KEGG   Bacillus subtilis subsp. subtilis 168: BSU31860
Entry
BSU31860          CDS       T00010                                 
Symbol
yueB
Name
(RefSeq) bacteriophage SPP1 adsorption protein YueB
Organism
bsu  Bacillus subtilis subsp. subtilis 168
SSDB
Motif
Pfam: ABC2_membrane_3 DUF2203 Prominin Sec10_N SlyX MapZ_C2 ApoLp-III
Other DBs
NCBI-GeneID: 936567
NCBI-ProteinID: NP_391064
Pasteur: BG13957
UniProt: O32101 A0A6M4JP02
Position
complement(3266687..3269917)
AA seq 1076 aa
MTEQRKSLIKLISAVIIILLLPVLFFRFIGDDPTKKAVNSTRQIAVVNEDTGVLSDEVKS
DEEDKSAQFGKEVAAVLGERPDYSWTVVNRSAAETGLASKKYDAIVYIPSDFSKNILSYD
KDHPQKATLEFSIQDNLNAVNKEKVQRELEDAQKTMNKKMSALYWNFVSQKVDNIRGEFD
KIVNKESEFQNVMYNFYKPSSNDLAGEIKQQKDLIDELKKSMNEAQGTTKEKASTAEEAK
NTLKEFIDTVERYKEYQENQKKLLLAAQDSTQQQIRTGLDAIQAQQKANQFSERMSGLAT
GIGQAKTQIGLTNLALNNAEKLRQNQVPLQEMGMKKIENDMFNAFLSRYKSQYEAIKYQN
LNQLQENIGKNRLSLLKPKESDEKEDGEDTSDNKDDTDKEDIEDIKLDLEKQRDELKNVA
TEIKDISEGLKEPEQEKPTTPDAEEPSTDDSPNTEEPSNDIPTSDDQPTNEDTGSSEEGT
QDNGSQNDVQTNIETGQKHQESSKNVPEQDTNTENTGTSKTDFSLIELADENDGSNQSDG
LQGDGADGETDISGAKKRLNEAAIKLEEIENALQEKQEEHNNKLEKHIDELNQEIKELNK
TVSKLNDQIGDLTKKLVDFDNNVNDAYRLIYNLEDEIIQTLQSRGYIDQKEKLSSIFSSR
IETDNISNLMKYYNSLNLYKSTLNDNLDLGSLTIIKGEVIQEQDGNVQSVLALTPEESAS
WEALKNNTMQTDEDINSFIDGMTKFADDYSGYIRDSQAGVLDELTKISESAAKASEQLVT
GATQESATFSNDGLSGTMALSVQDTVGQEVLQMSDMMGSLSDRQSGIIDYTTNMQQSVND
VQAKADTLNNNWGKNVASTKLVRNDVYGILGNTLVDGQNNGYVYDYLANPLKISGEVPEE
KIQTVPPVVILVIVLISSLLIGYFSSYYQNAPLLVKGALFGILNILVGLMISLFGLNIYS
LPDDQTIKWSVFTILLLVASSAFIRTAFRFGSIPGWVASAAMILFYVAPLIDLIMPNFTF
EDPVSKVYIDIQYGTGHLFTMGITVLLIITVIAVALPLIIRLMAEHTAESDETYEA
NT seq 3231 nt   +upstreamnt  +downstreamnt
atgacagaacaacgaaaaagcttgatcaagttaatatccgccgtcatcatcattttgctg
ctgccggtgttgtttttccgatttatcggagacgacccaacgaaaaaagcagtcaattct
acccggcaaatcgcggtggtgaatgaagacacaggcgtattgagtgatgaggtaaagtct
gatgaagaggacaaatccgcccagttcggcaaggaagtagcggccgttctgggtgaacgt
cctgattattcgtggacggtcgtaaaccgaagcgcggccgagaccggtctcgcttcaaag
aaatacgatgcgattgtctacattccctcagacttctcaaaaaacattttgagctatgac
aaagaccatcctcaaaaggcaacgctcgaattcagcattcaagataacctgaatgcggtt
aacaaagaaaaagttcagcgtgagcttgaggatgcccaaaagacaatgaacaaaaaaatg
tcggccttatactggaattttgtttcgcaaaaagtggacaacatcagaggagaatttgac
aagatcgtcaataaagaatctgaattccagaatgtcatgtacaacttttacaaaccaagc
tctaatgatttagcaggtgaaatcaaacagcaaaaagacttaatcgatgagctgaagaaa
tcaatgaatgaagcgcaaggcacgacaaaagaaaaagcttctacggcggaggaagccaaa
aacacgctgaaagaattcattgatacagttgaaaggtacaaagaatatcaagagaatcag
aaaaagctgcttttggcagcccaggattcaacacagcagcaaatccggacaggtctggat
gccatccaggcacagcaaaaggcgaatcagttcagcgaacgcatgagcggattggcaacc
gggatcggccaagcgaagacacaaataggactgacaaaccttgcgttgaacaatgctgaa
