KEGG   Streptococcus pneumoniae gamPNI0373 (virulent serotype 1): HMPREF1038_01043
Entry
HMPREF1038_01043  CDS       T02334                                 
Symbol
iga
Name
(GenBank) IgA1 protease
  KO
K01390  IgA-specific metalloendopeptidase [EC:3.4.24.13]
Organism
spng  Streptococcus pneumoniae gamPNI0373 (virulent serotype 1)
Brite
KEGG Orthology (KO) [BR:spng00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:spng01002]
    HMPREF1038_01043 (iga)
Enzymes [BR:spng01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.24  Metalloendopeptidases
    3.4.24.13  IgA-specific metalloendopeptidase
     HMPREF1038_01043 (iga)
Peptidases and inhibitors [BR:spng01002]
 Metallo peptidases
  Family M26
   HMPREF1038_01043 (iga)
SSDB
Motif
Pfam: Peptidase_M26_C Peptidase_M26_N G5 Trypsin_2 YSIRK_signal Gram_pos_anchor Trypsin Glug
Other DBs
NCBI-ProteinID: AFS43095
Position
complement(955694..962293)
AA seq 2199 aa
MEKYFGEKQERFSFRKLSVGLVSATISSLFFMSVLASSSVDAQETAGVHYKYVADSELSS
EEKKQLVYDIPTYVENDDETYYLVYKLNSQNQLAELPNTGSKNERQALVAGASLAALGIL
IFAVSKKKVKNKTVLHLVLVAGMGNGVLVSVHALENHLLLNYNTDYELTSGEKLPLPKEI
SGYTYIGYIKEGKTTSDFEVSNQEKSAATPTKQQKVDYNVTPNFVDHPSTVQAIQEQTPV
SSTKPTEVQVVEKPFSTELINPRKEEKQSSDSQEQLAEHKNLETKKEEKISPKEKTGVNT
LNPQDEVLSGQLNKPELLYRDETIETKIDFQEEIQENPDLAEGTVRVKQEGALGKKVEIV
RIFSVNNEEVSREIISTSTTAPVSRIVEKGTKKAQVIKEQAETGAEHKEVQSGAIVEPAI
QPELPAAVLTDKGESAVQPELPEAVVSYKGVPEVQPALPEAVMTDKGDPEQVEPLPEYTG
VQAGAIVEPEKVEPEYAGVQAGAIVEPEQVAPLPEYTGVQAGAIVEPEKVEAPKEYTGVQ
AGAIVEPEKVEAPKEYTGVQAGAIVEPEKVEPSKEYTGVQAGAIVEPEQIAPLPEYTGVQ
AGAIVEPEKVEPSKEYTGVQAGAIVEPEQIAPLPEYTGVQAGAIVEPEKVEALKEYTGKI
EQPSAEDTKPNNENTNTPEEMSIQKKSSALINMNFITDSSKVTGVGSATFIAPNVLLTVA
HNFINNSTDNTTGEFRGDKSKNVYEWVTPDGQKGTFTANNIHFYNKKDYPKGFIYDLAVI
KLPETTGREHVELVKNYSKVNLNDKLNVHGYPAGKYTHLKDATVEMEQEYANNTYGVQYQ
GGNPGMSGGGIFNANGEVIGVHQNGAQNRSGGLILSPTQLAWIKSIIAGNEIPPVYDELY
RHKDEKKDDAKDEKEVIKKLELRNISSVELYSKDGNKYRHVTSLASLPSNAENYFMKVKS
ENFKDVMLPVTSITNDTKDNRDVYKIVASANSLIQHENNNVLENYTYYLPKTQQSETGVY
TSFKNLVDAMNSNPNGTFRLGATMDAREVELPDGQESYVNNVFHGILVGTNNEKYYAIYN
LKKPLFGELNGATVEKLSLKDVNISAKDDTATLAKEANNNTHIDNVHADGAIAGERSIGG
LVSQVNNSTISNSSYTGRITNTYKTVASYQIGGLVGKLSGPRGLIDKSFASIDLSSNATQ
GDQSIGGIVGAVENSALISNSYAEGNLNNVQRFANVGGVVGNLWDPVGGLEKSGRLSNVL
SDVNVTNGNAIAGYNFNGIKANGTYSNKNNKVVNVVQEDDEILTKDSTVQRGEVLEDAQI
KEKKATFVSKNTIKTEDFNFSSRYVTDYKNLENADSSKEKVYKNIEKLLPFYNRETIVKY
GNLVETSSNLYNKELLSVVPMKDKEVISDINKNKSSINKLLLYYADNTSETLNVNYQTDF
SNVAEYRIGGTNLIYTPNTLLRNYQNILDEVLPALNSVEYKSEAIRKVLDVSKDVSLTEL
YLEEQFNTTKTNLKDSLTKLLTADAAIAENNNKVIDNYVIEKIKNNKEALLLGLTYLERW
