KEGG   Streptococcus ruminantium: SR187_5610
Entry
SR187_5610        CDS       T05916                                 
Name
(GenBank) hypothetical protein
  KO
K01200  pullulanase [EC:3.2.1.41]
Organism
srq  Streptococcus ruminantium
Pathway
srq00500  Starch and sucrose metabolism
srq01100  Metabolic pathways
srq01110  Biosynthesis of secondary metabolites
Module
srq_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:srq00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    SR187_5610
Enzymes [BR:srq01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.41  pullulanase
     SR187_5610
SSDB
Motif
Pfam: Alpha-amylase CBM_48 Pullul_strch_C Gram_pos_anchor PUD
Other DBs
NCBI-ProteinID: BBA92727
UniProt: A0A2Z5TN63
Position
complement(1140386..1145824)
AA seq 1812 aa
MQQKPKLVLKAKGFRMWKSGKRWVFGLGAMTAIFLCGEMQALALETPVESPISTELRSTD
SGEEQPPAPKTEEDSSVSSSVESAEESNSSFLDQAQDVTVKDDQHQAQHEVDVTTAKPVH
IYYKPTTDTGDYYAYVWGGGLEQSGVDLPMTKEGDQWKVTVTPKADATFFNYIIKKGGKD
QWNDKKTGDMTATVNPYTETNIYVGDNFYSQISNIQTPEFDKKFGYEDKVVDASEPDKFK
TVGSLGRLGSTLNDDGTATINLWAPTAKEVKLNLYKTLTPTANADKTVNMTRGTVANPDD
HTQNTVGVWTYKLDKSLLGELGVDTAEKLAYDYTLSLPNAHFIQVEEQQKGDKKVKIYRN
SASGKVLNENGEATREEVAAFYAGDVIERKGNGDNTIVVKEHNHREVTTQDPYSVAVIQG
GTRSVILDPSKVGPKVQVTNNKRAKTNSEISVLEVNVRDFSIDESSGVDKKDRGNYLGFV
QSGTKNPNDGTMTGLDYLKYRGTNYLQMMPLNDFETVPELDKDNPENTTISKAEPDGVHN
NQQNWGYDPKNYNVPEGSYATDPSDPENRIKELKEMMQKLHDAGLNVTLDVVYNHLYHGQ
KNVFEQTVPGYYYAINQPANVMNNDIFVGNAVRSNSEMMRRYIVNSTAFWAAEYGMDGFR
FDAMSDLDVTTLNEVRKALDKVGPNIVTYGEGWDSMGTYLPKGEAGSDVQGKKIPTYGFF
DATSRNAIVGHAHNDHLDAKGFVNEGENNPNIANATQVADSLLGGDRKKYANASQQLNYV
ECHDGMTLSDLLKRYNVIDTRDPKIHLNRVELATAMSALAQGIHFSQHGQEFLRTKNNSV
NTYNSGDEYNKIDWNLVKTHADAVNFSKAITQLRLAEPLFQLSDYNDINEKMVVTNAQGS
SGVITYELRLDGKGENKNGKYLVIFNNNNGDNKSSLTLGGNQWYYGGNEKLNEFKNMEGN
RGRINSTNDFSNAFIVTSNSKSLYDKIGQKVGQKELTVDPLSATVLFIPAPAKATELKTV
ERVISYVDRQGNQVSDPHRQAVTFLTVEEPAPDLKFGFENSQIPVAPTDLGHASNIVNKV
SKTLPTVKYVYVATSKDGRPIEVNLNLSDVTIGDDGKPVDSDTVKWVKRTQLGLLEEVPE
GVEVPSNYTTDKKKWLSQVWERTDDVSYPEVTGHKVQSISPEKAGDKEKVTSSVLGLESA
RQEVKVTYAKEMTAKLVSENDPLEKLPKSASEASGTYQAIGLEGEAIRFTVSDTDLAREG
YTYTVNGKANLTEAMAGMAGYFSATPAVFQVVYTKVETQEPMEKDEPKQEEPPTKPDSDN
TPSTPDKPSDTTPEKEDGKPDSDNTPSTPDKPSDVTPEKEDDKPDSDNTPSTPDKPSDTT
PEKEDDKPDSGSSPSTPDKPSDVTPEKEDGKPDSGSSSSTPDKPSDTTPEKEVDKPDSGS
SPSTPDKPSDTTPEKEVDKPDSGSSPSTPDKPSDTTPEKEVDKPDSGSSPSTPDKPSDTT
PEKEDGKPDSGSSPSTPDKPSDTTPEKEVDKPDSGSSPSTPDKPSDVTPEKEDGKPDSGS
SPSTPDKPSDATPEKDADKPDPEVPNSETKKDNTPTLKNEDGSTSSTKRELVDVPTGVRV
VLSEKESSEIVALRVTPKSLSSLPTQSVLAGKDYKMYDIDLIDSRGKVVKMAYTARVSLP
VATDKAVAQVLYLPQSGQVHSLDFTVQDLGQSGRFVEFTAKSFSDYAVIYQATAQNIEQT
NSTSKAINDEQESSLAVAQNSVLSVPVASAAKELPKTAAILPKTGETISVLSLVGLALLG
TVVAVSHRRKGK
NT seq 5439 nt   +upstreamnt  +downstreamnt
atgcaacagaaaccaaaacttgttctaaaagccaaaggttttagaatgtggaaatcaggg
aagcgatgggtatttggtcttggagctatgacagctatttttttatgcggcgaaatgcaa
