KEGG   Spiroplasma sabaudiense: SSABA_v1c01770
Entry
SSABA_v1c01770    CDS       T03048                                 
Name
(GenBank) hypothetical protein
  KO
K13381  bifunctional chitinase/lysozyme [EC:3.2.1.14 3.2.1.17]
Organism
ssab  Spiroplasma sabaudiense
Pathway
ssab00520  Amino sugar and nucleotide sugar metabolism
ssab01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ssab00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    SSABA_v1c01770
Enzymes [BR:ssab01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.14  chitinase
     SSABA_v1c01770
    3.2.1.17  lysozyme
     SSABA_v1c01770
SSDB
Other DBs
NCBI-ProteinID: AHI53589
UniProt: W6AIQ7
Position
209416..212361
AA seq 981 aa
MKKLLIVLSSLVITAPTAATVVSCNWSTGNKIVPEGKIEIGSEWTGKNEIDSKNGSKRSK
TNKTSEVLTTNQGAKKGSSARSASSTLLKSTIGNENLIGNNLNKSNNPVFKPYADIGIVE
DSVEYALKWHSKSGASYEEAKKILEAEGQDVVNYNNLAQISNDKSLIDSANGDGIVLGFM
QNASDKGELSPMWDAAPKDFNNNQSEKWFQERFDGWKKEGLNTKNMTISFGPFANSLWHT
AYQNNLTEEEFADQLTLISEAYGTRSFDFYFAAPYLTTQGSYKESQKLLAGALKILLERA
EAAGETTNQWDFRLSLVSSTKDGVATSPAFLQSGLEQHVGDEFSPLYVFTKYLGMNFKLN
LVTGYLTTDSQDPNGDWEVEQMKSAIETTQKNWLKTHEILNGNSNGLTSADVYKRMIVTP
WNGRRAENATYNFTPKDAAELRKFAIEKGVGELSMFYITRDHPSYFDSNNLPGNGLADLN
KIDQNIRSGAGYEEFAYAKALNGKLADASSLKEAASKTEVAKLKGYLDVDKINGNTKLQG
LESDGGWDGAGVGGETTLPGGGGDTGPTAPVDPGVVPNNKSLYRDRLDANPVRAKNNNWI
TQKTKNSSAYFSPYLDAGLWEGNNIDEIYNGSNGQSGVKGFDHLTLAFAQQVNKHNDSLE
ISFAGLEKNNEGYTYWEQNQLKAKVLDPIVKKGHFKNIKVAYGGATTGGMTEKNPWNVAY
KLANGDFNKATEILTKGLTDFQKEIADLVGQPMTRAIDFDIEGHAQENINELRVLAKTLA
KMKKLDKRWDFSLTLPVLPTGLTPVGYKVLDIFVEEYNKAGLSWTDIPVTNLMLMDYGNP
MYLQAIAQGKTNFDLAKDALLSTKNNIATSIFNNYGETISIDKVYKLLAATPMIGVNDTV
EGVFTLEDAKELYNWANNVGLAYVSMWSMNDDRGRQNNINAVNKSLVTHGLAYLEQYDFA
RAFSGDWIDRVIKPRDKWSNN
NT seq 2946 nt   +upstreamnt  +downstreamnt
atgaaaaaattactcatagttttatcaagtttagtaattacagcgccaacagccgcaacg
gttgtttcatgtaattggtcaactggtaataaaattgttccggaaggaaaaattgagatt
ggatcggaatgaactggtaagaatgaaatagattctaaaaacggttcaaaacgttcaaaa
acaaataaaacatcagaagtattaacaaccaaccaaggtgctaagaaagggtcatcagct
cgtagcgcctcatcaacattattaaaaagtactattggaaacgaaaatttaattggaaac
aatttaaataaatctaacaatccagtatttaagccatatgctgatattggaattgttgaa
gatagtgtcgagtatgctctaaaatgacatagtaagtcaggagcaagttatgaagaagct
aaaaaaattcttgaagccgaaggccaagatgttgtaaactacaacaatttagctcaaatt
tcaaatgacaaatcacttattgattctgctaatggagatggaattgttttaggatttatg
caaaatgcctcagataaaggtgaattatcaccaatgtgagatgcagcaccaaaagacttt
aacaataatcaatcagaaaaatgattccaagagcgttttgatggatgaaaaaaagaaggt
