KEGG   Aedes aegypti (yellow fever mosquito): 5576032
Entry
5576032           CDS       T01053                                 
Name
(RefSeq) probable chitinase 10
  KO
K01183  chitinase [EC:3.2.1.14]
Organism
aag  Aedes aegypti (yellow fever mosquito)
Pathway
aag00520  Amino sugar and nucleotide sugar metabolism
aag01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:aag00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    5576032
Enzymes [BR:aag01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.14  chitinase
     5576032
SSDB
Motif
Pfam: Glyco_hydro_18 CBM_14 DAGAT
Other DBs
NCBI-GeneID: 5576032
NCBI-ProteinID: XP_021702615
Position
2:complement(384387914..384414521)
AA seq 2406 aa
MTKRRFFSPPLVVLAVCWASSSSSAYRNVQPEATTFLRDSVESIPPHVYEKTAAYTVDDV
FGTKSLPLRNAVESAPVNLVDERLPLRDAVEFRIVDMDNAIEDVVSEVKSVITSEQQRVE
SAETIDYRAPQSPIFQNKYAAYSFPMQYDTKNPQPFRYGSPYQQLVDINTLKQLPTLEYN
QYNQYEKLQKVESLKQSSGDYKVICHITNWAFYRKNDAQFVPEHIDNKLCTHIIYSFATL
DPLSLMMKEFDSWADIENNLYARTISSSGSVPVLLGIGGWTDSVGNKYSSMVGSPTNRRN
FISNAIVFLKTHGFSGLHFDWNYPVCWQSDCSKGSSSDRPNLSKLMMEMQREFSRENLLV
TMSISGYKEVITEAYELAQLSNVVDFMTVMTYDYHGSWETQTGHVSPLYGNAGDKYPQYN
VDYTMQLLTKMGARREKLIMGVPMYGQTFMLTRSRDKSEIPGIGTQASGPGNAGEDTRQP
GMLAYYEVCHRVRKQKWSVGRDSSMSGPYATWKDQWVGYDDPVSATAKARYVMKSGYGGI
AAWTIDLDDFQNKCCEERYPVLSAINRALGRLKTPQPTVIDCSRPVQPVTPPPAEMTVSV
DTGGGGIATTSATTWPSWQEPTTSRMTTTTTTRRTTTTTTTTTEMPTTTTTRRTTRSTTT
RRPTTTTTTYAPPPTTVGTTIPAPGLVQPELTEGEPCEPNQYKAHPYSCNSYYRCVYGEF
KQQFCAGGLHWNEVANLCDWPASAKCAKDTAGPPPVAALPTTTTMAPATTTRRRTTTTAY
TTQSPWWWTTASHVETTPPKATRPSKKPVTTTKKPVQRPVDKCINGEYYPHKSCDSFYIC
VNEKKIAQQCGPGLFWNEEEKSCDWEDNVNCVSRAQYYKLLTKNSKLAALKVLSEDDPCD
GHTHVPYPGDCSQYLICNWGRLEAASCADGLHWNQIRMICDWPANAKCTQLASTENSSEE
GSESVVEEGQDIDGPYNKPSTTTTTTTTTTTTTPVPILEPLSGYYKMVCYFTNWAWYRKG
YGKYTPDHIRTDLCTHIVYGFAVLDYSSLTIKTHDSWADIDNNFYTRVVEAKNKGVKVTL
AIGGWNDSAGDKYSRLVRSAAARAKFIEHVIGFLEKYGFDGLDLDWEYPVCWQVDCKKGF
ADEKEGFASLVRELSAAFKPRGWLLSAAVSPSKTVIDAGYDIPTLSRYFDWIAVMTYDFH
GQWDKKTGHVAPLYYHPEDEIDFFNANYSINYWIELGAPSRKLVMGMPLYGQSFTLADQK
NNGLNAKAPGAGQAGEFTRAAGFLAYYEICDRIQNKGWTVVQDDLKRMGPYAYKGNQWVS
FDDKEALLRKVQFIRAMNLGGGMIWALDLDDFKNRCGHGHHPLLTAIREGLKDAPNGVET
IPSTVAEPSKEDENHETIGTNSVETHPGNLEVSAEVINKETSNQDENAIESDVDYKVVCY
FTNWAWYRQGNGKYLPEDIDADLCTHIVYGFAVLDRDRLVIKPHDSWADIDNRFYERVVE
YKKKGKKVTVAIGGWNDSAGDKYSRLVRSAAARQKFIADVVAFIEKYGFDGLDLDWEYPV
CWQVDCKKGFSDEKEGFASLVVELSQAFKPKGLLLSSAVSPSKKVVDEGYDVVTLSDYMD
WIAVMAYDYHGQWDKKTGHVAPMYEHPDDFDKTFNANFTIHYWIEKGADPRKLVMGMPMY
GQSFSLADNKEHGLNAKTYGGGEAGESTRARGFLSYYEICANIRNKKWTVARDRKGRMGP
YAYKGDQWVSFDDQYMIRHKSEYVKAMGLGGAMIWALDLDDFRNLCDCEEYPLLRTINRV
LRNYPGPGPRCVLEKEPQREEPRPTRPPTSTTPETTRRPSTTTSTRRTTMTTTTTTTRRP
TTTTRRRTSARPTYTTTNVPSYQEIANEVDEPTCTDGRLFVPHPTDCNKYYICQYGKLYE
