KEGG   Drosophila navojoa: 108658810
Entry
108658810         CDS       T05898                                 
Name
(RefSeq) probable chitinase 10
  KO
K01183  chitinase [EC:3.2.1.14]
Organism
dnv  Drosophila navojoa
Pathway
dnv00520  Amino sugar and nucleotide sugar metabolism
dnv01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dnv00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    108658810
Enzymes [BR:dnv01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.14  chitinase
     108658810
SSDB
Motif
Pfam: Glyco_hydro_18 CBM_14 Mitofilin Peptidase_U4
Other DBs
NCBI-GeneID: 108658810
NCBI-ProteinID: XP_030240858
Position
Unknown
AA seq 2433 aa
MPVEDEPGALSRFSTRPTFGEVFLPLRSAVESVPSISERDVAQLRESSPLRSFVRDSVEA
QPSDDDDEDDESLEFASPASYVRDVPEEIKQEKVSHLVEPDPWSVSDKYAAFIAPSSSDN
YQPQPYRSGSPHQELLKAVDLEQLEHIDELDSYTEQQFYGALAQADLTQDGAYGALLHAK
TTTEKKNYNTVPKVLCYMSNWAFYRKADGHFVPEQLDPKLCSAIVYSFASLDPDHLTIRE
FDPWVDIENQYYKRVVALGVPVLIAMGGWTDSSGDKYSRLAADEIKRKVFASSAAGFLQR
HGFSGIHLDWNYPKCWQSDCSKGPASDRPNLTKLLREIRSELKRVNPKMQLGVAISGYKE
IISEAYELAALSEIVDYMTVMSYDYHGAWEGQTGHVSPLYGRPQDKYPQYNTDYTMQLLV
KMGARREKLIMSIPFYGQSFTLEQSSQRLVGEGIPASGPGDAGELTKQPGMLAYYEICQR
IRKQKWQTGRDAERKSGPYAMLRDQWVGYEDAASVEAKARYAVNNDFGGVAAWTVDLDDF
QNRCCSEPFPLLRAVNRALGRLNTEPPTRSNCERPPQPITPVPPQMTTISSDGSQGGAHS
DHTTSWPTWDQTSTSTSTRRPTSSATTTRRTSSTTTTRRPTTSSTTTTTTTTPAWWTSTA
APITTRRPAKPKPKPTKTTARPSHTTIPAPALVYPVVQAANCEAGEFYPDKKNCNSYYHC
IIPGELRQQFCPGGLHWNNEVKGCDWPASAQCTVKKQHTSTTSGIPVTKSTTQRPSSSTT
KRPTTTTTKKPRRPSTSVKPSRKPTKPAQKPQQATSTTRKPNRTTRRPRPPTSSRCNEGE
YYTHRNCGKYYICVNGALVPSECGSELHWDALRKICDWPENVQCVTSKKYLRIVQSKASE
EDPCNGEERVPYPGDCSKYLFCLWNRLQAADCPPGLHYNEALGNCDWPVAAQCKENGASG
AAGSSSGSSKPKPPAAAKPVPTTQRPSTTPRPTYPTDKPQLQPLDGYYKVVCYFTNWAWY
RKGLGRYTPDDINTDLCTHVVYGFAVLDYSELTLRTHDSWADIDNNFYTRVSGLKSKGVK
VSLALGGWNDSQGDKYSRLVRNAAARAKFIRHALDFIEKYGFEGLDLDWEYPVCWQTECN
KGFADEKEGFTAWVRELSEAFKPRGLLLSTAVSPSKKIIDAGYDVAELARYFDWIAVMTY
DFHGQWDKKTGHVAPLYHHPDDDYDYFNANFSLNYWIERGAPSRKIVMGMPLYGQSFTLE
NAKNNGLNAKAPGPGQAGEFTRAAGFLAYYEICERVKHQGWEVVQDERGRMGPYARKGTQ
WVSYDDPAMIRKKSQLVRALNLGGGMVWALDLDDFRNRCGDGVHPLLREIHDVLKDPPSG
YEPTPGLTPAEIESVEEQAISAEVGTASVESEAGQSSQEKPAQESSEAEEVESEGGEEQE
EEEQEVAVMQPPQPETGSNSEDSSNETANNENESVSAEVGNNNNNNNNEPESSQENEVDP
NEDIEEGDFEMESGYPIADSGTDYKVVCYFTNWAWYRQGGGKYLPEDIDADLCTHIVYGF
AVLNRDKLTIQPHDSWADLDNKFYERVVSYRKKGAKVTVAIGGWNDSAGDKYARLVRSAS
ARARFIRHVMDFIEQYGFDGLDLDWEYPVCWQVDCKKGTADEKEGFTELVRELSQAFKPK
GWLLSAAVSPNKKVIDAGYDVPELSHYFDWIAVMAYDYHGQWDKRTGHVAPMYDHPEGTA
TFNANFSINYWLESGAERKKIVMGMPMYGQSFSLAQASANELNAPTYGGGEAGEATRARG
FLAYYEICSYIQRRGWNVVRDARGRMGPYAYSRDQWVSFDDAPMIRHKSEYVRAMGLGGA
MIWALDLDDFKNDCGCESYPLLKTINRVLRGYPGPHPKCALEPSEKTMVAGDKGTIQSAK
PTVNTVTPANIVATPAGPAEPGQPIDCGGRNYAPHDRDCNKYYICQYGEFIEQRCPAGLH
