KEGG   Sesamum indicum (sesame): 105161052
Entry
105161052         CDS       T04135                                 
Name
(RefSeq) alpha-xylosidase 1
  KO
K15925  alpha-D-xyloside xylohydrolase [EC:3.2.1.177]
Organism
sind  Sesamum indicum (sesame)
Brite
KEGG Orthology (KO) [BR:sind00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    105161052
Enzymes [BR:sind01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.177  alpha-D-xyloside xylohydrolase
     105161052
SSDB
Motif
Pfam: Glyco_hydro_31_2nd Glyco_hydro_31_3rd Gal_mutarotas_2
Other DBs
NCBI-GeneID: 105161052
NCBI-ProteinID: XP_011076922
UniProt: A0A6I9T219
Position
LG1:complement(10071164..10076389)
AA seq 987 aa
MQMERDVLIECEPHTHHMYPIPFCHSWPLYTQCPSRNKLALKPFNLATMLFCFPFPLSLS
SSLRLLLVFLVLCVFQVDLASASTNPPKKIGKGYRLISIEEAPNGGLVGQLQVKEKNNIY
GPDIPLLQLYVKHETDNRLRVHITDAEKQRWEVPYDLLPRESPPSLKQTIGSSRKGVYKL
TAAEYAGNELIFAYESDPFSFSVKRKSNGETLFDTSSEDSDPYSDLVFKDQYLEISTKLP
KDASLYGLGENTQPHGIKLYPNDPYTLYTTDISAINLNADLYGSHPVYMDLRNVKGKPSA
HAVLLLNSNGMDVFYRGNSLTYKVIGGVFDLYFFSGPSPLAVVDQYTAFIGRPAPMPYWA
FGFHQCRWGYHNLSVVEDVVENYKKAKIPLDVIWNDDDHMDGHKDFTLNPTNYPRPKLLA
FLEKIHARGMKYIVIIDPGIGVNKSYGVYQRGLANDVFIKYEGKPFLAQVWPGAVNFPDF
LNPKTVEWWGDEIRRFHKLVPVDGLWIDMNEASNFCNGLCTLPEGRICPNGTGPGWICCL
DCKNITKTRWDDPPYKINASGIQVPIGYKTIATSAYHYNGVLEYDAHSLYGFSQSVATHK
ALQGLEGKRPFILSRSTYVGSGRYAAHWTGDNKGTWKDLKYSISTMLNFGIFGVPMVGSD
ICGFYPAPTEELCNRWIELGAFYPFSRDHANFYSPRQELYQWKSVAVSARNALGMRYKLL
PYLYTLNYEAHTTGAPIARPLFFTFTNETKLYGLSTQFLLGSSLMVSPVLTKGKTEVKVL
FPPGSWYNLFDMTKVIVSKESHYLTCDAPLHVINVHLYQNAIIPMQQGGLISKEARKTPF
TLIVSFPLGATTGEAKGNLFLDNDELPELKLGSGYATYIDFYATVSQGTVKIWSDVQESK
FALEKGLIVEKVTVLGLKGIGSAFEIEVDGNAVAETSKVEISSTEHKYPEKLEEGGDKMK
NVMVEVKGLELPVGKKFTMSWKMGIKP
NT seq 2964 nt   +upstreamnt  +downstreamnt
atgcaaatggaaagagatgtcctcatagaatgcgaacctcatacacatcacatgtatcct
atacctttctgccattcttggccattatatacccaatgcccctccagaaataaactagct
ctaaagccattcaacctagcaaccatgttgttttgtttcccttttcccctgtcattatct
tcttctcttagacttttgctggtattcttggttctatgtgtatttcaagttgatttagct
tctgctagcactaatcctccgaagaaaattggtaaaggctaccgtttgatctccattgaa
gaggctccaaatggtggccttgtgggccagctgcaagtgaaggagaaaaataatatttat
ggccctgatattcccctcttgcagctctatgtcaagcacgaaacagacaaccgtttgagg
gttcacattactgacgctgaaaagcaaagatgggaggttccgtacgatcttttgccgagg
gaaagtcccccttcactaaaacaaacaattggtagttcaagaaagggagtgtacaagctc
acagctgcagaatatgcaggaaatgagctgatttttgcatacgaatcagacccttttagt
ttttctgtaaaaagaaaatcaaatggcgagaccctttttgataccagctctgaggattca