aagttaaggcaaaatcaagtgccattgcaagaaatgggtatgaaaaaaattgagaatgac
atgtttaatgcatttctatctcgatataaaagtcaatatgaagctattaaatatcaaaat
ttaaatcaattgcaagagaatatcgggaagaaccgccttagtttacttaaacctaaggaa
agcgacgaaaaggaagatggagaagacacatctgataataaagatgacacagataaggaa
gatattgaagatataaaattggatttagagaagcagcgggatgagctcaaaaatgttgca
actgaaattaaagatatctctgaagggttaaaagaacctgaacaagaaaaaccaacaaca
cccgatgctgaagaaccatcaaccgatgattctcctaatactgaagaaccgtcgaatgat
attccaacatccgatgatcagccaacaaatgaagatactggctcatcagaagagggtact
caagataatggatcacaaaatgatgttcaaactaacattgaaacgggacaaaaacatcaa
gaatcttcaaaaaacgttcctgaacaagatacaaacacggagaatacaggaacctctaaa
acagatttctctttgattgaactcgcagatgaaaacgatggctcaaatcaaagtgatggg
ctacagggtgacggagctgacggtgaaactgatatttcaggtgcaaaaaaacgtctgaac
gaagcagcgataaaattagaggaaatagaaaatgcacttcaagaaaaacaagaggaacat
aacaacaaactagagaaacatattgatgagttaaatcaagaaattaaagagttaaataaa
acagtttcaaaattaaatgatcaaattggtgacttaacaaaaaagttggttgattttgat
aataatgtcaatgatgcttataggttaatatacaatttggaagacgaaataatacaaact
ttgcagagtagaggctatatagatcagaaagaaaaactaagttcaattttttcaagtaga
attgaaactgataatatttctaacttgatgaagtattacaactctttaaatttatataag
tctacgctaaatgataatctggatctaggctctttgactattattaaaggtgaagtcatc
caagagcaagatggcaacgtccaatcagtcctggctctcacacctgaagaatcagccagc
tgggaagctctcaaaaacaacacgatgcaaacagatgaggatattaacagcttcatcgac
ggcatgaccaaatttgcggacgactacagcggctatatccgtgactctcaagcaggtgtt
ctcgacgaactgacgaaaatctctgaaagtgccgcaaaagcgtcagaacagcttgtaacg
ggcgcaacacaggaatctgcgacgttcagcaacgatgggctgtctggtaccatggcactg
agtgtccaagatacggtcggccaggaagtgctgcaaatgtcagacatgatgggttcattg
tctgatcgccagtccggcatcattgattacacaaccaacatgcagcaaagcgttaatgat
gttcaagcgaaagccgacaccttaaacaacaactgggggaaaaatgtcgcctccacgaaa
ctcgtgcgaaatgacgtatacggcatactcggaaatacattagtagacgggcaaaacaat
ggctatgtatatgattacttagcgaatccgcttaaaatcagcggagaggttccggaagaa
aaaattcagacggtacctccggttgtcatccttgtcattgtgttgatcagcagtctgtta
atcggctatttcagctcgtattaccaaaacgcaccgcttctcgtcaaaggagcgttattc
ggaattctgaatatccttgtcggacttatgatcagcttgttcggcttgaatatttattca
ctgccggacgatcagacgattaagtggtcggtgtttacgattctattgctggtcgcaagc
tctgccttcatccggacggcattcagattcggatcaatccctggctgggttgcttcagca
gcaatgatcctattctatgtcgcaccgcttattgatttgatcatgccgaactttacattt
gaagatccggtttcgaaagtatatatcgacatccagtacggtactgggcacttgtttaca
atgggaataacagttctgctgatcattacggtgattgccgtggctctgccgctgattatc
cggttgatggctgaacacacagcagaaagcgatgaaacgtatgaagcgtga

  All links  
Gene (50)   
   RefGene (46)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PASTEUR (1)   
Protein sequence (4)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (61)   

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