WNENYCDWPNNAQCAVRSDQTTQPPVVHRPKPTSPTPTHKPATKPTKKPFTPPNKKPIAR
PKPTPAPPLGSNEAYKVVCYFTNWAWYRPGQGKYLPEDIDANLCTHIVYGFAVLNGNSLT
IKTHDSWADIDNRFYERVVEYKQKGLRVTVAIGGWNDSLGSKYARLVLDPKARARFIESI
LVFVEKYGFEGLDLDWEYPVCWQVDCAKGSPAEKQGFAALVRELSDAFRPRGLLLSAAVS
PSKMVIDAGYDVPQLARYFDWIAVMTYDFHGHWDKQTGHVAPLYYVEGDANPYFNANYSI
HYWLDQGTPASKLVMGMPLYGQSFSLADPKARSLNDRSVGPGQAGTYTRAGGFLAYYEIC
EKVSAGGWTVVRDDEGRIGPYAYSGNQWVSYDDVADIRRKAQFVRSLRLGGGMVWALDLD
DFHGRCGCGKHPLLRTLNQELRGIPGQRANDCT
NT seq 7302 nt   +upstreamnt  +downstreamnt
atgcccgtggaggatgagcccggtgcactgagtcgcttcagcactcgacccacatttggt
gaggtgttcctgccgctacgtagcgccgtggagagtgtgcccagcatcagtgaacgggac
gttgcgcagctgcgcgaatcctcgcccttgcgctcctttgtacgcgactcggtggaggcg
cagcccagcgacgatgatgatgaggatgacgaatccttggagtttgcttcgcctgccagc
tatgtgcgcgatgtgccagaggagatcaagcaggaaaaggtttcgcatctggtagagcca
gatccctggtcggtgtctgataaatatgccgccttcatagcgcccagttcaagcgacaat
tatcagccgcaaccgtaccgctccggttccccacatcaggagctgctcaaggctgtggat
ctggagcagctggagcatatcgatgagctggacagctatacggagcagcagttctatggg
gctctcgcccaggcagatctcacgcaagatggcgcctacggagctctcttacacgcaaag
accacaacggagaagaagaactacaacacggtgcccaaagttctctgttacatgtccaac
tgggccttctatcgcaaggccgatggacactttgtgcccgagcagctggaccccaaactt
tgctcagcgattgtctattcgtttgcctcgctcgatccggatcacttgaccatacgcgag
ttcgatccatgggtggatattgagaatcagtactacaaacgcgtcgttgctctgggcgtg
cccgtgctgattgccatgggcggctggacagattccagcggcgataaatactctcgcttg
gctgctgatgagattaaacgcaaagtgtttgcctcgagtgcggcgggcttcctgcaacgt
cacggcttcagtggcattcacttggactggaactaccccaagtgctggcagagcgactgc
tccaaggggccggccagcgatagacccaatctgacgaagctgctgcgtgagatacgctca
gagctgaagcgtgtcaatcccaagatgcagctgggcgtggccatctccggctacaaggag
atcatcagcgaggcgtacgagttggctgccctctccgaaatcgtggactatatgaccgtg
atgagctatgactaccatggcgcctgggagggacaaacgggacatgtgagtccgctctac
ggacgtccgcaggacaaatatccgcaatacaatacggactacaccatgcagctgttggtg
aagatgggcgcacgacgcgagaagttgatcatgagcattcccttctatgggcagagcttt
acgctcgagcagagcagtcagcgcctggtcggcgagggcatcccggccagcggtcctggt
gatgccggcgagctgaccaagcagcccggcatgttggcctactacgagatctgtcagcgc
atacgcaagcagaagtggcagaccggacgggatgcggaacgcaaatcgggaccctatgcc
atgctgcgggatcagtgggtgggctatgaggatgcggccagcgtggaggccaaggctcgg
tatgcggtcaacaatgattttggcggtgttgccgcttggaccgtcgatctggatgacttc
cagaatcgctgctgcagtgaacccttcccgctgctgagggctgtcaatcgggccttgggt
cgactgaacacggagccacccacacgcagcaattgcgagcgaccaccacagccaatcaca
ccggtgccaccacaaatgacaaccatcagcagcgatggctcgcagggcggtgctcacagt
gatcacaccacttcgtggcccacttgggatcaaacgagcacgagcacaagcacacgccga
cccactagcagtgcgacaaccacacggcgcaccagcagcactaccactactcgacgaccc
actactagcagcaccaccaccaccaccaccacaactcccgcctggtggaccagcacagca
gcacctataacgacgaggcgacccgccaaaccaaagccgaagccaacgaagacaactgca
cgaccttcccacaccactataccggcgcccgctctggtctatccggtggtgcaggccgcc
aactgcgaggctggagaattctatccagataagaaaaactgcaattcttattaccattgc
