KEGG   Paenibacillus sabinae: PSAB_05310
Entry
PSAB_05310        CDS       T03064                                 
Name
(GenBank) S-layer protein
  KO
K05988  dextranase [EC:3.2.1.11]
Organism
psab  Paenibacillus sabinae
Pathway
psab00500  Starch and sucrose metabolism
psab01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:psab00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    PSAB_05310
Enzymes [BR:psab01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.11  dextranase
     PSAB_05310
SSDB
Motif
Pfam: Glyco_hydro_66 CBM_35 SLH CBM_6 CBM_35_2 GHL10 fn3
Other DBs
NCBI-ProteinID: AHV95998
UniProt: X4ZUJ0
Position
1212440..1218394
AA seq 1984 aa
MKRQKAIVYFCLLLLLVQTCTLGYARNSVAAAAGEDQPAEHRILQMVPSKARFAPGEPAE
LILTLNQSADWGGKLHVQIYKLNTLIAEGVKDLTVLKDGSAELKVDWTPPADDFTGYLAK
AWTEGAVSGDYVTAAIDVSSDWTHFPRYGYVADFPKETAAESDAKLKQLSREYYLNGYQF
YDWMWRHDVSVYSKMDASGKPLKDKDGNFITEPVNADSSYTDLLGRLLFPLTVKQSVSAA
QKYGSAAMAYEMNYAAREHYEDFGVKPEWGLYNKTSVAPRTPEKDQVGFYFDGVKPNPTA
LYLQDPGNPEWRSYITKQYVRAVNDFGFDGIHLDQWGTNDKDYLLGYDGTPRYFALDFDK
IINSTKDALLANDKNKSHVAFNMVGGNQGYSAVPNPDTKTDFDYSEIWQDKDKYKDLQEV
VDQTREADGGKAMVIAGYMNYKQATGIHYDGSEAKDVPSTVVFQSRIGKAASWVGDFGRK
DEDQIVFTVDAPEDSDYNLTLRYGHGNDGGSPEGYLTVNGEPAADSIVFDQKTGWGHPTA
EAKVTGIKLHKGRNEVKLQLSSDNLWLNVGSLLVENGSGYSKQYDAIFSELISCKVDQYG
NVYYFETDGDYVTFHVNVPADGDYPLGISYSVDSAAVNRELYVNGAKSPDVSFSPTGGWD
SFKEIPAGTVHLKAGDNTITLKSASNDPGMKLQYLNLDGQRVMAENADIGWQPTRETEIE
KVASELTEPVEILVNDSARVAFTGEVKVSSPSDNEKARTDSHNAGSTVTFKADSDKKKKA
ALRVYYHSGNNVELKTTVSNAVYDVLGTYSTTLPENGWYDENNSNQWGFVDQEIQLDAGV
NFIKLELTDPLDYLNLHGIRLSEASESAGAGYIRSFKQQGDYVAFKLPSVPASGSSPVSI
TYKNGGADTVERILYVDGKKAGLFQFAPTGENWGTATEDVFLSSGSGNEAEVKKDSAALE
ETGIEMDNIRVNGTTLEAEDAETGWAPVVSRTGSVDTSFGKTDDFGQKGQSVTFTVNPDQ
AVSDFSILYRSGNDSVVSVSVDGNVVDGSCALPVTQADWGGPLKAKTVKAPLTAGSHEIK
VEMQSSGQYTNLSSLLVDEVNYAVANAVTAGGVKASAGYVSGFAEDGDFVAFNVKAPAEG
SYTLDWNYKNTDSAVERAVSVNGAEAEEVPFPKTEGETWTAARQNGVHLNQGLNSIKIAV
SQLDDRGIVLDSLKVASDNSDFTRTLEAENADFLAPMVLYKDTVLNFGHPSDAVSFDINV
PQSGETSLIYTYSNAGTGTSRAVYIDGVRASDLGGNPGRIYFDPTSDINTYSQDGYFIVP
HLDAGKHTVTLKVDEKSGTGSVNIKGLTLGYFNEPSLRLMDAGLAALGATHIEIGAAENF
ADGPSMLAHEYYPNKSKKMLDSTKEAMKEYYKFNAAYENLLFDSKVDPAASLTVEAGGSS
LPTSGSGARDAIWTTVRKNASNEGFERYDVLHLINLLNNDDNWRNAANEPSQLSNLKVTY
DIGMSQEEAPNLKVYAATPDAGHGVSQELKYTRDGDKLIIELPSLKYWTMIYVDKAPKSV
