KEGG   Drosophila melanogaster (fruit fly): Dmel_CG43374
Entry
Dmel_CG43374      CDS       T00030                                 
Symbol
Cht6
Name
(RefSeq) chitinase 6, isoform H
  KO
K01183  chitinase [EC:3.2.1.14]
Organism
dme  Drosophila melanogaster (fruit fly)
Pathway
dme00520  Amino sugar and nucleotide sugar metabolism
dme01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dme00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    Dmel_CG43374 (Cht6)
Enzymes [BR:dme01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.14  chitinase
     Dmel_CG43374 (Cht6)
SSDB
Motif
Pfam: Glyco_hydro_18 CBM_14
Other DBs
NCBI-GeneID: 31935
NCBI-ProteinID: NP_001096934
FlyBase: FBgn0263132
UniProt: A8JUP3
Position
X:10016845..10050803
AA seq 2225 aa
MLPFRRGAAWQTLFLLCALAYCINEASSEGRVVCYYTNWSVYRPGTAKFNPQNINPYLCT
HLVYAFGGFTKDNQMKPFDKYQDIEQGGYAKFTGLKTYNKQLKTMIAIGGWNEASSRFSP
LVASNERRQQFIKNILKFLRQNHFDGIDLDWEYPAHREGGKSRDRDNYAQFVQELRAEFE
REAEKTGRTRLLLTMAVPAGIEYIDKGYDVPKLNKYLDWFNVLTYDFHSSHEPSVNHHAP
LYSLEEDSEYNYDAELNIDYSIKYYLKAGADRDKLVLGIPTYGRSYTLINEESTELGAPA
EGPGEQGDATREKGYLAYYEICQTLKDDPEWTVVQPNANVMGPYAYRRNQWVGYDDEAIV
RKKAEYVVAQGLGGIMFWAIDNDDFRGTCNGKPYPLIEAAKEAMVEALGLGINEVAKPSG
PQKPSRSRSRDNASNRNRLNGKTEAPLSSRRPSATRRPAVSSTQAPPPSTTFKLTEAEGS
SLYIGGRASTTPPPPTTPDPGSDFKCEEEGFFQHPRDCKKYYWCLDSGPSGLGIVAHMFT
CPSGLYFNPAADSCDFARNVPCKTKKSTTAAPVTSTTPATTTVRSNRVTAAPTSRPVYPR
TTTTTSTTTTTTTTPSTVDEDLEYEEDTDELSPSKSTDAEEDPQVIKELIDLIRKVGGVE
QLEKHLLRNKDGSITLKENSATGAATTPSTISKSLYDRVLSRPGTLNSFSRNRFKISEAS
ETSTEPTTSSSSSRGSSTLTSNTNSKYSSVLRGNSRQGPQNEGIEKLAEFDGFLKERKQY
VTINRHRSASQGDEEEHADQQEEEENLAEVETTTRRPLSSITPSYTSLRRSRPTTVAPPA
EESHEEAEQQTQTQVKSYATLSRTRGRTTSSPEVTEAAPSSTTNRYKYFERTRPTKSATA
EDSEDPTEDEEEEYEDEQKDIVTNRYQLSRTRGSTTTNTNPTTTQQPQTTSTARRLAFGG
RQRAQVTKLTLVDEQTEETETKGDSREEEKEEEEEEDSNATTTTTTTTTSRPTPKRIRVL
KFRRPLNSNSNSTINVDSTTNSATDTNPDTTTATPTTAGQSTTSNSNNNNNNTTSTTGNK
RFRKIVRKLRPVDSSTAASVDNSDETTRKPFVPSHTRFADQDNDLVNLRQRIKEQQARGE
PQDGVISNRFKTLGQKDDQDVSELQKLRDKVKAEQARGEGEQGVINDRLKKLLAEKGSSI
SSQREESSTDDDSSSVSSARPFFKRKLVARRPYTPPSASGGTTKAPLTFSTSRPTAKFVR
RKNGRFDPFNSSVRNRGEGFVRSDPRGSRLPGTDRFKSQGNSEDDDEVEERHEQPLQNQF
ATTLRRPFVPKTRPVLDKSKPEQEDGAEESEEEDEEEDSEEEGDEEEDEEEEDVKPGGEE
DNAQEDNKPKFNSPYKPKDNRAPPGSRPTFGTTGSGSPPTASGNVPYNPRNRPSNSANGN
STPSNRFGTTKRPRVVNRPPGVASPNLTLKPVASDYERTTPLTPLKPAPFIPSNNRSYER
KYSGPSTEAAETASENSLIEDLNIDALNARNKKIFDKHSKKHPALKPKVVKVESETGLEV
EAGTEVAVEDETTEEQQQEQGFVTTTPSTPPSPAPPSTQSDTATTTDTPPETETETETET
ETETETENVTEIETATNANEATSINSQDQTISSTTQAPPPATTLLHVFTLLEGEGQEEEP
TTRKPTVRLYPTIQTEVVPKHKLIEINRIVEINSKQAKAAQRKSKANHDFSTLMVESLPH