ataataccgggcgagctgcgtcagcaattctgtccgggtggcttgcactggaacaacgag
gtgaaaggctgcgattggcccgcctcggcgcagtgcacggtgaagaaacagcatacgagc
accaccagtggcatacccgttactaagagcaccactcaaaggcccagcagcagcaccacc
aaacgtcccaccaccaccaccaccaagaagccgcgcaggccttcgacatccgtcaagccc
agtcgaaagcccacaaaaccagctcagaaacctcaacaggcaactagcaccacccgtaaa
ccgaatcgcaccactcgacggccgcgtccacccacctcgtcccgctgcaacgagggcgag
tactacacgcaccgcaactgtggcaaatactacatctgcgtgaatggagcgctcgtgccg
agtgaatgcggcagcgagctgcactgggatgccctgaggaagatctgcgattggccggag
aatgtgcagtgcgtgaccagcaagaagtatctgcgaattgtgcagtccaaggccagtgaa
gaggatccctgcaatggggaggagcgtgtgccctatcccggtgactgctccaagtatttg
ttctgcctgtggaatcgtctgcaggcggcggactgtccgcctggcttgcactacaacgag
gcgctgggcaactgcgactggcccgtggcggcgcaatgcaaagagaacggcgcaagtggt
gcagccggcagtagtagcggcagctcaaagcccaagccaccggctgcagctaagcccgtg
cccaccacccaacgaccgagcaccacaccacgacccacttatcccacggacaagccacaa
ctccagcctctcgatggctactacaaggtcgtctgctacttcaccaattgggcctggtat
cgcaagggtctgggtcgctatacacccgatgacatcaacacggatctctgcacccatgtg
gtttatggcttcgccgtattggattactcggagctaacgctgcgcactcacgactcgtgg
gcggacatcgataacaatttctacacacgcgtcagtggtctgaagagcaagggcgtcaaa
gtcagcctggccctgggcggctggaacgattcccagggcgataaatacagtcgccttgtg
cgcaatgctgcggctcgtgcgaaattcattcgacatgccctcgactttatcgagaaatat
ggctttgagggtctcgatctggactgggagtatccggtgtgctggcaaacggagtgcaac
aagggcttcgccgatgaaaaggagggtttcaccgcctgggtcagggaactctccgaggca
ttcaagccacgaggtctgctgctctctacggccgtatcgcccagtaaaaagatcatcgac
gccggctacgatgtggcggaacttgcacgctactttgactggattgccgtgatgacctac
gacttccacggacagtgggacaaaaaaacgggtcacgtagcgcctttgtatcatcatccg
gatgacgactatgattacttcaatgcgaacttctcgctgaactattggatagagcggggt
gctccatctcgcaagattgtcatgggcatgcctctatatggtcaatcctttacgctcgag
aatgccaaaaataatggactcaatgccaaggcaccaggacctggtcaggcgggtgaattt
accagagccgcaggcttcttggcgtattatgaaatctgtgagcgcgtcaaacaccagggc
tgggaagtggtgcaggatgagcgtggtcgcatgggtccttacgctcgcaagggcacccag
tgggtctcgtatgatgatcccgccatgatacgcaagaaatcacagctggttcgtgcgctc
aatctgggcggcggcatggtttgggcattggatctggatgattttcgtaatcgttgcggt
gatggcgtgcatccattgctcagggaaatacacgacgtactaaaggatccaccaagtggc
tatgagccaacgcctggtctaactccagcagaaattgaatctgtggaggagcaagccatt
tcggcggaagtgggaacagcatctgtggaaagtgaagctggacaatcgtcacaggagaaa
cctgctcaagaaagcagcgaagctgaggaagttgaaagcgagggcggtgaggaacaggag
gaggaggagcaggaggtggcagtcatgcagccaccacagccagaaactggctccaattct
gaagactcgagcaatgagacagccaacaatgaaaatgaatccgtcagtgctgaggtaggc
aacaacaacaacaataacaacaacgagccggaatcatcgcaagaaaacgaagttgatccc
aacgaggatattgaagagggagatttcgaaatggagagcggctatcccattgccgactcc
ggcaccgactataaggtcgtctgttacttcaccaactgggcgtggtaccgtcaaggcggt
ggcaagtatttgcccgaagacatcgatgcggatctctgcacgcacatcgtttacggcttt
gctgtattgaatcgcgataagttgaccattcagccgcatgattcgtgggccgatctggac
aacaagttctatgagcgcgtagtcagctatcgcaagaagggcgcaaaggtaaccgtagcc