YDFKYRDTKAKDLVMYHLDFFGKSNSSALDNVIELGKSGYNNLLAKNNVITYNVLLAKNY
KTNNLFDALEKYRKAFVPDKTNNEWFKEQTKAYIVEEKSTIKEVSDKQSIAGSPYSIGVY
DRLTSPSWKYPSMVLPLLTLPEKSVFIIANISTIGFGAYDRYRSKEHPAGTDLNDYVEKK
AKEAAVRFRDHYDYWYRILDDKNKEKLYRSVLVYDAFRFGTDEKEDKDTYQATFETNHPA
IKHFFGPAGNNVVHNSNGAYATGDAFYYMAYRMLDKDGAVTYTHEMTHNSDREIYLGGYG
RRNGLGPEFYAKGLLQAPDHPNDPTVTINSILKYDQSEESTRLQVADPTQRFGSVDDLNK
YMHNMFDVIYMLEILEGKAVAKLDTNQKYDLLRKIENEYKPDPDGNSVYATNVVRRLKPE
ELTKLTTFNSLIEHDIITRRGYVDEATYKRNGYYTINLFSPIYSALSSKIGTPGDLMGRR
IAFELLAAKGYKDGMVPYISNQYEKEAKAQGKVITSYGKQIGLVTDEIVLSKVFNNQYNS
WIDFKKDMYKEREDKFGKLNKVSFIDPNGSWARQQKVTIDNINRLEKMIEDAVKFDAEDE
VAKLYPETNSRVLKLKKAIFKAYLDQTGDFRSSIFENKK
NT seq 6600 nt   +upstreamnt  +downstreamnt
atggaaaagtattttggtgaaaaacaagagcgtttttcatttagaaaattatcagtagga
cttgtatctgcaacgatttcaagtttattttttatgtctgtattagctagttcatctgtg
gatgctcaagaaactgcgggagttcactataaatatgtggcagattcagagctatcatca
gaagaaaagaagcagcttgtctatgatattccgacatacgtggagaatgatgatgaaact
tattatcttgtttataagttaaattctcaaaatcaactggcggaattaccaaatactgga
agcaagaatgagaggcaagccctagttgctggtgctagcttagctgctctgggaatttta
atttttgctgtttccaagaaaaaggttaagaataaaacggtattacatttagtattggtt
gcgggaatgggaaatggtgtcttagtttcagtccatgctttagaaaatcatcttttgcta
aattacaatacggactatgaattgacctctggagaaaaattacctcttcctaaagagatt
tcaggttacacttatattggatatatcaaagagggaaaaacgacttctgattttgaagta
agtaatcaagaaaaatcagcagccactcctacaaaacaacaaaaggtggattataatgtt
acaccaaattttgtagaccatccatcaacagtacaagctattcaggaacaaacacctgtt
tcttcaactaagccgacagaagttcaagtagttgaaaaacctttctctactgaattaatc
aatccaagaaaagaagagaaacaatcttcagattctcaagaacaattagccgaacataag
aatctagaaacgaagaaagaggagaagatttctccaaaggaaaagactggggtaaataca
ttaaatccacaggatgaagtgctatcaggtcagttgaacaaaccggaactcttatatcgt
gacgaaactatagaaacaaaaatagattttcaagaagaaattcaagaaaatcctgattta
gcagaaggaactgtaagagtaaaacaagaaggtgcattaggtaagaaagttgaaatcgtc
agaatattttctgtaaacaatgaagaagtttcacgagaaattatttcaacttcaacgact
gcgcctgtttcaagaatagtcgaaaaaggtactaaaaaagctcaagttataaaggaacaa
gctgagactggtgcagaacataaggaagtacagtctggagctattgttgaacccgcaatt
cagcctgaactaccagcagctgtattaaccgacaaaggtgagtcagcagtccaaccagag
ttgccagaagctgtagtaagttataaaggcgtaccagaagttcaaccagcgttaccagag
gcagtcatgactgacaagggtgatccagagcaggtagaaccgctaccagaatatacagga
gtacaagctggagctattgttgaacctgaaaaagttgaaccggaatatgctggagtacaa
gctggcgctattgttgaaccagagcaggtagcaccactaccagaatacacaggggtgcaa
gccggagcgatagtcgagccagagaaagtagaagcaccgaaggaatacacaggagtgcag
gctggagcgatagtcgaaccagagaaggtagaagcaccgaaggaatacacaggagtgcaa
gccggagcaatagtagaaccagaaaaagtagaaccatcaaaagaatacacaggggtgcag
gctggcgctattgttgaaccagagcagatagcaccactaccagaatacacaggagtgcaa
