KEGG   Streptococcus suis P1/7 (serotype 2): SSU1760
Entry
SSU1760           CDS       T00936                                 
Symbol
ssnA
Name
(GenBank) surface-anchored DNA nuclease
  KO
K07004  uncharacterized protein
Organism
ssi  Streptococcus suis P1/7 (serotype 2)
Brite
KEGG Orthology (KO) [BR:ssi00001]
 09190 Not Included in Pathway or Brite
  09194 Poorly characterized
   99997 Function unknown
    SSU1760 (ssnA)
SSDB
Motif
Pfam: DUF6359 Exo_endo_phos_3 Exo_endo_phos tRNA_anti-codon OstA_2
Other DBs
NCBI-ProteinID: CAR47454
Position
1782526..1785645
AA seq 1039 aa
MKIRNRSLFYTVGSVAVTAGLLLSLATSPIPSVHATEVAIENYPSLAITKSEVTIQGYLI
APLNSSGTAFDATNKTNLALGASMDTAAADTIPIQLKEPLRSQFNLVNHPELVGKLVRIT
GTSDTYMKRAGIKPATAIEIVDSSSTNVQPPTSENTATKPSDLVSTPIATVRSGAQGTEY
TVSGKIISLVNGWGGNGFYLQGSDGAGIYIYPGAALGYQLGDTVQLTGTLGEYKGELQLT
TVSNHKAISENFNTPITETNIAQLATQAQATLVSLKNLTVGDIQSDSYQNSTFTVTDSEG
QTVDVRLDSRTGIKTADLLNRINKGDKINLTAILSTYNGKIQLKPFDLSHFEVIEKATTE
AGLGKTEAVTVGRIQGASHQSPLVNQSVMLKNVVVTYVTSANNFYVQDVTPDGDTKTSDG
INIFTDKLKTNVKVGDLVTIAGRVEEYQGRGYAERDKTDLTITQIRATEVTVDGTAPVPS
PIVLGLDRTIPADIIDNDGLAQFDPEQDALDFWESVEGMVVAVDDAKILGPLKNKEIYVT
PATSQLPLNNVGGVNLRPEGNNTNIIPLLLKNGKQIVKSGDYFIGRIAGPVTYSYTNYKV
YVDDSTLPTLHEGATKPETTTIIPNDDKLTIASYNIENFSANSKSTSDAKVQRIAKSFVS
DLHSPDVIGLIEVQDNNGATNDGTTDASKSAERLIAAIQAAGGPTYTYVDIAPENNKDGG
QEGGNIRVGFLYNSKRVSLSDKPIGTATQAVAWENGELNLSLGRIDPTNPAWAAVRKTLA
AEFVFKGEKVVVLANHLNSKRGDNGLYGKIQPVSFKSEEKRHILAQTIADFTKAGLAQNP
NANIVMLGDFNDYEFTKTIEILEAGGMANLVSRHDASDRFSYFYNGNNQSLDNMLVSTNL
LERYAFDMVHVNSAFMEEHGRASDHDPLLVQLDVTKAQEPTQPEPSDKQTDDSGTVNNSD
DNGTTNNNKPTNLSTSNQTAVNADDRSGATDKRQTTVTPTANNSQKKILPKTGGETSFVL
ITIGLVFLSACLVKKQKES
NT seq 3120 nt   +upstreamnt  +downstreamnt
atgaagattagaaaccgttctctcttctataccgtaggttctgtagcggtaacagccgga
ctcttgcttagtcttgctacttcgcccataccatctgtgcacgctactgaagtggcgata
gagaattatccgtcacttgcaataaccaagtcggaagtcacgatacaaggctatcttatt
gcaccacttaatagtagcggaactgcttttgacgccactaacaaaacaaatctagccctt
ggtgcaagcatggatactgcggcagccgacactatccctattcaactaaaagaacctctt
cgtagccaattcaacctcgttaatcatcccgaactagtcggaaaattggttcgcatcaca
ggaactagcgatacatacatgaagcgagctgggatcaaaccagctacagcgattgaaatc
gtagattcatcttctactaatgttcagccaccaacaagtgaaaatacagctaccaaacca
agtgaccttgtttctacaccgattgctactgttcgttccggagcacaaggaacagagtac
acagtttctggtaaaattattagcctagtaaacggttggggaggaaatggtttttacctc
cagggttctgacggtgctggtatctatatctacccaggggctgccttgggctatcagctt
ggtgatacagtccaattaacaggaacattgggtgagtataaaggcgaactccaactaacc
acagttagcaaccacaaggctatctctgagaatttcaacactcctattacagaaacaaac