attggcggctggaacgactcagctggtgataaatacgctcgcttagtcagaagcgcatcg
gctcgtgcccgattcatacgccacgtcatggactttatcgagcagtacggattcgatggc
ctcgacttggactgggaatatccggtatgctggcaggtggactgcaagaagggcaccgcc
gacgagaaggaaggcttcacagagctggtgcgcgaattgtcgcaggccttcaagccgaag
ggttggctgctctccgccgctgtctcgccgaataaaaaggtcatcgatgcgggctacgat
gtgccagagctttcacattacttcgattggatcgcagtgatggcgtacgattatcacgga
cagtgggataagcgtacgggtcatgtggcccccatgtacgatcatcccgagggcactgcg
accttcaatgccaacttctcgatcaactactggctggagagcggtgctgagcgcaagaaa
attgtgatgggcatgcccatgtacggccagtccttctcactggcccaggccagtgccaat
gagctcaatgcacccacctatggcggcggtgaggcgggcgaggcgacgcgtgcccgaggt
ttcctggcctactacgagatctgttcgtatatccaacgacgcggctggaatgtggtgcgc
gatgctagaggtcgcatgggtccctatgcctactcgcgcgatcaatgggtgtcctttgac
gatgcgcccatgatacggcacaagagcgagtatgtacgcgccatgggcttgggtggtgcc
atgatctgggccctggacctggatgatttcaagaatgattgcggctgcgaatcgtatcca
ctgctaaagacaataaaccgcgtgctacgcggctacccaggaccacatcccaagtgtgca
ctggagccgagcgaaaagacaatggttgcgggcgacaaaggcacgatacagtcagccaag
cccaccgttaacaccgtcactccggccaatatagttgcgactccagctgggccagcagag
cctggtcagcccatagattgcggtgggcgtaactatgcaccgcacgaccgcgattgcaac
aagtattacatctgtcaatatggcgagtttattgagcaacgctgtcccgctggtctgcac
tggaacgagaactactgcgactggcccaacaatgctcagtgtgcagttcgctcggatcaa
accacacagccgccagtggtgcatcgacctaagcccactagcccaacacccactcacaag
cccgccacgaaacccactaagaaaccctttacgccgcccaataagaaacccatagcgcga
cccaagccaacgccagctccaccgctgggcagcaatgaggcgtacaaggtcgtctgctac
ttcaccaattgggcgtggtatcggcccggccagggcaagtatttgcccgaggatattgat
gcgaatctctgcacgcacatcgtctacggctttgcggtgctgaacggcaacagtctgacc
ataaagacgcacgattcctgggcagatatcgataatcgattctatgagcgcgtcgtggag
tacaagcagaagggattgcgggtaaccgttgccattggcggctggaacgattcactgggc
agcaaatatgctcgtctggtgctcgatcccaaagcgcgtgctcgattcattgagagcatt
ttggtattcgttgagaaatatggcttcgagggcttggatctggactgggaatatccggtg
tgctggcaggtggactgcgccaagggctcgccagctgagaagcaagggttcgctgctctt
gtgcgcgaactatccgatgccttccgaccacgtggactgctgctctccgccgccgtctcg
ccgagcaaaatggtcatcgacgcgggctacgatgtgccccagctggcgcgctatttcgat
tggattgccgtgatgacgtacgacttccatggccactgggacaagcagacgggtcacgtg
gcgccgctgtattacgtggagggcgatgccaatccctacttcaatgccaactatagcata
cactattggctggaccaaggcacgccggctagtaaactggtgatgggcatgccactctat
ggccaatccttctcgctggccgatccgaaggcacgctccctgaacgacaggtccgtcggg
ccgggtcaggcgggcacctacacgcgtgccggcggcttcttggcctactatgagatatgt
gagaaggtcagcgctggcggctggacggtggtgcgtgacgatgagggacgcattgggccc
tatgcgtacagcggcaatcaatgggtctcctacgatgatgtggctgacatacggcgcaag
gcgcaatttgtgcgcagtttgcgcttgggcggcggcatggtctgggccttggatttggat
gatttccatggtcgttgcggctgtggcaagcatccattgttgcgcacactcaaccaggag
ctgcgcggcatacccggacagcgggccaacgattgcacatag

  All links  
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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (21)   

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