KEGG T00010: BSU08610

Bacillus subtilis subsp. subtilis 168: BSU08610

Entry

BSU08610          CDS       T00010

Symbol

yfhO

Name

(RefSeq) hypothetical protein

K25619

lipoteichoic acid glycosylation protein

Organism

bsu Bacillus subtilis subsp. subtilis 168

Pathway

bsu00552

Teichoic acid biosynthesis

Brite

KEGG Orthology (KO) [BR:bsu00001]
09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00552 Teichoic acid biosynthesis
    BSU08610 (yfhO)
09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:bsu01003]
    BSU08610 (yfhO)
Glycosyltransferases [BR:bsu01003]
Polysaccharide
  Bacterial polysaccharide (excluding LPS)
   BSU08610 (yfhO)

SSDB

Motif

Pfam:

YfhO

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

Pasteur:

UniProt:

Position

931879..934464

AA seq 861 aa
MKRKHIMIYAASLLVSVLAHAFFVKEWAEGRYMTGPGDGLAQMIVFKKLLFDQYTHGNFF
YNYSFGLGGGTFSQLGYYFSASFLFLAVSAAVWLLQAVQLIGETDTLFWAESAVFISIFK
LSLIIFTSASVFHYLLKHRAASFTGAVLYGVSIIYFRHEAYWEFFTDTMVWLPLLVLGAE
KIIRERRPAWFIVACSLTLINNFYFAYINLIFIGIYVLFRWLIRLEPHEEKRWIQIRLFL
VSGFISFGISAAAFVPVVYGFLNNLRPPYSQKIEWLNFDDNILFSSRIIIVPAAFLLFLF
IISFYKNRVFRLFAGLSLLFILFHFSPYAASVFNGFSAPQNRFEYVLAFTIAGAAAAGLS
QLSELKRKELLPAAAVVLLLYLYHIQRYKLDIWKPANESILLLLLMTIAALFAAAFAKKR
AKMAVYGIIILSSLFVANSYQKYALSEGGDLDSVTKEYLTSEEYRGRESSELIRRLQKED
DDPLMRIDWMNGVRNNTPIIYGFNGFSAYSSILNKDLLAFYWNDLSIDMGRESVSRYASL
GDRANLYSLLYGKYYMTEKTNEASVPYGFKKHLETEHYAVYENQYMLPFVKTADAIYSES
ELDRLPALAKEQAMLKGIILKDPSGKTEQTPKPSNLITKSDITAKQAQYQNGLLTVTGEN
GGELIITPKQPSSAPGDYYVSFYLKSKAKDKGFTLKVNDYVTTRKSNKSIYKTGVNNITV
RVPKSGHISINLPKGTYELRNIALYEENYQTLKNAVMQNKTEKADKLNWNKNRLTFSYHL
SKDQYIMLPIPYEKGWELKINGKTQKIEKADYAFIGFKAQKGDNHIELTYYPPYFKISAI
ISLVSLLLAVFYIRRKKPGSI

NT seq 2586 nt +upstreamnt +downstreamnt
atgaaaagaaaacatatcatgatctatgcggccagtttgctggtgtccgttctggcacac
gctttttttgtgaaagaatgggcggaaggcaggtatatgacaggtccgggtgacgggctt
gcgcaaatgatcgtatttaaaaaattattatttgaccaatatacacacgggaattttttc
tacaattattcattcggacttggcggcggcacattcagtcagctcggctattatttttct
gcgtcttttctttttcttgctgtgtctgccgctgtttggctgcttcaagccgtccagctg
atcggagaaacggatacgcttttttgggcagagtcagctgtttttatcagtattttcaaa
ttgagcttgatcatctttacgtccgcttctgtttttcattatcttcttaagcacagggcg
gcatcgttcacgggagccgtgttatacggcgtctcaattatttatttccgtcacgaagcg
tattgggaatttttcaccgatacaatggtttggcttccgctgcttgtgcttggcgcagaa
aaaattattagagagcggcgtccggcgtggtttatcgttgcgtgttcgctgacgttaatc
aacaatttttactttgcatacataaaccttatattcatcggaatctatgtgctgttcaga
tggctgatccgtttggaaccacatgaagagaaaagatggattcaaatcagattatttctc
gtttcaggcttcatttcttttggcatcagtgcggcggcgtttgtgccggtagtatacggt
tttttaaacaacctgcgccctccatacagccagaaaatagagtggctcaatttcgatgat
aatatcttattttcgagccggatcatcattgtgccggccgcttttctgctgtttttgttt
attatttctttttacaaaaaccgtgtgtttcgtctctttgccgggttgagcctgctgttt
attctgtttcatttcagtccgtatgcggcaagcgtctttaacggtttttccgccccgcaa
aaccggtttgaatatgttctggcctttaccattgcgggagcagctgcggctggtttgtca
cagctgtctgaattgaaacggaaagaactgctcccggccgcagctgtcgtcctgcttctt
tacttgtatcatatccaaaggtataagctcgatatatggaagcctgcgaatgaaagtatt
ctattgctcttactcatgacaatcgcagccttgtttgctgcagcttttgcgaaaaaacgg
gcaaaaatggctgtgtacggtataatcattctttcttcgctgtttgtcgccaactcctat
caaaaatacgcgctctcagaaggcggcgatttggacagtgtgacaaaagaatatcttaca
agtgaggaatacagagggcgggaatcatctgagctcatcagacgtttacagaaggaagac
gatgacccgctcatgagaatcgactggatgaacggggtccgcaataatacgccaatcatt
tacggatttaatggcttcagcgcgtattccagcattttaaacaaagatctgctggccttc
tattggaatgatttaagcatcgatatgggcagggaaagcgtcagccgttacgcgtcattg
ggagacagggcgaatttatacagcctgctttacggcaaatattatatgaccgaaaaaaca
aacgaagccagcgtcccgtacggcttcaaaaagcatttagaaacagagcattatgcagtt
tatgagaatcagtacatgcttccattcgttaaaacagcggatgccatatacagcgaaagt
gagctggaccgattgcccgctcttgcgaaagaacaggcgatgctgaaaggaattatatta
aaagatccatcaggaaaaacggagcagacaccaaaaccgtccaatttgatcaccaagtcg
gacatcaccgcaaaacaagcccagtatcaaaacgggctgctaaccgtaactggagaaaac
ggaggagagctgatcatcaccccgaaacagccatcatccgctccgggagactactatgtc
agcttttatttgaaaagcaaagcaaaagacaaaggatttacattaaaggtaaatgattat
gtcacaacaaggaaatcgaacaaatcgatctataaaaccggagtaaataatataacggta
agagtgcctaaatcaggccatatctcaatcaatcttccgaaaggaacctatgagctgaga
aacatagcgctctatgaagaaaattaccaaacgctgaaaaacgctgtaatgcaaaataaa
acagagaaagcagacaaactgaattggaacaaaaatcgactgaccttttcctatcatctg
tcaaaagaccagtacatcatgcttccgatcccatatgaaaaaggctgggagctgaagatc
aacggaaaaacacagaagatcgaaaaagcggattatgcttttataggcttcaaggcgcaa
aagggagacaatcacattgagctgacttactatccgccatacttcaaaatatcggcgatc
atatctctcgtcagtctgctgcttgctgttttttatataagacgtaaaaagcccggctct
atatag

All links

Gene (38)   
   RefGene (34)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PASTEUR (1)   
Protein sequence (4)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (43)   

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