VEQLGEISVVKYVHLVDGSDIQINDGHSTVADYTPTEPTSAAERPVSLPVRNSLPETEGA
DTDRSGKSLVPEVLTAALETSTISLEGLFDSARKGKQLSSNTIIGETEESTTIGSSSSLA
SETGETTTPAPTYVRPIVPLLRPESNESSPLVISIANLDQVILSKVQKSLAENSQTTVAP
EAASDSNSAFSVRQPLVVQAPISNGAQEIDQDTLNTQDQTINGAISVKTNPIIQTTTNRP
NDDQVAEETTIFSIETATEPELNTQTTIPKTEANSETVTAMPIGAVIMGQFGLNTQSTTA
VDNDNQLNAQTTSTISSGAVSSVAIGGNTQTANADNARQENTQSTGTITSEISSGAISSD
NHNHIGTQTTATIDSSSETTPTQISTTISSGAISGHIDGSINLNTQTNTTISTNNTTTST
TDVGSKVSEAVSFSSETHVVHRKKMGRKGRGRRLRNRKTTTTTTTTETPTTTEATFDDTT
TVVPE
NT seq 6678 nt   +upstreamnt  +downstreamnt
atgcttccgttccggcgtggagcggcctggcaaacgctcttcctgctctgcgctctcgcc
tattgcataaatgaagccagcagcgagggtcgcgtggtctgctactatacgaactggagt
gtctatcggccgggcacagccaaattcaatccgcagaacataaatccatacctgtgtaca
catttggtgtacgcgttcggtggattcaccaaggataaccaaatgaagccctttgacaag
taccaggacatcgaacagggtggctatgccaagttcactggactcaaaacgtacaacaaa
cagctgaagaccatgattgctattggcggatggaacgaggcgagttccagattctctcca
ttggtggctagtaacgagcgtcggcagcagttcatcaagaacatcttgaaattcctgcgg
cagaaccattttgatggcatcgacctggattgggaatatccagcccatcgagagggcggc
aagtcccgggatcgtgataactatgcccagtttgtccaagagcttagggccgaattcgaa
agggaagcggagaagaccggacgcactcgtctcctattgaccatggcagttcctgctggc
atcgagtacattgacaagggttacgatgtgcccaagttgaacaagtatttggattggttc
aatgtgctgacctatgatttccattcttcccacgagccatcggttaaccatcatgctccg
ctttattcgctggaggaagactccgagtacaattacgatgccgagttaaatattgactac
tccatcaaatactatctgaaagcgggtgcagatcgtgacaagcttgttctgggcataccc
acctatggccgatcctatactttgatcaacgaggagagcaccgaactgggagcaccggca
gagggtccgggagaacagggtgatgccaccagggaaaagggatacctggcttactatgag
atctgccagaccctcaaggacgaccccgagtggactgtggtgcagccgaatgccaatgtt
atgggtccctatgcctacagacgcaatcagtgggtgggctacgatgatgaggctatcgtg
cgcaagaaggccgaatatgtggtggcccagggactgggcggcattatgttctgggccatc
gacaacgatgatttccgcggcacctgcaacggaaagccatatcctcttatcgaggctgcc
aaggaagccatggtggaggcattgggactgggcatcaacgaggtggccaagccaagtgga
ccacagaagccatcaagatctcgcagtcgcgataatgccagcaataggaaccgtctaaat
ggcaagaccgaagctccactcagctccaggagacccagtgccacaaggagaccagctgtg
agctctactcaggcaccaccgccaagcaccaccttcaaactgaccgaagccgagggatca
tctctttacattggaggcagggcatccaccacgccgccaccaccaacgactcccgatcca
ggttcggacttcaagtgcgaggaggagggattcttccagcatccaagagattgcaaaaag
tactactggtgcctggatagtggaccgtctggtctaggaattgtggctcacatgttcact
tgtccatcgggactttactttaatccggctgccgattcctgcgactttgctcgcaatgtg
ccctgcaagaccaaaaaatctacaacggcggcaccagtgacatccacaaccccggcaacc
accacagtgcgttccaatcgagtaacagctgctcccacgtctcgtccagtatatccacgc
accaccaccacaacaagcactacgacaaccactacgacaactccatccactgttgatgaa
gacttggaatatgaagaagatactgacgagctgtcgccaagcaaatccacggatgctgag
gaggatccacaggtgattaaggaactaatcgatttgattcgcaaagtgggcggcgtggag