QKCPGGLYWSVDHCDWPQSTNCRNKQTDTVTTTKKPSYPSTQRTTTTTRPPKRTTVRTTT
AWKPESTTSWWSPESSSMVWWSPDTTSKRPTRPPLEHTDVQTTGNNDFKVVCYFTNWAWY
RQGDGKYTPDDIDSNLCTHIVYGFAVLDRESLTIKTHDSWADIDNQFYERVVEHKRKGTK
VTLALGGWNDSLGDKYSKLVRSSSARRAFVKHAVEFIEKYNFDGLDLDWEYPVCWQVDCK
KGFPDEKEGFAELVKELAIEFRPRKWLLSAAVSPSKMVIDAGYDVPVLAEYFDWIAVMTY
DFHGHWDKQTGHVAPLYYYPGDTYDYFNANFSINYWIEKGAPSRKLVMGMPLYGQSFSLA
DSGKNGLNDKSYGPGEAGQFTRAGGFLAFYEICEKVNQNGWAVYRDSEGRIGPYALRGNQ
WVSYDDVDEIRRKSQFVKKMNLGGGMIWALDLDDFRGRCGCGRHPLLKTMNQELGRITTK
RPENCT
NT seq 7221 nt   +upstreamnt  +downstreamnt
atgactaaacgaaggtttttcagtccgccacttgttgtccttgctgtctgctgggcatcg
tctagctcgagcgcgtacaggaatgttcagccggaagccacaacctttcttcgcgacagc
gttgaatcaatccctccgcatgtgtatgaaaaaaccgcagcctacacggtggatgatgtc
tttggaacaaaatctctcccactacgaaatgctgtagagagtgcaccagtcaatctggtc
gatgaacgtctgcctctgcgagatgcagttgagttccgtatcgtagacatggataatgca
atcgaagatgtagtcagtgaagtaaaatcagtcatcacctcggaacagcaacgagttgaa
tcagcagaaaccatcgactatcgggctccgcaaagtcccatattccagaataaatatgct
gcctattcatttcccatgcaatatgatacgaaaaatccacaaccgttcagatacggatct
ccatatcagcaactggtagatatcaacacattgaaacaacttcccacgcttgaatacaat
cagtacaatcaatacgaaaaattacaaaaagttgaaagcctgaagcaaagctcaggtgac
tacaaagttatctgccatatcaccaactgggctttctatcgaaagaacgatgcacagttt
gttcctgagcatatcgataacaagctatgcacgcatattatctactcatttgccaccctg
gatccattgagcttgatgatgaaggagtttgactcgtgggcagatatcgaaaacaatcta
tatgcaagaaccataagttccagtgggtccgttccagtcctgctgggaatcggtggatgg
actgattcggttgggaataagtattcttcgatggttggttcgcccacaaaccgtagaaac
ttcataagcaatgccatagttttcctcaagacgcatggattctctggtttgcattttgat
tggaactatccggtgtgctggcagagcgattgctccaaaggatcttccagtgatagacca
aatttatctaaactcatgatggaaatgcagcgggagttttccagagaaaaccttttagtc
actatgagtatttcgggatacaaagaagtaatcacagaggcctacgaactagctcaacta
tccaacgtggttgatttcatgactgtaatgacatacgattatcacggctcatgggaaacg
caaacgggacacgtgagtcctttgtatggcaatgcaggcgataagtacccacagtataat
gtcgactatactatgcaattgcttacgaaaatgggtgctcgtagggaaaaactaataatg
ggagttcctatgtacggtcaaacttttatgttgacccgtagtagagacaagagtgaaata
cctggtattggaacgcaagcatccggcccaggtaatgcaggagaagataccagacagcca
ggaatgttggcatattatgaagtttgtcaccgagttcgcaagcaaaagtggtcggttgga
cgtgattcttctatgtctggaccatatgcaacctggaaggatcaatgggtaggatatgat
gacccagtttcggcgacggcaaaggctagatatgtcatgaaatctggttacggtggaata
gctgcatggacaatcgatctagacgacttccagaacaagtgttgtgaagaaagatatcct
gtactgagcgccattaatcgagcactcggtcggttgaagacccctcagccaacagtaatt
gactgctctcgtccagtgcaaccagtaactccacctcctgctgaaatgacggttagcgtt
gataccggaggtggtggaatcgcgactacttctgcaaccacatggccatcctggcaggaa
cctacaacctcgaggatgaccacaactacaactactcgtagaactaccacaaccacgact
acaactacagaaatgccaacgaccacaacaactagacgcactacaagaagtacgacaacc
cgtagaccaactacaaccaccacaacatatgctcctccaccaactactgtcggtacgacc
attcctgctcctggacttgttcaaccagaactaacggaaggagaaccatgcgaaccgaac
