KEGG   Sedimentisphaera salicampi: STSP1_00329
Entry
STSP1_00329       CDS       T05439                                 
Symbol
yicI_1
Name
(GenBank) Alpha-xylosidase
  KO
K01187  alpha-glucosidase [EC:3.2.1.20]
Organism
pbp  Sedimentisphaera salicampi
Pathway
pbp00052  Galactose metabolism
pbp00500  Starch and sucrose metabolism
pbp01100  Metabolic pathways
pbp01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:pbp00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    STSP1_00329 (yicI_1)
   00500 Starch and sucrose metabolism
    STSP1_00329 (yicI_1)
Enzymes [BR:pbp01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.20  alpha-glucosidase
     STSP1_00329 (yicI_1)
SSDB
Motif
Pfam: Glyco_hydro_31_2nd Gal_mutarotas_2 Glyco_hydro_31_3rd DUF5110
Other DBs
NCBI-ProteinID: ARN55960
UniProt: A0A1W6LJI6
Position
433708..436530
AA seq 940 aa
MKLSLFFVLTVLAGAGFSDVILEENFDSAEISKSAVINGRNDFSVLSGSLDYSWIKETGS
RLQHKGNKVDAVWDVDIEPYRENSKTIYVSFLLKNLNEDVKNSFAGLGFYNNDTELFGIG
NDFESEYFKYYSPGSSNIIGKAPTLVDGEVHLIVARIEFVEGSKDKFTIWLDPLVRRDLS
DQNEWKTARGEFEFDFNQLRLRAGNEGNKWEFDELKVASDWDSLFKMNNSPGGKVSRAIK
NADLPGISEKLDRGVNRFYAKYADLEEIPFSFAVSKEFNNVKRLKKSPDLQPVFSKANGR
KYVYFDTPSHDDFYGTGEVQGALRRNGCRIILYNKDNYNYNDPDNLYQSHPWVMGVRPDG
TAYGIIFDTTWKSEIDLRAGILFSAPEDAADFPVYTLEAESPSRLMEMLGGISGKMPMPP
RWALGYQQCRYSYYPDSRVREIARGFRQRQIPCDVIWLDIHYMDEYRIFTFDPERFPNPK
GLNDYLHAKGFKSVWMIDPAPKYEEGYSVYDSGSEIDAWVKNKDGEDYVGKVWPGKTVFP
DYTIPRVRKWWAGLYQDFLDEGIDGVWNDMNEPAVFEEPEKTMPSDNLHRGGGKLKQGKH
IQYHNVYGYLMIKATREGMLQYAPDKRPFVLSRANFLGGQKYGATWTGDNGSTWAHLEQS
IPMSLNLSLSGQPFNGPDIGGFVGDASPQLFAHWMSVGAYYPFSRAHTMVGSKDHEPWSF
GEETLKASRSALNKRYRLMPYLYTLFWNSHKNGNAVMKPVFFADPADKSLRDEDQAFMLG
DNLLVVPKWAEDVNLPEGIFRNLQIGQNERWDKYQCKLLQKGGSIIPVGEKVQSTEELGL
LNPLTLSIVLDENGMASGRLYEDSGNGYEFKEDKFIVSNFKAQRTEGGIKVTCEKQNGEF
AYDKRFVKIAWITKDGISFGYGDICKSVEVMKTDNFEYIK
NT seq 2823 nt   +upstreamnt  +downstreamnt
atgaaattaagtttgttttttgttttgactgttttagcaggcgctggtttttcagatgtt
attcttgaagagaactttgattcagcagaaatctcaaaatcggcagtcataaacggcaga
aatgatttttccgttttaagcggcagtctggattacagctggataaaagaaaccggcagc
agacttcaacacaaaggcaataaggttgatgccgtatgggatgttgatattgagccttac
agagaaaacagcaaaacaatttacgtaagctttttgctgaagaacttaaatgaggatgta
aagaacagctttgcaggattaggtttctataacaatgatactgaattgtttggtatcggc
aacgatttcgagtcggaatatttcaaatattactcgcccggcagcagcaatattataggc
aaagccccaacacttgttgacggtgaggttcatcttattgtcgcacggatagagtttgtt
gaggggtcaaaggataaattcacaatctggcttgatccgcttgttagaagagatttaagc
gatcaaaatgaatggaagactgccagaggagagtttgaatttgacttcaatcagctcagg