AVQPLFGTEPGEKPSQAPSPSVAPSQSPSPSPSPSATPAPVGAPASSPSPSPSASPAAME
LKKEDLEQAANGKVMIALDEAKYSRVAIPAAIADGLKDKSLVVQGKGFALEVEYATLAQL
LEENKGDLTTGAQIVLSFHKIEAKDAALPGTKPWAAAGSVYDLQLGFAKANGEVAKLSSF
KSPMQLSLNVDGQGYPAELLGIYYYNEVLKQWEYIGGKADGAGRMVSADLSHLSRYTVFA
YDKSYTDVKESHWAYGAIRSLTAKHVINGLTDSTFAPSAKVTRAQYAAMLAKALHLRSGD
PAPFRDVAAGAWYAPDIAAAYEAGIIAGRSADEFTPSAEITRQEMAVMLAKAFKRAGESL
SANGQSLTFRDRGQIAAWALSSVQAADSAGLMDGQADGRFAPKAAATRAEAAQTIVNLLK
QTDN
NT seq 5955 nt   +upstreamnt  +downstreamnt
atgaaacgccaaaaggcgattgtgtatttctgtctgctgcttctgctggttcagacctgc
acactcggttatgcccgcaattcagttgcagccgccgcgggggaggaccagccggctgaa
catcgaatcctgcagatggtcccatccaaggcccgttttgctccgggggaacccgccgaa
ctcattcttacgctgaatcaatccgcagactggggcgggaagcttcatgtgcaaatttac
aagctcaacacgcttattgcggaaggcgtcaaagacctgaccgtactgaaagacggaagc
gccgaactgaaggtggattggacgccgcccgcggatgatttcacaggttatctcgccaag
gcctggaccgagggtgcggtttctggcgattatgtgactgcggccattgacgtttccagc
gactggacgcattttccgagatacggctatgtagccgattttccgaaggaaacggcggcg
gagagcgacgccaagctgaagcagctctcccgggagtattatctgaatggctaccagttc
tatgactggatgtggcgccatgacgtatccgtctactcgaagatggacgcaagcggaaag
ccgctgaaggacaaggacggcaatttcattacggagccggttaacgcggattcgagctat
accgatctgctcggacggctgctgtttccgctgaccgtcaagcagtccgtctcggcggcc
cagaaatacggatcggcggcgatggcctacgagatgaactatgcggcgcgcgagcattat
gaggatttcggcgtcaagccggagtgggggctgtataacaagacatccgtcgctcccaga
acgccggagaaggatcaggtcggtttctattttgacggcgtgaagccgaatccgacggcg
ctgtatttgcaggaccccggcaatccggagtggcgctcctacatcaccaagcagtatgtg
cgggcggtcaacgatttcggcttcgacggcatccatctggaccagtggggaaccaatgac
aaggattatttgctgggctacgacggcactccgcgctacttcgcgctcgattttgacaaa
atcatcaattccaccaaggacgctctccttgcaaacgataagaataaaagtcatgtggcc
ttcaatatggtcggcggcaatcaggggtacagcgccgtgccgaatccggatacgaagact
gactttgactacagcgaaatttggcaggataaggacaagtacaaggatcttcaggaggtc
gtggatcagacccgtgaagcggacggcggcaaagcgatggtcatcgccggctatatgaac
tacaagcaggcgacgggcattcattatgacggctccgaggcgaaggatgttccgagtacg
gtcgtgttccaatcccggatcggcaaggcggcgagctgggtcggggacttcggccgaaag
gacgaggatcagatcgtatttacagtcgatgctcccgaagacagcgactataatttgact
ctccgttacgggcacggcaacgacggcggcagtccggaaggttatctgaccgtcaacggc
gagcctgcggccgattctatcgtattcgatcagaagacgggctggggtcatccgacggcc
gaggccaaggtgaccggcatcaagctgcataaaggccggaacgaggtcaagcttcagctc
tcctccgacaatctgtggctgaatgtgggcagcctgcttgtcgagaacggcagcggctac