caatacaaagcccatccatacagttgtaattcttattatcgttgcgtctatggtgagttc
aaacaacagttttgtgcaggtggtctccattggaatgaagtagcaaatctgtgcgattgg
cctgcttctgcaaaatgtgccaaggacacagctggtccacctccagttgctgccttgcct
acaaccactactatggcaccagcaactacgacaagaagaagaactacaaccacggcttat
accacccaatctccctggtggtggactacggcttcacatgtagaaaccactcctcctaaa
gccacgcgaccatccaaaaagccggtgaccacaaccaagaaacctgtgcaacgaccagtc
gacaagtgtatcaatggagaatactatcctcataagagctgcgatagcttctatatctgc
gttaatgagaagaagatcgctcaacagtgcggtcccggcctattctggaatgaggaagag
aagagttgtgattgggaggataacgtaaattgtgttagccgggcgcagtattacaaactg
ttaaccaagaactcaaagctagcagctttgaaagttttatcagaagatgacccttgcgac
ggccacacccatgtcccgtatccaggagattgttctcagtacttgatttgtaactggggt
cgtcttgaagcggccagctgtgctgatggactccactggaatcaaattcgaatgatctgt
gattggccggcaaatgccaaatgcacgcagttggcgagtaccgaaaacagttctgaggag
ggaagtgaatcggtggtagaagaaggtcaggacattgatggcccgtataataaaccttct
accacgactacaacaactactacaacgacaacgacgactccagtgcctatcctcgaacca
ttatccggatattacaagatggtttgctatttcacaaactgggcctggtatcgaaaagga
tacggaaaatatacacctgatcatattagaaccgatctatgcacccatattgtttatgga
tttgctgtcctggactactcatcgttgacaattaaaacccatgattcatgggctgatata
gataacaatttctatacacgtgtagtcgaggccaaaaataagggagtgaaggtgacgttg
gcaatcggtggatggaatgattcggctggtgataagtatagccgattggttcgaagcgct
gcagctcgcgccaagtttattgaacacgtaataggtttccttgaaaagtatggcttcgat
ggtttggatctggattgggaataccccgtttgctggcaggtagattgtaagaagggtttc
gccgatgagaaggaaggtttcgcaagtttggtacgggaactgtcagcggcattcaagcca
cgtggttggttactgtcagcagcggtgtcgcctagtaagacggtgatcgacgctgggtat
gatatccccactttgtctaggtacttcgattggatcgctgtaatgacgtatgatttccat
ggtcaatgggataagaaaactggccatgttgctccactgtactaccatccggaggatgag
atcgacttcttcaatgcgaactactcaataaactattggattgaactcggagctccatcg
agaaagctagttatgggcatgcctttatatggccaatcgtttacgctcgctgatcagaaa
aataatggactaaatgcgaaggcccctggagctggacaagctggagagttcactcgagct
gccggattccttgcctattacgagatttgtgatcgtatacagaacaagggttggacagta
gttcaggatgatttgaagcgtatgggcccatatgcatacaaaggaaatcaatgggtgtca
ttcgatgacaaggaggctctactacgtaaagttcagtttatccgagccatgaacctagga
ggtggtatgatttgggctcttgatttagatgattttaagaatcgctgtggtcacggacat
caccctctgctaaccgccatccgagaaggactgaaggatgctcccaatggagtggagact
attccttcaacagttgccgagccaagcaaagaagatgaaaatcatgaaacgatcggcact
aatagcgttgaaacccatccagggaatttagaagtgtcggctgaagtcatcaataaggaa
acatcaaaccaagacgaaaacgccattgaatccgacgttgactacaaagtcgtatgctat
ttcaccaactgggcttggtatcgtcagggcaatggaaaatatctaccggaagacatcgat
gctgatttatgcactcacatagtttatggattcgcggtattagatcgggatcgattggta
atcaaaccgcatgattcgtgggcagatatagataatcggttttatgagcgagttgttgaa
tacaaaaagaaggggaagaaagtaacggttgctatcggtggatggaatgactctgctggg
gacaaatacagtagactggttcgaagtgctgctgctcggcaaaaattcatagcggatgta
gtagcctttatcgaaaagtacggtttcgatggactggatctggactgggaatacccggta
tgctggcaggttgactgtaaaaagggtttttcggatgagaaagaaggatttgctagcctc
