KEGG   Eutypa lata: UCREL1_9709
Entry
UCREL1_9709       CDS       T03103                                 
Name
(GenBank) putative class v protein
  KO
K01183  chitinase [EC:3.2.1.14]
Organism
ela  Eutypa lata
Pathway
ela00520  Amino sugar and nucleotide sugar metabolism
ela01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ela00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    UCREL1_9709
Enzymes [BR:ela01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.14  chitinase
     UCREL1_9709
SSDB
Motif
Pfam: Glyco_hydro_18
Other DBs
NCBI-ProteinID: EMR63348
UniProt: M7SGF9
Position
Unknown
AA seq 1023 aa
MNGVTVVLALNFARVRFVWQTVAGRQNAILDLDWEYPRTPDRAGREVDYANFPKFMKRLK
ESLDGASKEISITLPASYWYLQHFDIVELVKHVSWFNIMSYDLHGTWDKGNEWTGNFLNA
HTNLTEIDLALDLLWRNDINPAHVVLGLAFYGRSFSATSSSCLDPGCTFESGGEKGRCSR
EVGILLNSEIDDLVEKHGAKPKLYEKEAVKVATWGDGQWVSYDDKDTFDLKSRYAQKMCL
GGLMVWAIGHDTKDAKYNLALAEVANRKVTSLPSRTVEDPEDPYEYVDVPNPQCKWTNCD
EGCPAGWVLMKRQDKDTRGTEYMFDETGCGGTGSHAFCCPPGAPSDLPTCGWYTHNNGRC
DSTCPDGTVEIGSNSMYCRWSYQAACCTTEQKSMKLYTTCEWGEKPMCDSQQGCPKSPFS
ELMAWSSSGTGGGSCNMRSGGYSAAEWVVQEQKFCCDTSNAKRTFDDCEWYDSIGPRPDG
STEDWCRSGCPGDRVRVALDTLATKCFGKGAGGGQARCCVPNYSDTIEVENPKLDTYRST
LEDYIRNPTCPNPGPLDSESVLMALPEPTEPLPIRQGLILNNVSALTLGERAESSTFSQA
EGFLLNLLTKASLESMLEAEEKTWNDYMPEEFGAGLRMPHLRNYLQDLPAWDTEGPIQLS
HGVICSPNYWAGLASGASDTAVNCSLSTCDTDGCQGEDLESRGLTQREKLVGPARDYRAE
LQGGGVVAITLPSYNQINDLDLDDPIMDEALDFISRGDCTNSRLTHYALPLDSWEGGTRA
IMEHLFEGQQMATFMEDAAAGRLRSGATAVVGRVPVSFFTPARTMPLPNPPPLPGGAQYI
RLYDRVMECLGSRTNTANFVILNEEINSFKARLVTGVAPKNFAKYIVPGAKDYVYPQYVL
HIMKTTISVIRYLNHKGTPNVNQRLTSQVNCAGEQWMYGQQVWNQNHPANQVAILEFYRE
WTRDFYKVYLVNQAREYVKKCAAEMRRNWEAFEDSSYTRKVLEVVSAIEDELDELTIDTS
DFD
NT seq 3072 nt   +upstreamnt  +downstreamnt
atgaatggggttactgtggttttggccctaaattttgcgcgggtgaggtttgtgtggcag
actgtggcaggaaggcagaatgcaatcctggatttagactgggagtacccccgaacgccc
gaccgagccggtcgagaagtcgactacgcgaatttccccaagttcatgaagcgcctcaag
gagtctctggatggtgcgagcaaggagatatctatcactctccctgcctcgtactggtac
ctccagcacttcgacatcgtggagttggttaagcacgtgtcctggtttaacatcatgtcg
tacgatctccacggtacctgggacaagggcaacgagtggacggggaacttcctgaatgcg
cacaccaacctgacagagatcgatctggctctggacctcctgtggaggaacgatatcaac
cccgctcacgtagtcctgggactcgccttctacggtcgcagcttcagtgcgacaagttcg
tcctgcctcgatcccggctgcactttcgaatccgggggtgagaaggggcggtgcagccga
gaggtgggcatcctcctcaactcggagatagacgatctggtggaaaagcacggcgcgaag
cccaaactatacgagaaagaggctgtcaaggtggccacctggggagacggccagtgggtt
tcctacgacgataaggacacattcgaccttaagtctcgttatgcccagaagatgtgcctg
gggggcctcatggtgtgggccatcggccacgacacgaaggacgccaagtacaacctggcc