gcgcttgcactggagacacctgttgaatcaccaatttcaacagaattgcggagtacggat
tctggagaagagcagccacctgcaccaaagacagaagaggatagtagtgtctcttctagt
gttgaatctgctgaagagtctaattcatcatttttagaccaggctcaagatgtgacagtc
aaggatgatcaacatcaagcgcagcatgaggttgatgtgacaacagctaagccagttcat
atttactacaagccgacaacagatacgggtgactactatgcttatgtttgggggggagga
ctcgagcaatctggagttgacttaccgatgacaaaagagggtgaccagtggaaggtaacg
gttacacctaaggctgatgcgactttctttaactatatcattaaaaaaggtggaaaagat
caatggaatgataaaaagaccggtgatatgactgcaacggtcaatccttacactgaaaca
aatatctatgttggagacaatttttactcacaaatttccaacatacaaacacctgaattt
gataaaaaatttggctatgaggataaggttgtagatgcatctgagccagataagttcaaa
acagttggtagtttgggacgacttggttcgaccttaaacgatgatggcacagcgactatc
aatctctgggcaccgacagccaaggaagttaaactcaatctttataagactctaacccct
actgcgaatgctgataaaacggtcaatatgacccgcgggacagttgctaatccagatgac
catacccaaaataccgttggtgtatggacctataaacttgataaatcactgttgggagag
ctgggtgtagatactgctgaaaaattagcatatgattatactcttagtctgccaaatgca
cactttatacaagtagaggagcaacaaaagggagataaaaaagttaaaatttatcgaaat
tctgccagtggtaaagttttgaatgagaatggcgaggctacccgtgaagaagtagcagcc
ttctacgctggggatgtaattgagcgaaaagggaatggtgataatactatagtcgttaag
gaacacaatcaccgtgaggtcaccactcaagatccgtattctgtagcagttattcaaggg
ggcacacggtctgtcattcttgacccaagcaaggttggtccaaaagttcaggtgacaaac
aataaacgtgctaagacgaattcagaaattagtgttttagaagtcaatgtccgtgatttt
tctattgacgaatcatctggtgttgacaaaaaagatcgtgggaactatcttggttttgtt
cagtcaggtactaaaaatccgaacgatggcacgatgactggtttggactatctaaaatat
cgtggcaccaattatctccaaatgatgcctcttaatgattttgaaactgttcctgagtta
gataaggacaatccagaaaataccactatatcaaaagcagaaccagatggtgttcataat
aaccaacaaaactggggttatgaccctaagaactacaacgttccagaaggatcttatgct
acagatccaagcgacccagaaaaccgtatcaaagaactcaaagagatgatgcaaaagctt
catgatgcagggcttaatgtcaccttggatgtggtctataaccacctttatcatgggcaa
aagaatgtctttgagcagactgttcctgggtattactatgccatcaaccaacctgccaat
gtgatgaataacgatatttttgtgggcaatgcggtgcgctctaattctgaaatgatgaga
cgctatatcgtcaattcaactgctttctgggcagcagaatatggtatggacggtttccgt
ttcgatgccatgagcgatcttgatgtaacgacactgaatgaagttcgtaaggctctagat
aaggttggtcctaatatagtgacctatggtgaaggttgggatagtatgggaacctacttg
ccgaaaggcgaggcaggtagcgatgttcaaggtaagaaaatcccgacttacggtttcttc
gatgcaacgagtcgcaatgctatcgttggacatgctcacaatgaccatctagatgccaaa
gggtttgtcaatgagggagaaaacaatcctaacattgctaatgcaacacaggtagcggac
agtctgttaggtggtgatcgtaagaaatatgcaaacgcttctcaacaactaaactatgtg
gaatgccatgatggtatgactctaagtgacctcttgaaacgttacaatgtcattgacaca
cgtgatccaaagatccacctgaatcgtgttgagttggcgacagccatgagtgccctagcg
caagggattcatttctcgcaacatggacaagaatttttgagaacaaaaaataattccgtt
aatacttataacagcggtgatgaatacaataaaattgattggaatttggtgaaaactcat
gcagatgcagtgaatttctccaaagcaattacccaattacgattggcagaaccgctcttc
caactatctgactataatgatattaacgagaagatggttgttacaaatgcccaaggtagt
tcaggtgtcatcacttatgaactccgtctcgatggtaaaggtgaaaacaaaaatggtaag
tatctcgttattttcaataacaataatggcgataataaatcttcactgacgcttggtggt