tcgaaacagtacgacgccatattttcggaattaatcagctgcaaggtcgatcagtacggc
aatgtgtattattttgaaacggacggcgactatgtgactttccatgtgaatgtccctgcc
gatggagattatccgctgggaatcagctacagtgtggacagcgcggctgtaaaccgggag
ctgtacgttaacggagccaagtcgcctgatgtgagcttttcgcctacgggcggctgggac
agcttcaaggaaattcccgccggcaccgttcatctgaaggcgggcgacaatacgatcacc
ctgaaatcggcttcgaacgatccggggatgaagctgcagtatctgaatctggacggacag
cgggtaatggccgagaacgccgatatcggctggcagccgacgagggagaccgaaatcgag
aaggttgcaagcgaactcacggagcctgtcgaaatattggtcaatgacagcgcgagagtg
gcttttaccggtgaagtgaaagtctccagtccctcggataatgaaaaagcaagaacggac
tctcacaacgccgggtccaccgttacgtttaaagcggatagtgacaagaaaaagaaggca
gccttgagagtctactatcactccggaaacaatgtcgagctgaagactaccgtatcgaac
gcggtctatgacgttttgggaacttacagcaccacattgccggagaacggctggtatgac
gaaaacaacagcaatcaatggggctttgtggatcaggagattcagctggacgctggcgtt
aattttatcaagctggaactgacagatcccttggattatctgaatctccacggcattcgg
ttaagcgaagcaagcgagagtgctggggcaggttatatccgaagcttcaagcagcagggc
gattatgtcgcgtttaaacttccgtctgttcctgcatccggaagctctccggtgtccatt
acgtacaagaacggcggggcagataccgtcgaacgcattttgtatgtggacgggaagaag
gctggactgttccagttcgctccgaccggagagaattggggaacggcaacggaggatgtg
ttcctgagctctggctcaggcaatgaggctgaagtcaagaaggacagcgcagctcttgaa
gaaaccggaatcgagatggacaatatccgtgtaaacggaacaacgcttgaagccgaagac
gcggaaaccggctgggctccggtcgtttcccgtacgggaagcgtggatacttcgtttggc
aagacggacgactttgggcaaaagggtcaatctgtaacctttacagttaaccccgatcag
gccgtttccgacttctccattctctatcgcagcggcaatgacagcgtggtttcggtgagt
gttgacggaaatgtcgtcgacggcagctgtgccctgcctgttacgcaagccgattggggc
ggcccattgaaagccaaaacggtgaaagccccgctgaccgcaggctctcacgagatcaag
gtggaaatgcagtcgagcggccaatatacgaacctgagcagcctgctggtcgatgaagta
aactatgcagttgcgaatgccgtaacggctgggggagtgaaagcatccgccggttatgtg
agcggctttgccgaagacggagattttgtagcctttaatgtgaaagctcctgctgaggga
agctacactctggattggaactataaaaataccgactcggctgtggagagagcagtcagc
gtaaacggagccgaggccgaggaagtaccgttcccgaaaacagagggcgaaacttggacg
gctgcccgccagaacggggtccatttgaatcagggactcaattccatcaagattgccgta
agccagctcgacgaccgggggattgtgctcgacagcctgaaggttgcttcggacaacagt
gatttcacccgcactttggaagcggaaaatgcggacttcctggcaccaatggtgttgtat
aaggataccgtcttgaacttcggccacccaagtgacgccgtatcgttcgatatcaacgtt
ccgcagtctggcgaaacctcgttgatctacacatactccaacgcaggaacgggaacgagc
cgcgccgtgtacattgacggtgtgcgggcaagtgatctcggggggaatcccggacgaatc
tattttgacccgaccagtgacatcaatacctacagtcaggacggctatttcatcgttccg