gtcgtagagctttctcaagcattcaaacctaaagggctactcttgtcatccgcggtgtct
ccgagtaagaaagttgttgatgaaggttacgatgtagtaacgctttccgattacatggac
tggatcgctgtaatggcttatgattatcatggtcagtgggataaaaagactggacacgtg
gcgccaatgtacgaacatccagatgatttcgataagaccttcaatgcaaatttcactatt
cactactggatagagaagggcgctgatccacgaaaacttgttatgggaatgccaatgtat
ggccaatcattttcgttggctgataataaagagcatggtttaaatgcaaagacatatggt
ggaggtgaagcaggagagtcaactcgagccagagggttcctttcatactacgagatttgt
gccaatattcgaaacaagaagtggaccgtggctcgagataggaaaggacgaatgggtcct
tatgcatacaaaggagatcaatgggtatcctttgatgaccaatacatgattaggcataaa
agcgaatacgtaaaagcaatgggactcggtggtgcaatgatctgggctctcgatcttgat
gatttccgtaatttatgcgactgtgaagaatatccactactgaggactatcaatcgtgta
ctgcgaaactatccaggacccggaccaagatgtgtactagaaaaggaaccccaacgtgaa
gaaccacgaccaactcggcctcctacaagtactactcccgaaacaactagaagaccatct
accactacatcgacaagacgcactacaatgacaactactaccaccaccactagacgtccg
acaactacgacaagacgaagaacatccgctagacctacttataccaccacaaacgttcca
agttatcaagaaattgctaatgaagtagacgaaccaacctgtactgatggacgacttttt
gttccccatccaactgattgcaacaaatattacatctgtcaatacggcaagctgtatgaa
caaaaatgccccggtggcctctactggagtgttgatcactgcgattggcctcaaagcacc
aactgtcgcaataagcagacggatactgtaacaacaaccaaaaaaccgtcgtatccttca
acccaacggacaacaaccactactcgtccaccgaagcgaactaccgtaagaactaccaca
gcgtggaagccggagtcaaccacatcatggtggtcacccgaatcgtccagcatggtttgg
tggtctccggatacaacaagcaaacgaccaaccagacctcctttggaacatacagacgtc
caaacaacgggtaataacgacttcaaggtcgtatgctacttcaccaattgggcgtggtat
agacaaggtgatggaaagtatactccggatgacatcgattcgaatctctgtacgcacata
gtttatggcttcgcagttctcgatcgtgaatcattgacaattaagacacatgattcgtgg
gccgatattgataaccagttctatgaacgagtagtagagcataaacgtaagggcacgaag
gtaaccttagctctgggtggatggaatgattcacttggagataagtatagtaaacttgta
agaagctcttctgcgaggcgcgcatttgttaagcatgccgtcgagttcatagaaaaatac
aactttgacggtttagatctggattgggaatatcctgtgtgttggcaggtggattgcaag
aaaggtttccccgatgaaaaagaaggttttgcagagcttgttaaggagttagctatagaa
ttccgtcccagaaaatggttgttatcggcagccgtgtcgcctagtaaaatggttatcgat
gctggatacgacgttccagttttagcggaatatttcgactggattgcggtcatgacttac
gatttccatgggcattgggataaacaaacaggacacgttgctccgctgtactattatcct
ggtgatacatacgattacttcaatgctaacttctccatcaattattggatcgaaaaggga
gctccatcaagaaagctagttatgggtatgcctttgtacggacaatcattctcactggct
gacagtggtaaaaatggattgaatgataagtcatacggaccgggtgaagccggtcagttt
actcgtgctggtggattcctggcattctatgaaatttgcgagaaagtcaatcagaacggt
tgggccgtgtatcgagattcagagggccgtattggaccatatgcgctgcgaggaaaccaa
tgggtatcgtatgatgatgtggatgagattcgtaggaaatcacagtttgttaaaaagatg
aatcttgggggtggcatgatttgggccttggatttagatgatttcagaggtcgttgcggt
tgcggtaggcatccattgcttaaaacaatgaaccaagaactaggaaggattaccacaaaa
cgaccagagaactgcacctag

  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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (23)   

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