caactggagaagcatcttttgcgtaacaaggatggatcgattacattgaaggaaaattct
gccactggtgcagccactactccgtcgactataagcaaatctctgtatgatcgtgtgcta
agtcgacctggaacattgaattccttcagccgcaatcgtttcaagatcagcgaagcttca
gagacaagcacagaacccactacttcgagcagttcgtcaaggggttcatcgactctcacc
tccaacaccaactccaaatattcctcagttctgaggggcaacagtcgccaaggtccacag
aacgagggcattgaaaaattggctgagttcgatggtttcctgaaggaacgcaaacaatat
gtgaccatcaatcgccatcgatctgcgagtcagggagatgaggaggagcacgcagatcag
caggaagaggaggagaacctggccgaagttgagacaaccacccgtcgtcctttgagctct
atcactccgtcttacacaagtctgagacgctctaggcccaccacggtggcaccgccagca
gaagaatcccacgaagaggcagagcaacagacccagacacaggtgaaatcctatgccacc
ttgagccgtactcgtggacgcaccacgtcatctccagaagtcacggaagcggcgcccagt
tcgacaaccaatcgttacaaatacttcgagcgtacacgacccactaagagtgccactgcc
gaagattccgaagatccaacagaagatgaagaggaagagtacgaggacgagcaaaaggac
attgtcacgaatcgttatcaattgagccgcaccagaggcagcaccaccaccaacaccaac
ccaacaacaacacaacaaccccaaacaacaagcaccgccagacgattggcgtttgggggc
cgtcagcgcgcccaggtaactaaactaaccctagtcgatgagcagactgaagagaccgag
actaagggtgattcccgcgaagaggagaaggaggaggaggaggaagaagactccaacgca
accacaacaacaacaaccacaaccaccagcagaccaacaccaaagcgcatacgtgtgctt
aaattccgcagacccttaaatagcaatagcaatagtaccatcaatgtagatagcaccact
aatagcgccactgacactaacccagacaccaccacagccacaccaacaacagcaggtcaa
agcaccaccagcaacagcaacaacaacaacaacaacaccacaagcaccaccggcaataag
cgtttccgcaagattgttcgcaaattgaggcctgtggactcaagtactgcggctagtgtg
gataattccgatgagaccacccgtaaacctttcgttcccagccacaccagattcgctgat
caggataatgaccttgttaatctccgccagcgaatcaaggagcagcaagcacgaggtgag
ccgcaggatggagttattagcaatcgatttaagaccctgggccaaaaggacgatcaggat
gtgtcggagttgcaaaagttgagggacaaagtaaaggcagagcaggcgaggggagaagga
gaacagggcgtgatcaacgatcgtctgaagaagcttctggccgagaagggctcgagcatc
tcaagccaaagagaagaatcttcaacagatgatgactcttcatcggtttcctcggccaga
cccttctttaaacgaaaactggtggcacgtagaccctacacaccaccctcggccagtggt
ggcaccacaaaggcaccactgacctttagcacctcccgacctacggctaaattcgtgcgc
aggaagaacggaagatttgatcccttcaactcgagtgttcgcaatcgtggagagggcttt
gtgagaagtgatccgagaggatccagattgcctggaaccgatcgcttcaagtctcaggga
aatagcgaagacgatgacgaagtggaagagcgccatgagcaaccactgcagaatcagttt
gcaaccacattgcgaagaccttttgtgccgaagacccgaccagttttggataagtccaag
cctgagcaggaagatggtgcagaagagagtgaggaggaagacgaggaggaggattccgag
gaagaaggtgacgaagaagaggatgaagaagaagaggacgtgaagccaggtggagaagag
gacaatgcacaagaggataacaaaccgaagtttaattccccttacaaacccaaagataat
cgagctccaccgggtagtcgtcccacatttggaaccaccggaagtggatcaccacctacc
gcatccggaaatgtaccatacaatcctcgcaatcgcccatcaaactcggcaaatggaaat
agcacaccatccaaccgttttggcaccacaaagcgacctcgtgtggttaaccgaccaccg
ggagtagcctcaccaaatttgaccttgaaacccgtggccagtgattatgaacgcaccaca
ccgctgacaccactgaaaccggcgccatttatacccagcaataacaggagttacgagagg