atcgctcagttagcaacgcaagcacaggcaacactagtttctctaaaaaacttgactgtc
ggagatattcaaagcgatagctatcaaaattctacctttaccgtaactgactccgaagga
caaactgttgatgtacgcttagatagccgaacaggcatcaaaacggcggatcttttgaac
cggatcaacaagggagataagattaatctaaccgctattttatccacctataacggaaaa
atacaattaaaaccatttgacctctctcattttgaagtcattgaaaaggcaacgacggaa
gcaggactaggaaagaccgaagctgtaacagtcggtcgcattcaaggtgcaagtcaccag
tcacctctggtgaatcaatctgttatgcttaaaaatgtcgtagtaacctacgttacctct
gccaataacttctacgtgcaagatgtcacaccagatggagacaccaaaacatctgacggc
attaacatctttactgacaaattaaaaacaaatgtcaaggtaggagatcttgtcactatc
gcaggacgagtagaagaataccagggcagagggtatgctgaacgtgacaaaacagactta
accatcacacaaattcgagctactgaagtaactgtggatgggactgcacctgtaccatct
cctatagtcctcggtcttgatcggactatcccagcagatattattgacaacgacggtttg
gctcaatttgatccagaacaagatgcgctcgatttctgggaatccgttgaaggcatggtg
gttgccgtggatgatgcaaaaatccttggcccactaaaaaacaaggaaatctatgtcact
cctgccactagtcaacttcctttaaataatgttggaggcgtcaaccttcgccctgaaggg
aataataccaatatcattccacttcttttgaaaaatggaaaacaaatcgtcaaatcagga
gactatttcatcggtcgtatcgctggaccagtcacctactcttacaccaattataaagtc
tatgtagatgatagcacccttccaacattgcacgaaggagctacaaaaccagaaacaaca
accattatcccaaatgatgacaagctgactatcgcttcttataacattgaaaacttctct
gctaatagtaagtcaacatcagacgctaaagtccaacgcattgccaaatcctttgtttca
gacctacattctccagatgttatcggattgattgaagtgcaggacaacaacggtgctaca
aacgacggcacaactgatgctagtaagagtgctgaacgcctgattgcagccattcaagca
gccggcggaccaacctatacctatgtagacattgctcctgaaaacaacaaagacggcgga
caagagggaggcaatattcgcgtcggcttcctctacaactcaaaacgtgtcagcctatct
gacaaaccaatcggtaccgcaacacaggcagttgcatgggaaaacggcgaactcaatctc
agcctaggccgaatcgacccaaccaaccctgcttgggcagctgtccgcaaaacacttgca
gctgaattcgtcttcaaaggcgagaaagtcgttgtccttgccaaccatctcaactcaaaa
cgcggtgacaatggtctctacggaaaaatccaacctgtcagcttcaagtccgaagaaaaa
cgccacatactagcacaaactatcgctgactttacaaaagcaggcttagctcaaaatcca
aatgctaatatcgttatgctaggcgacttcaatgactatgaatttactaaaaccatagaa
attttagaagcaggaggaatggctaacctcgttagtcgtcacgatgcatccgatcgcttc
tcttacttctataacggaaataatcagtctcttgacaatatgctagtatcaactaacttg
ttggagcgctatgcctttgatatggtccatgtcaattcagcctttatggaagaacatggc
agagcttctgaccacgatccactattggtacaactggatgtgacaaaggcacaagaacca
actcaaccagaaccaagcgacaagcagacagatgactcaggaacagtcaataatagtgat
gacaatggtacgaccaacaataacaagccaacaaatctttcaacttctaatcaaacagct
gtaaatgctgatgaccgttctggcgctacagacaagagacaaacaaccgtgacccctact
gccaacaacagtcaaaagaaaatccttccaaagacaggaggagaaacaagctttgtactt
atcacaatcggtctcgtattcttgagcgcctgtcttgtcaaaaaacaaaaagaatcctaa

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (5)   
   Pfam (5)   
All databases (10)   

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