gccggagcaatagtagaaccagaaaaagtagaaccatcaaaagaatacacaggggtgcag
gctggcgctattgttgaaccagagcagatagcaccactaccagaatacacaggggtgcaa
gccggagcgatagtcgagccagagaaagtagaagcactgaaagaatatactggtaaaatc
gaacaacctagtgcagaagatactaaaccaaataatgaaaatactaatacaccagaagaa
atgagtattcagaaaaaatctagtgcattaattaatatgaactttattacagattcgtcg
aaggttactggagtaggatcagctacttttattgcaccaaatgtacttttaacagtagca
cataatttcattaataattctactgataatactactggcgaatttagaggtgataaatct
aaaaacgtatatgagtgggtgactcctgatggacaaaaaggaacatttactgctaacaat
attcatttttataataaaaaagattatccaaaaggatttatctatgatttagcagtgatt
aagctacctgaaacaactggcagagaacatgtagaattagttaaaaattattcgaaagta
aatcttaatgacaaactaaatgttcatggatatccagctgggaaatatacgcacttaaaa
gatgctacggtagaaatggaacaagaatatgcgaataacacctacggtgttcaatatcaa
ggtggaaatcctggtatgagtggtggaggaatatttaatgctaatggtgaagttattggt
gtgcatcaaaatggagcacaaaatcgctcaggcggattgattttatctcctacacaatta
gcttggattaagagtattatagcaggtaatgaaattccaccagtatacgatgaactttat
cgtcataaagatgagaaaaaagatgacgctaaagatgaaaaagaagttattaagaaatta
gaacttagaaatatatcttctgtagaactatattcaaaagatggtaataagtatcgacat
gtaacttcacttgcttctttaccaagtaatgcagaaaattactttatgaaagttaaatca
gagaactttaaagatgtgatgctaccagttacaagcattactaatgatactaaagataat
agagatgtttataagatagtagcaagtgcaaatagtctgatacaacatgaaaataataat
gtactagaaaattatacatactatttaccaaaaactcagcaaagtgaaactggggtatat
acatcatttaaaaatttagtagatgcaatgaatagcaatcctaatggcacattccgttta
ggagcaactatggatgctcgtgaagttgaacttccagatggtcaagaaagttatgtgaat
aatgtattccatggaatattagtaggaacaaataatgagaaatattatgctatttataat
ttgaaaaaaccattatttggggaattaaatggtgctacagtagaaaaactttcactaaaa
gatgttaatatttccgcaaaggacgatactgcaacacttgcgaaagaagcaaataacaat
actcatattgataacgttcatgctgatggagcgatagctggggaacgtagcataggagga
ttagtatcacaagttaataattctactatttctaacagtagctatacaggtagaataact
aatacatataaaacagttgctagttatcaaatcggaggtttagtaggcaaactttctggt
ccgaggggattaatagataagtcgttcgcatcaatcgatttatcttcaaatgcaacacaa
ggagaccagtctattggtggaatagttggtgcagtagaaaatagtgcgcttattagtaat
agttatgctgaaggaaatctaaataatgttcaacgttttgcaaacgttggtggagtagtt
ggtaatctttgggatccggttggaggattagaaaaatccggtcgactttctaatgtacta
agcgatgttaatgtaacgaatggtaatgctattgcaggttataattttaatggtataaaa
gcaaatggcacatacagtaataaaaataataaggttgtgaacgtagtacaagaagatgat
gaaatcttaactaaggattctactgttcaaagaggagaagtattagaagatgcacaaata
aaagagaaaaaagctacttttgtatctaaaaatactattaaaacagaagattttaatttc
tcttctagatatgtaactgactataaaaatcttgagaatgctgattcatcaaaagaaaaa
gtatataaaaatattgaaaaactattaccgttttataatagagaaacaattgttaagtac
ggaaatttagtagagacaagtagtaatctttataataaagaattattgtcagtagtccct
atgaaagataaagaagtaattagtgatattaacaaaaataaatcaagtataaataaacta