catctggatgcaggcaagcatacggtgacgctcaaagtggatgagaaaagcggaacaggt
tctgtcaacattaagggcttgacgttaggctatttcaacgagccttcgctgcgcctgatg
gacgccggtctggccgctttgggagcaacgcatattgaaatcggcgcggccgagaatttt
gcggacggtccaagcatgcttgcccacgagtactacccgaacaagagcaagaagatgctg
gactccaccaaggaagccatgaaggagtattacaaattcaatgcagcctatgaaaatctg
ctgttcgacagcaaggtcgatccggcagcatcgttaaccgtggaagcaggcggaagcagc
ctgccaacaagcggcagcggagcccgggatgccatctggacgaccgttcggaagaacgcc
tcgaacgagggctttgaacggtatgatgtgctccacctgatcaatctgctgaacaatgac
gataactggagaaacgctgccaatgagccgtcgcagctgagcaatctgaaagtgacctac
gacattggaatgtcacaggaagaggctccgaacctgaaagtgtacgctgccaccccggac
gccggtcacggcgtatcgcaggagctgaagtacacccgggatggagataagctgatcatc
gagcttccttcgctgaagtattggacgatgatttatgtcgacaaagcgccgaagtccgtg
gccgttcagccgctcttcggcacggagccgggcgagaagccgagtcaggcgcctagccca
agcgtggcgccaagccagtcaccgtcgccgagtccgtccccttcggcaacgcctgcaccg
gtcggcgcacccgcttcttcgccgtcgccgtcgccaagcgcttctccggctgcaatggag
ctgaagaaggaggatttggaacaggcggcaaacggcaaggttatgatcgcgctggatgaa
gccaagtacagccgggtcgccattcctgctgcaatcgcggatgggttgaaggataagagt
ctggttgtacagggcaagggctttgccttggaggtggagtatgctacccttgcgcagctt
ctggaggagaataaaggcgacttgaccacgggcgcgcagattgtcctctctttccataaa
atcgaggccaaggatgcggctctgccgggcacgaagccttgggcggcggcaggctccgta
tacgatttgcagctgggttttgcgaaggcaaacggagaggttgcgaagctttcgtcgttt
aagagtccaatgcagctctccctgaacgttgacgggcaggggtaccctgccgagcttctc
ggaatctactactataatgaagtcctgaagcagtgggaatacatcggcggcaaggcggac
ggcgcgggccgtatggtaagtgcggacttaagccatttaagccggtataccgtatttgct
tacgacaagtcctatacggacgtgaaggaaagccactgggcttacggcgcgatccggtcc
ctgacggccaagcatgtcattaacggattgacggacagcacttttgcgccgtcggccaag
gtcacgcgtgctcagtacgccgcgatgctggctaaagcgctccatctgcggagcggcgat
ccagctccattccgtgacgtggcggcgggagcctggtacgcacctgacatcgccgccgct
tacgaggccggaatcattgccggccgcagcgcagacgagtttacgcccagcgcagaaatt
acccggcaggaaatggcggtaatgctggctaaagcattcaagcgtgcgggcgaaagtctg
agcgcgaacgggcagagcctgacgttccgggatcgcggacagattgcggcctgggcgctc
tcctcggttcaggccgcagacagcgccgggcttatggacggacaggcggatggacgcttc
gcgccgaaagcggcggctacacgggcggaggcggcccagacgatcgtgaatttattgaag
cagacggataactga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (2)   
   KEGG COMPOUND (2)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (7)   
   Pfam (7)   
All databases (20)   

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