Alternaria alternata: CC77DRAFT_61983
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Entry
CC77DRAFT_61983 CDS
T05291
Name
(RefSeq) glycoside hydrolase
KO
K01183
chitinase [EC:
3.2.1.14
]
Organism
aalt
Alternaria alternata
Pathway
aalt00520
Amino sugar and nucleotide sugar metabolism
aalt01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
aalt00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00520 Amino sugar and nucleotide sugar metabolism
CC77DRAFT_61983
Enzymes [BR:
aalt01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.14 chitinase
CC77DRAFT_61983
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_hydro_18
DUF6826
Motif
Other DBs
NCBI-GeneID:
29118078
NCBI-ProteinID:
XP_018392056
JGI:
61983
UniProt:
A0A177E3W0
LinkDB
All DBs
Position
Unknown
AA seq
996 aa
AA seq
DB search
MSPSTFTRAAFAAGLLASGVSAAFDNAAKTNIAMYWGQGNAQIPLSEVCADPNIDIVNIG
FINAFPSVVGSYPGSNHANACGSEVYYDPVLKKDSKLYSSCPGVGDAITACQKSGKKVML
SLGGGWPTDYYLPSPEVAQWTAEFLIKAYGPPTAAWKAAGRPRPFGDAVVDGFDLDLEAQ
TYDMPSAEYIYKNYDVFGKYVKSNSKMLLSAAPQCVVPDVRISPVLKAVPFDFIFTQFYN
TRVCSAAQAVQDIKDKKTGTFTFDKWISEIKASANPNLKFYIGLAAGPDGLPTHKEDYLT
PEDANTLITKYKGNTNFGGVMLWEASVSVRNPTYGRSYGTWMKYAVEGTFLKNYKPIVSS
STRSSTTSTKASTTKTPSSTPVTSTKTSSTKSSSTKISSSTPISSSKIPSSTPVTSTKSS
STKISSSTPISSSKIPSSTPTPSTMITSSKTSSSAYVTSSMVSSSAYVTSSSISSSSSSS
SAYETASTKSSSSAETVSSTLIEPSSIATISASASSSESAYVPYPTETASSVETISSSAT
ESSSIDTISATKEGSSVYVPYPTETPSSVETVSSTFIEPSSIATISASETLSSSVYVPSS
SETSASTDKYPTDTVSATTPEGVSSTSCSTSSVAYSTGASSSDVYSVSSVVYSSGVYSTA
SPVYPTSTYSASKGIDYPDYPAESSKSDAASSTGYESVPSVTKKPEYSEYSTAPTGSTTA
TVITTTYVDVCPTGLTTVTTTYWTTVCTKCAAKPTGSADVPEGWTTSVYTASTVTVTLTK
PIVTPTSMPAYPSSAPSVAYPADYPAKPVSSGKPGYPAVPEASMPAYPAAPKPSKAAEYP
AVPEASKGAEYPSAPQGSMPAYPAVPEASKAAEYPAMPEAPKPASSSAAAGYPSAPIASE
YPKKPVEQEVTSTVRVTSTLSKVAVPTYAPAPYPTVSAGGAPYVPAGSASSYAPMPTGTG
VGSAYPSMPAEFTGAASRAGDGFMMVVGVVAAVLVL
NT seq
2991 nt
NT seq
+upstream
nt +downstream
nt
atgtctccctcaaccttcactcgcgctgctttcgcagctgggcttcttgcctctggtgtc
tctgcggccttcgacaatgctgctaagacgaacattgctatgtactggggacaaggaaac
gctcagatcccactgtccgaggtctgcgctgatcctaacatcgacatcgtcaacattggc
ttcatcaacgcattcccttcggtagtaggctcatacccgggaagcaaccacgccaacgcg
tgtggtagcgaagtatactacgacccggttctgaagaaggacagcaagctttacagctca
tgccctggcgtgggagatgctatcactgcttgccagaagagcggcaagaaggtcatgctc
tctctcggtggtggttggcctactgactactatctgccatcccctgaggtcgctcaatgg
accgccgaattcttgatcaaagcctatggtcctcccaccgctgcctggaaggcggctggc
aggcctcgtcctttcggcgatgccgtcgttgacggttttgacctcgatctcgaggcacaa
acctacgacatgccttcagctgagtacatttacaagaactacgacgtcttcggaaagtac