ctggccgaggtcgccaaccgcaaggtcacgtcgctgccatcccggaccgtggaagatccg
gaggatccctacgagtacgtcgacgttcccaatccgcagtgcaagtggactaactgcgat
gagggctgtccggccggttgggtcctcatgaagcgtcaggacaaggacacgcggggcacc
gagtacatgttcgatgagaccgggtgcggggggacgggctcgcacgcattctgctgcccg
ccaggcgcaccaagcgacctgcctacctgcggttggtacacccacaacaacgggcgttgc
gatagcacctgccccgacgggaccgtcgagatcggatccaacagcatgtactgtcgatgg
agctaccaggcggcatgctgtacgacggagcagaagagcatgaaactctacaccacgtgc
gaatggggtgagaagccgatgtgcgattcccagcaggggtgtcccaaaagcccgtttagc
gagctcatggcatggtcctcgagcggcaccggaggcggatcgtgcaacatgaggtccggc
gggtatagtgcagccgagtgggtagtccaggagcagaagttctgctgcgacacgagcaat
gctaagcggacttttgatgactgcgagtggtacgacagcatcggtcccaggccagatggc
tcgaccgaggactggtgccggagcggctgtcccggtgaccgggttcgcgtggcgctagac
acgctggccacgaaatgcttcggcaagggcgctggcggaggccaggcgagatgttgcgtt
ccgaactactcggacaccatcgaagtcgagaaccctaagctagacacttatagatcgacc
cttgaagattacattcgcaatcctacgtgccccaaccccggtccgctcgacagcgagagt
gtacttatggcattgccggaacctactgaaccccttcctatccggcaaggattgatactg
aacaatgtgtccgctctcaccctgggtgaaagggctgaaagctcgaccttcagtcaggca
gaaggctttctcctgaacctgctcaccaaggcgagtttggagtccatgcttgaggctgag
gaaaagacatggaacgactatatgccggaggagttcggggccggcctccggatgccgcat
ttgagaaattacctgcaagacctccccgcctgggataccgaagggccgatccagctctcg
cacggcgtcatctgcagcccaaactattgggcaggccttgcatctggggcgtcagacacg
gcggtcaactgctcgctgagcacatgcgatactgatggctgccagggcgaggacctagag
tcgcgcgggctcacccagcgggagaagctagtcggccctgctagagactacagggccgaa
ttacaaggcggaggtgtggtcgccatcacgcttccatcgtacaatcagatcaacgatctt
gatctcgatgacccgataatggacgaagccctagattttatcagtcgtggcgactgcaca
aactcccgccttacacattatgccctccccttggattcgtgggaaggtgggacgagagcg
ataatggagcacctatttgaggggcagcagatggcgacgttcatggaagatgcggcagct
ggcagactccggagcggcgctaccgccgttgtcggccgcgtccctgtctccttcttcaca
ccagcccgcaccatgccgcttccaaacccacctccactgccgggaggcgctcagtacatc
cgactctacgaccgcgtcatggagtgtctaggaagccggaccaatacggccaacttcgtc
atcctgaacgaggagatcaactcattcaaggctcggctcgtcacgggtgtggcccccaaa
aactttgccaagtacatcgtaccgggagccaaagactacgtgtacccacagtacgtgctg
catatcatgaagaccactatatccgtgatacggtacctcaaccacaagggcacccccaac
gtcaaccagcgcctgaccagtcaggtgaactgtgccggcgagcagtggatgtatggccag
caagtctggaaccaaaaccacccggccaaccaagttgccatcctggaattctaccgcgaa
tggaccagagacttctacaaggtctatttggtcaaccaggcgagggagtacgtcaagaag
tgcgctgcggagatgcgtagaaactgggaggcattcgaggacagctcgtacacaagaaag
gtcctagaggtcgtcagcgctattgaggacgagctggacgagttgaccatcgacaccagc
gatttcgactag

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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 (44)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (58)   

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