ttaagagctggaaacgaaggtaacaagtgggaatttgatgagttgaaagttgcctcagac
tgggattcgctgtttaaaatgaacaattctccgggcggaaaggtttcaagggcaatcaaa
aacgccgaccttcccggcataagcgagaaactcgatagaggcgttaatcgcttttatgca
aagtatgctgatttagaagaaatacctttttcttttgcagtttccaaagagtttaataat
gttaaacgtttgaagaaatcccctgatcttcagcctgtattttctaaagccaatggacgc
aagtatgtttactttgacaccccttctcatgatgatttctacggaactggcgaggttcaa
ggggcattgaggagaaacggctgcaggatcattctctacaacaaagataactataattac
aatgaccctgacaacctttaccagtctcatccttgggtcatgggtgttcgtcctgatgga
accgcatacggaattatttttgataccacatggaaatctgaaattgatttaagggcgggc
atattgttttccgctcctgaggatgctgcggatttcccagtttacacacttgaagcagaa
agcccctcaaggcttatggagatgttaggcggaatttcaggcaagatgcctatgccgcca
agatgggcgctgggttatcagcagtgccgctattcatattatcccgacagccgagttcgt
gagatagcccgcggcttcaggcagagacagattccatgcgatgttatctggcttgatata
cattatatggacgaatatcgcattttcaccttcgatcctgaacgtttccccaacccgaag
ggattgaatgattatcttcatgccaagggatttaagagcgtatggatgatagaccctgca
ccgaaatatgaagaggggtactctgtttacgacagcgggagcgaaattgatgcgtgggtt
aagaacaaagatggtgaagattatgtcggcaaggtttggccggggaaaaccgtctttcct
gattatactattccgcgggttagaaaatggtgggcaggtctttatcaggatttccttgat
gaaggaattgacggcgtatggaatgacatgaacgagcctgccgtttttgaagagccggag
aaaactatgccctctgacaatctgcacagaggcggtggcaaattaaagcagggcaagcac
atacagtatcacaacgtttacggctatttgatgatcaaggctacaagagagggaatgctg
cagtacgcccctgacaagaggccgtttgtattatctcgggcgaatttcctcggtggtcaa
aagtatggcgctacttggacaggcgacaacggatccacatgggctcatttagagcagtct
attccgatgtctctcaatctttctctttcaggacagccttttaacggccctgatattggc
ggttttgtaggtgatgcctcgcctcagctttttgcgcattggatgagtgtgggtgcatat
tatccattcagcagggcacatacaatggttggttcaaaagatcatgaaccgtggtctttc
ggagaagaaactcttaaagcctccagaagcgctcttaataagcgttacaggcttatgcct
tatctttacacgctcttttggaactctcacaaaaacggaaatgccgtgatgaagcccgtt
ttctttgccgacccggctgataaatccctcagagacgaagaccaggcctttatgctgggt
gataatctccttgttgttccaaagtgggcggaagatgttaatttgcctgagggcatcttc
agaaatcttcaaatcggccaaaacgagcgatgggataagtatcagtgtaaacttcttcag
aagggcggaagcattattcctgtaggcgaaaaggttcagtcaactgaagagcttggcttg
cttaatccgcttacgctttctattgtgctcgatgaaaatggaatggcatcaggaaggctt
tatgaagacagcggcaacggatacgaattcaaagaagacaaattcattgtctccaacttc
aaagctcaaagaactgaaggcggaataaaggtaacctgcgaaaagcagaatggtgaattc
gcttacgataaacggtttgtaaagattgcatggatcaccaaagacggaataagcttcggt
tacggggatatatgcaaatcagttgaagttatgaaaacagataacttcgaatatatcaaa
taa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (7)   
   KEGG COMPOUND (7)   
Chemical reaction (6)   
   KEGG ENZYME (1)   
   KEGG REACTION (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (28)   

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