gtcaagagcaactcgaagatgcttctctccgccgctcctcagtgcgttgtcccagacgtc
aggatctcaccagtcctcaaggccgttcccttcgactttatcttcactcagttctacaac
acccgagtctgctctgccgctcaggccgtccaagatatcaaggacaagaagactggcacc
ttcactttcgacaaatggatctccgagatcaaggcctctgcgaaccccaacctcaagttc
tacattggattggccgcaggtccggatggtctccccacccacaaggaagactacctcacg
cccgaagatgcgaacactctgattacgaagtacaagggcaacaccaacttcggcggtgtg
atgctctgggaggcctccgtttccgtcaggaacccaacctacggtcggtcctacggtact
tggatgaagtatgctgtcgagggtactttcttgaagaactacaagcctatcgtgtcttcc
agcaccaggtcttcaacaacatctactaaggcctcgaccaccaagacaccttccagcacc
cctgttacttctactaagacctcatccactaagagctcgtctaccaagatctcgtcctct
actcccatctcgagcagcaagatcccttccagcacccctgttacttctactaagagctcg
tccaccaagatctcgtcttctactcccatctcgagcagcaagatcccttccagcactcct
acccccagcaccatgatcaccagcagcaagacctcatcttctgcttacgtcacctcaagc
atggtttcttcgtctgcatacgtcacctccagctcaatttccagcagcagcagcagcagc
tcagcctacgaaactgcctctaccaagagctccagctccgccgagactgttagcagcacc
ctgatcgagccatcctccatcgcgacaatctctgcgtctgcctctagcagcgagtcagcc
tacgtaccttacccgactgagaccgccagctctgttgagaccatcagcagctccgcgact
gagtcttcttccattgacactatctctgccacaaaggagggtagctcagtatacgtgcct
tacccgaccgagaccccgagctctgtcgagactgtcagcagcaccttcattgagccgtca
tccattgccacgatctccgcatccgagactcttagcagctctgtctacgttccttcctcg
agcgagacctctgcctccaccgacaagtaccccactgacactgtctccgcgactacccct
gagggcgtctcttcgacttcttgcagcacctccagcgttgcatactccactggcgctagc
tccagcgatgtctactcggtgtcatctgtcgtatactcatctggtgtctactctactgca
tccccggtgtaccccacctcaacctactctgccagcaagggaatagactaccccgactac
cctgctgagagctccaagagcgatgctgcatccagcactggctacgagagcgttccatcg
gttacaaagaagcctgagtactctgagtactccactgctcctactggctctaccaccgcc
actgtcatcaccactacctacgtcgatgtctgccctactggtctgactaccgtcaccacc
acgtactggacaaccgtctgcaccaagtgcgccgcgaagcccaccggctcggccgacgta
cctgagggttggaccaccagtgtctacactgccagcactgttaccgtgactcttaccaag
cccatcgtcacgcctaccagcatgcccgcatacccatcgtccgctccttccgtcgcatac
cccgcggactaccctgctaagcccgtgtcctctggcaagcctggataccctgccgtccct
gaggcgtctatgcccgcatacccagctgctcctaagccctccaaggctgccgaataccca
gctgttcctgaggcttccaagggcgccgagtacccatctgctcctcagggatccatgccc
gcctaccctgccgttcctgaagcctccaaggcggctgaatatcctgccatgcccgaggca
cccaagccagcttcttcctctgccgccgctggctacccatctgcacccatcgcttccgag
taccccaagaagcctgtcgagcaggaggttaccagcaccgtccgcgttacctccaccctc
tccaaggtcgccgttcccacttacgctcccgctccttaccccacggtcagcgctggaggt
gcaccttacgtccctgccggctctgccagcagctacgcgcctatgcctaccggcactggt
gttggttccgcttatccttctatgccagcggagttcacaggtgctgctagccgtgctggt
gatggattcatgatggttgttggtgttgttgctgccgttcttgttctataa
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