aagtactcgggtccatccacagaggccgcggagacggccagcgagaattccctgatagaa
gatttgaatatcgatgcactgaatgcgagaaacaagaagatctttgacaaacacagtaag
aaacatccggctctgaagccaaaggtggttaaggtggaatccgagacgggattagaggtg
gaagccggtacagaggtggcggtggaagatgaaaccaccgaggagcagcagcaggagcag
ggctttgtgaccaccacacccagtacaccaccatcaccagcaccacccagcacacagtca
gacacagccaccaccacagacacgccaccagaaactgaaactgaaactgaaactgaaact
gaaacagaaactgaaactgaaaatgtaaccgaaattgaaacagcgaccaatgctaatgaa
gccacttccatcaattcacaggatcaaaccatctcgagcactactcaagcaccaccgccg
gccacaaccttgttgcatgtgttcacccttctcgagggtgagggtcaagaagaggagccc
acgaccagaaagccaacggtacgcctctatcccaccatacaaacggaagtggtgcccaag
cacaagttaatcgagattaatcgcattgtcgagattaattccaaacaggccaaggctgct
cagaggaagtccaaggcgaatcatgactttagcaccttaatggtggagtccctgccccac
gtggagcagctgggcgagatcagtgtggtgaaatatgtccacttggtggatggcagtgat
attcagatcaacgatggtcacagcacagtggcagattacacgcccaccgaacccacatca
gcggctgaacgtcctgtctcgctgcccgttaggaattctctgccagaaaccgagggcgct
gacaccgatcgcagtggcaagtccttggtgcctgaagttctaactgccgcattggagacc
tctaccatttcgctggagggactatttgattcggccagaaagggcaagcaactgagcagt
aatacaatcattggcgaaacggaggagagcacaaccattggcagtagcagtagtttggcc
agcgaaaccggagagaccaccacaccggcacccacttacgtaagacccattgtacccctc
ctaagacccgagtccaatgagtcctcaccactggtcatttcgatagccaacctcgatcag
gtgatactgagcaaggtgcaaaagtcgctggccgagaatagccaaaccacagtggccccc
gaagctgccagcgactcgaattccgccttctctgtgcgccaaccgctggtggtgcaggcg
cccattagcaatggtgctcaggaaatcgatcaggatacacttaacacacaagatcagaca
atcaatggtgctattagtgtgaaaactaatccaattatacaaacgacaaccaacaggcca
aatgacgatcaggtggctgaagaaaccacaatctttagcattgaaacggccactgagcca
gagcttaacacacaaacaacaattcccaaaacagaagccaatagcgaaacagtaacagcc
atgccaattggtgctgttattatgggtcagtttggtctaaacacacaatcaacaaccgct
gttgacaatgacaaccaactaaatgctcaaacaacaagcacaattagcagtggcgctgtt
agttccgtagctattggtggtaacacacaaacagcaaacgcggacaatgctcgccaagaa
aatacacaatcaacaggcacaataacaagtgagattagcagtggcgctattagttccgac
aaccacaatcacataggcacacaaacaacagccaccatcgatagcagttcagaaacaaca
cccacccaaatatcaaccacaattagcagtggtgcaattagtggtcatattgatggtagc
atcaatctgaacacacaaacaaacaccaccatcagcactaacaacaccaccaccagcacc
accgatgtgggcagcaaagttagcgaggcagttagctttagttccgagacgcatgtggtg
catcgcaaaaagatgggtcgcaaggggcgtggccgacgcctgcgcaatcgcaaaacgaca
acaacgacaacaaccacagaaacgccaaccacgacggaggcgacatttgatgacaccacc
acagtggtgccagaatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (93)   
   KEGG ORTHOLOGY (1)   
   RefGene (88)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (8)   
   UniProt (1)   
   RefSeq(pep) (7)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (2)   
   Pfam (2)   
All databases (122)   

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