSPWMEAVVPGTVLATLVKNKLV
PDPFYGLENESILDIADAGREYYTFWFFRTFHCKLSGNQHVDLNFRAINYYAEVYLNGHK
MVLPEGMFRRHSLDVTDVLHPDKQNLLAVLVHPPNHPGTIPPEGGQGGDHEIGKDIAAQY
VEGWDWMAPIRDRNTGIWDEVSISVTGPVKIIDPHLVASFFDNYKRVYLHSTIELENRSS
WVADCALNIQVSTELEEGICLVEHLQTQHLSISPSARVQYSFPELFFYKPNLWWPNGMGK
QSLYNVSITVDVKGHGESDSWSHPFGFRKIESHIDNATGGRLFKVNGQPIFIRGGNWILS
DGLLRLSKKRYKADIKFHADMNFNMIRCWGGGLAERPEFYDYCDIYGLLVWQEFWITGDC
DGRGIPVSNPDGPLDHQLFLLCARDTVKLLRNHPSLALWVGGNEQTPPHDINMALKYDLR
LHPDFAKLDENGQSIEDLSPILRDPSQYLDGTRIYIQGSMWDGFANGKGDFTDGPYEIQN
PESFFKDDFYKYGFNPEVGSVGMPVAATIRATMPPEGWQIPLFKKLPDGYIEEVPNPMWE
YHKYIPYSKPSSVHDQVLMYGTPKDLDDFCLKAQLVNYIQYRALLEGWTSRMWSKYTGVL
IWKTQNPWTGLRGQFYDHLHDQTAGFYGCRSAAEPIHVQLNLATYFIEVVNTTSETLSNI
GIEASVWDLEGTCPYYKVYDKLSVPPKKTVPIIEMKYPKSKNPKAVYFLLLKLYNMSNYG
ILSRNFYWLHLSGGDYKLLEPYRSKKIPLKITSKVFITGSTYEIQMHVQNTSKKPDSLSL
IYKNNFIVRNGDGDYDTTAAEPVHSRMEEKHGVGVLQRICSRFSKEAAGLKVVQMNGADV
GVAFFLHFSVHVSKKEHKAGEDTRILPVHYSDNYFSLVPGETMPITITFEVPPGVTPRVT
LNGWNNHSDYTVY
NT seq 2922 nt   +upstreamnt  +downstreamnt
atggctgaaatcgggaagacgaagcttgactccgggtgggtcgccgccagatccaccgac
attcaactcactggaactcagctcaccaccactcaccctcccgccggccccacctccccc
tggatggaggccgtcgttcccggaactgtcttggcaacccttgtgaagaacaaacttgtg
ccagatcccttctatggcttggaaaatgagtcaattttagatattgcagatgctggaagg
gagtattacacattctggtttttcagaactttccattgtaagctgtcaggaaatcagcat
gtggatctgaatttccgtgcaatcaattactatgcagaagtttatttgaatgggcacaaa
atggtcctgccagaggggatgtttagaagacattctctagatgtcactgatgtgctgcat
cctgataaacagaacttgctagctgttcttgttcaccctcctaatcatcctggaactatt
cctcctgagggcggccaaggaggtgatcatgagattggaaaagacattgctgcacaatat
gttgagggctgggattggatggctcctataagggacaggaacactggcatttgggatgaa
gtatcaatttctgttactgggcctgtgaaaattatagatccccacttggttgcatcattc
tttgacaactacaagagagtatatctgcactcgacgattgaattagaaaatagaagttcc
tgggttgctgattgtgctttgaatatccaagtgtcgactgaacttgaggaaggcatttgc
ttagtagagcatcttcagactcagcacttgtcaatctctcctagtgctcgtgttcaatat
tcatttcctgagctttttttctacaagcccaatctatggtggccaaatggcatggggaag
caatccctgtacaatgttagtatcaccgttgatgtaaagggacatggtgagtctgattca
tggagccatccattcggatttcgtaaaattgagagccacattgacaatgcaactggtggc
aggttatttaaagtcaatggccaacctatttttattcgtggtggtaattggatattgtct
gatgggttactacggctttcgaagaagcgatacaaagcagatattaagtttcatgcagat
atgaacttcaacatgatccgctgttggggtggtggactggccgagagacctgagttttat
gattattgtgatatttatggtctgctggtatggcaagagttctggataactggagactgt
gatggacggggtatcccagtatcaaacccagatggtccccttgaccatcaactatttttg
ctatgtgcaagagacactgtaaagcttctgaggaatcatcctagtcttgctctttgggta
ggaggaaatgaacagacaccaccacatgacatcaacatggcgctaaaatatgaccttaga
ctccatcctgattttgctaagttagatgaaaatggtcagtctatcgaagatctatcccca
atcttgagagatccaagccaatatctggatggtacacgcatttatatccagggatctatg
tgggatggatttgcaaatggaaagggggacttcactgatggtccttatgaaatccagaat
cctgaaagcttctttaaggatgatttttacaaatatggattcaatcctgaggtgggttct
gtgggaatgccagttgccgccaccattagagcaacaatgcctccagagggatggcagatt
ccattgtttaagaagctacctgatggttatatagaagaggtcccaaaccccatgtgggag
taccacaaatatattccttactcaaaaccaagttcggttcatgatcaggttcttatgtat
gggaccccaaaggatcttgatgacttttgtctgaaggctcaacttgtcaattacattcag
tatagagctctattagagggctggacttcccggatgtggagcaaatatactggggtcttg
atttggaagactcaaaatccttggacaggtctcagaggacaattttacgatcatctccat
gatcaaactgcaggtttctatggctgtcgtagtgcagctgaaccaatccatgtccaactg
aatctggctacatattttatagaggtggtaaacactacatcagagacactatcaaatata
ggtatagaagcatcagtgtgggatcttgaaggaacatgtccatactacaaagtttatgac
aagctctctgtgccaccaaaaaaaacggtacccatcattgagatgaagtatcccaagtct
aaaaatccaaaagcagtctactttcttcttctcaaactttacaacatgtccaactatggc
attttgtctagaaacttttactggttgcatctgtctggtggagattacaagctgttggag
ccataccggagcaagaaaatacccctcaagataacatccaaggttttcataacaggatcc
acttacgagatccaaatgcacgtgcagaacacatcaaagaaaccggactctcttagtcta
atctacaagaataatttcattgttagaaatggtgatggcgattatgatacgactgcagca
gagcctgttcatagcaggatggaggaaaaacacggagttggtgtgcttcagaggatttgc
agccgcttttcaaaggaagctgctggtttgaaggtcgtccaaatgaacggagctgatgta
ggggttgctttcttccttcatttctcggttcatgtttcaaagaaagagcacaaggcagga
gaagacacaagaatccttcccgttcattattctgacaactacttctcgctggtgcctggt
gagacaatgccgatcaccatcacctttgaggtccctccaggcgtcacccctcgggttacg
ctcaatggctggaataaccatagcgactacactgtatattaa

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (15)   
   KEGG ORTHOLOGY (1)   
   RefGene (10)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (10)   
   RefSeq(nuc) (2)   
   GenBank (4)   
   EMBL (4)   
Protein domain (5)   
   Pfam (5)   
All databases (37)   

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