aaccagtggtattatggaggtaatgagaaactcaatgaatttaaaaatatggaaggaaat
cgagggcgcatcaatagcactaatgatttcagcaatgcttttatcgtgacttcgaattcc
aagagtctctatgacaagattggtcaaaaagttggtcaaaaagagctaacagttgatcca
ctgtctgcaacggttctctttattcctgctcctgctaaagcaacagagctaaaaactgta
gaacgtgtgataagttatgttgaccgtcaggggaatcaggtatcggatccacatagacaa
gcagtgaccttcttaactgttgaagaaccagctccagacttgaaatttggttttgaaaac
tcccaaattccagttgcaccaaccgacttaggccatgcttcaaatattgttaataaggta
tcaaaaacattaccaacagtgaagtatgtttatgttgctacgtctaaggatggacgacca
attgaagtaaacctcaatctttctgatgtgactatcggtgatgatggtaaacctgttgat
tctgatactgtcaaatgggtaaaaagaacgcagcttggcttgcttgaagaggtaccagag
ggagttgaggttccatcaaactatacaacagataagaagaagtggctcagtcaagtatgg
gaaaggaccgatgatgtctcttatcctgaagtaacaggtcataaggttcagtctatcagt
ccagaaaaggctggagataaagagaaggtcacaagtagtgtgctgggattggaatcagct
cgtcaagaggtcaaggttacttatgctaaagaaatgacagccaagcttgtgtctgagaat
gatccattggaaaaactaccgaaatcagctagtgaggctagtggaacttaccaagctatt
ggtctagaaggagaagcaattcgctttacggtatcagatactgatttggcacgagaaggc
tatacttatactgttaatggtaaagcaaatctgacagaagctatggccggtatggcaggt
tatttctctgctaccccagcagttttccaagtggtttatactaaggtagagactcaagag
ccaatggaaaaagatgagcctaagcaagaggaaccaccgactaagccagattctgataac
actccatctactcctgataaaccatcagatacaacaccagagaaagaagacggtaaacca
gattctgataacactccatctactcctgataaaccatcagatgtaacaccagagaaagaa
gacgataagccagattctgataacactccatctactcctgataaaccatcagatacaaca
ccagagaaagaagacgataagccagattcaggtagcagtccatctactcctgataaacca
tcagatgtaacaccagaaaaagaagacggtaaaccagattcaggtagcagttcatctact
cctgataaaccatcagatacaacaccagaaaaagaagtagataagccagattcaggtagc
agtccatctactcctgataaaccatcagatacaacaccagaaaaagaagtagataaacca
gattcaggtagcagtccatctactcctgataaaccatcagatacaacaccagaaaaagaa
gtagataagccagattcaggtagcagtccatctactcctgataaaccatcagatacaaca
ccagaaaaagaagacggtaagccagattcaggtagcagtccatctactcctgataaacca
tcagatacaacaccagaaaaagaagtagataagccagattcaggtagcagtccatctact
cctgataaaccatcagatgtaacaccagagaaagaagacggtaaaccagattcaggtagc
agtccatctactcctgataaaccatcagatgcaacaccagaaaaagatgcagataaacca
gatcctgaagttccaaattcagagaccaagaaggataatacaccaacattgaaaaatgag
gatggtagtactagttctactaagcgtgaattggttgatgtaccaactggtgttagagta
gtattgtcagagaaagaatcatctgaaattgttgctctacgtgttactccaaaatcactc
tcttctttgccgacccaatctgttttagcaggtaaagattataaaatgtatgatattgat
ctcattgatagcagaggaaaagtggtgaagatggcttatactgctagagtatctctaccg
gttgctaccgataaagcagtcgctcaagtactctatttgccacaatcaggacaagttcat
tcccttgatttcactgttcaggatttgggacaatctggtcgttttgtcgaatttactgcg
aaaagtttcagtgattatgctgttatctatcaggcaaccgcacaaaatattgagcagacc
aatagcacttcaaaagcaatcaatgatgaacaagaatcatctctggcagtagcacaaaat
agcgttttaagtgtacctgtagctagcgcagctaaagaattgcctaaaacagccgcaatt
ttacctaaaacaggagagactatctccgtactttccttggtaggattggcattgctagga
acagtcgtagccgtttcgcatcgccgaaaaggaaaataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (21)   

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