ctaaatacaaaaaatatgactatttcttttggtccatttgctaactcattgtgacataca
gcttaccaaaataacttaaccgaagaagaatttgcagatcaattaacattgatttcagag
gcttatggaactcgttcattcgacttttattttgcagcaccgtatttaacaactcaagga
agttataaagaatcacaaaaactacttgcaggagctttaaaaatcttgctagaacgtgct
gaagcagctggggaaactacaaatcaatgagatttccgtctatcacttgtttcatcaaca
aaagatggagttgcaacttcaccagctttcttacaaagtggtttagaacaacacgttggg
gatgaattctcaccattatatgtatttacaaaatacttgggaatgaacttcaaattaaac
ttagtaacaggatatttaacaactgattctcaagatccaaatggtgattgagaagttgaa
caaatgaaatcagctattgaaacaactcaaaaaaattgattgaaaactcatgaaatttta
aacggaaattcaaatggcttgacttcagctgacgtttataaacgtatgatcgtaacacca
tgaaatggtcgtcgtgcagaaaacgcaacttataactttacaccaaaagatgctgcagaa
ttacgtaaattcgcaattgaaaaaggtgttggagaattatcaatgttttatatcactcgt
gatcacccatcatactttgattcaaataacctaccaggaaatggattggcagatttaaat
aaaatcgatcaaaacattcgttctggagcaggttatgaagaatttgcttatgcaaaagct
ttaaatggtaaactagcagacgctagctcattaaaagaagcagcaagcaaaactgaagta
gctaaattaaaaggttacttagatgttgataaaatcaacggtaacacaaaacttcaaggt
ctagaatctgatggtggatgagatggagctggagttggaggagaaactactttacctggt
ggtggaggagatacaggtccaaccgcaccagttgatccaggagtagttccaaacaataaa
agtttatatcgtgatcgcttagatgcaaacccagttcgtgctaaaaacaacaactgaatc
acacaaaaaacaaaaaattcaagtgcttacttttcaccatatttagacgcaggtttatga
gaaggaaacaacattgatgaaatttacaatggttcaaatggacaatcaggagttaaaggt
tttgaccacttaactctagcatttgcacaacaagtaaacaaacacaatgatagtttagaa
atttcatttgctggtcttgaaaaaaataacgaaggttatacatattgagaacaaaatcaa
ttaaaagccaaagttttagatccaatcgttaaaaaaggtcactttaaaaatattaaagtt
gcctacgggggagctacaactgggggaatgactgaaaaaaatccttgaaatgttgcttac
aaactagcaaatggtgacttcaacaaagccacagaaatcttaactaaaggtttaacagat
ttccaaaaagaaatcgcagacttagttggacaaccaatgactagagcaattgactttgat
attgaaggtcatgcacaagaaaatattaatgaattacgtgttttagcaaaaactttagca
aaaatgaaaaaattagacaaaagatgagacttctcacttactctaccagttttaccaaca
ggattaactccagttggatataaagtattagacatttttgtagaagaatacaacaaagca
ggtctttcatgaactgatattccagtaacaaacctaatgttaatggattatggtaaccca
atgtacttacaagcaattgcgcaaggaaaaacaaactttgacctagcaaaagatgcttta
ttatcaactaaaaacaacatagcaacttcaattttcaataattatggtgaaaccatttca
attgataaagtttataaattattagcagcaacaccaatgattggtgtaaatgatactgtt
gaaggagtatttactttagaagatgctaaagaactttataactgagcaaacaatgttggt
ttagcttacgtttcaatgtgatcaatgaatgatgaccgtggacgtcaaaacaacatcaat
gctgttaacaaaagtcttgtaacacacggattagcttatttagaacaatacgactttgct
cgtgccttttcaggagactgaattgatcgtgtaattaaacctcgtgataaatgatcaaat
aattaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
All databases (36)   

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