gacccttacagtgatttggtatttaaagaccaataccttgagatttccactaaactgccc
aaagatgcttctttgtatggtctgggagagaacactcagccccatgggattaaactttac
cccaacgatccttacactttgtacaccactgatatatcagccattaaccttaatgctgat
ctgtatgggtcacaccctgtgtacatggacttgagaaatgtcaaagggaagccctctgcc
cacgcagtcttgctgctgaacagcaatgggatggatgttttttacagagggaattctttg
acatataaagtgattgggggtgtttttgacctttacttcttctctggtccttcacctttg
gctgttgttgatcagtatactgccttcataggccgtccagctccaatgccatactgggct
tttggattccatcaatgcagatggggttaccataatttatcagtagttgaagacgtagtt
gaaaactacaagaaggccaagattccactggatgttatctggaacgatgatgatcacatg
gatgggcacaaggacttcacccttaaccccaccaattacccccgtccaaagctcttggca
ttcttggagaaaattcatgctcggggcatgaaatacatcgtcataattgaccctggaatt
ggtgttaacaagagctatggtgtttaccaaagaggcctagcgaatgatgttttcataaag
tatgaaggcaagcccttcctggcccaagtctggccaggagctgttaacttccctgacttt
cttaatccgaaaaccgttgagtggtggggtgatgaaatacggcggttccacaagcttgta
cctgttgatggtctttggatagacatgaatgaagcgtccaacttctgcaacggattgtgc
acacttccggagggcaggatttgccctaatggaactggaccgggctggatttgctgcctc
gactgcaagaacataacgaaaacaagatgggatgatccaccctacaagataaatgcttct
ggaatacaagttccaataggttacaaaaccatagcaaccagtgcataccactataatgga
gtattggagtatgatgcacacagtctttatggtttttcacaatccgttgcaactcacaag
gcgcttcaggggctggagggcaagcgcccctttatactatcacgttccacttatgttggt
tcaggccgatacgctgcacactggacaggggataacaagggaacatggaaagatttgaaa
tattcaatctctacaatgctgaattttggaatatttggagttccgatggttggttcagat
atatgcggattctatccagctcccaccgaagaactttgcaacagatggattgaacttggt
gctttctacccattttccagggatcatgcaaacttctattctccaaggcaggagctttac
cagtggaaatcagtggctgtgtctgctagaaacgctctaggaatgaggtacaagctttta
ccgtatctttacactctgaactacgaggcacatactactggagcaccaattgctcgtccc
ctgttctttacattcacgaatgagactaaattgtatggactgagcactcaattcctgctt
gggagcagtcttatggtgtctcccgtgttgactaagggtaaaactgaggtcaaagttctc
ttccctcctggtagctggtacaatttgtttgacatgacaaaggtgattgtctcaaaggaa
tcacattacctcacatgcgatgcgcctttacacgttatcaacgtgcatttgtatcagaac
gcgattatacccatgcagcagggtggattgatctctaaagaagcaagaaagacgcccttt
actctaatagtctccttcccactcggtgcaactacaggagaagctaaggggaatctcttc
ctagacaacgatgaacttcctgagttgaaacttggcagcggctacgcaacatacattgat
ttctacgcaacagttagtcaggggacggtgaagatttggtctgatgttcaagagagtaag
ttcgcgttagagaagggattgatcgtcgagaaggtaaccgtacttggattaaaaggtatc
ggaagtgcatttgagattgaagtagacggaaatgcagttgcagagacttccaaggttgaa
atcagctcaacagaacacaaatatccggagaaactggaagagggtggggataagatgaag
aatgtaatggtggaggttaaaggcctggagttgccggtgggaaagaagtttaccatgtcc
tggaaaatgggaatcaagccctga

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (34)   

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