ttactatattacgcggataatacatcagagacacttaatgtaaattatcaaactgatttt
tcaaatgtagcagagtatagaataggcggtacaaacttaatttatacaccgaatacatta
cttcgcaattatcaaaatattttagatgaagtattaccagcattaaatagtgtagaatat
aaatcagaggcaattagaaaagtattagatgtttctaaggatgttagtttaacggagtta
tatttagaagaacaattcaataccacaaaaactaatttgaaagatagtttgacaaaactt
cttactgcagatgctgcaatagctgaaaataacaataaggtaatagataattatgtaatc
gagaaaattaaaaataataaagaagctttacttctaggattaacatacttagagcgttgg
tacgacttcaaatatcgtgatacaaaagcgaaagatttagtcatgtaccacttggatttc
ttcggtaaatcaaatagttcagcgttagataatgttatcgaactaggtaaatcgggatat
aataacttactagcaaaaaataatgttataacttataatgttttattagcgaaaaattat
aagactaataatttatttgatgcattagagaaatatagaaaagcatttgtaccagataaa
acaaataatgagtggtttaaagaacaaactaaagcatatattgtagaagaaaaatctact
attaaagaggtaagtgataagcaatcaatagctggtagtccatattcaattggagtatat
gatagattaactagcccatcttggaaatatccaagtatggtgttgccgctattaacatta
cctgaaaaatcggtgtttattatagccaacatttcgactataggtttcggtgcttatgat
agatatagaagtaaagaacatccagcaggaactgatttaaatgactatgttgagaaaaaa
gctaaagaagcggctgttagatttagagatcactatgattattggtatagaatactagat
gataaaaataaagaaaaattatatagaagtgttctagtctatgatgcatttagatttggt
acagatgaaaaagaagataaagatacatatcaagcaacttttgaaactaatcatccagct
ataaaacatttcttcggtccagcgggaaataatgttgttcataattctaatggagcatat
gctacaggggatgcattctattatatggcatatcgcatgcttgataaagatggtgcggta
acttatacacacgaaatgacacataactcagatagagaaatttatcttggaggctatgga
agacgaaatggacttggaccagagttttatgctaaaggactgctacaagctcctgatcat
cctaatgatccaacagtcactattaattccatattaaaatatgatcaatcagaagaatca
acaaggcttcaagtagcagatccaactcaacgatttggaagtgttgatgatctaaataag
tatatgcataatatgtttgatgtaatatacatgcttgaaatactagaaggtaaagctgta
gctaaattagatacaaatcaaaaatatgatttattaagaaaaatagaaaatgaatataaa
cctgatcctgatggaaattctgtttatgcaacgaatgttgtacgtagattaaaaccagaa
gaacttactaaattaactacatttaacagtttgatagaacatgatattataacaagaaga
ggttatgtagatgaagcaacttataagcggaatggctactatacaattaatctattctca
ccaatttattcagcattgagcagtaaaataggaacaccaggagatttaatgggacgacgt
attgcatttgagttattggcagccaaggggtacaaagacggtatggttccatatatttct
aatcagtatgaaaaagaagcgaaagctcaaggaaaagttattacatcatatggtaaacaa
ataggtttagttactgatgaaattgttctttcaaaagtatttaataaccagtataattct
tggatagatttcaagaaagatatgtataaagaaagagaagataaatttggaaagttaaat
aaagttagttttatcgatccaaacggttcttgggctcgacaacagaaagtgactattgat
aatattaatagacttgaaaaaatgattgaagatgcagtaaaatttgatgctgaggatgaa
gttgccaaattatatcctgagacaaatagtagagttcttaaactgaaaaaagcaatcttt
aaagcttatcttgaccaaaccggtgattttagaagttcaatttttgagaataaaaaatag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (8)   
   Pfam (8)   
All databases (16)   

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