Limosilactobacillus reuteri SD2112: HMPREF0538_20056
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Entry
HMPREF0538_20056 CDS
T01551
Name
(GenBank) LPXTG-motif cell wall anchor domain protein
Organism
lru
Limosilactobacillus reuteri SD2112
Pathway
lru00230
Purine metabolism
lru00240
Pyrimidine metabolism
lru01232
Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:
lru00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
HMPREF0538_20056
00240 Pyrimidine metabolism
HMPREF0538_20056
CD molecules [BR:
lru04090
]
Proteins
HMPREF0538_20056
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
lru00537
]
Enzymes
HMPREF0538_20056
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
5_nucleotid_C
Metallophos
Gram_pos_anchor
Motif
Other DBs
NCBI-ProteinID:
AEI56270
UniProt:
F8DRN6
LinkDB
All DBs
Position
complement(55051..57309)
Genome browser
AA seq
752 aa
AA seq
DB search
MKNNSSKYCLLLGTALLGLYFQANSVHADATGITANGETTHSNVTPMVQTNKDEASTPQT
TTDWSDPAKYQSDIPVQILGINDLHGGLETTGSATIGDKTYSNAGTVARLAGNLDAAEES
FKNANPTGSSIRVEAGDMVGASPANSALLQDESTMHALDAMHFEIGTLGNHEFDEGLAEY
MRIVNGGEPTKQYNEAEMAYPHVKTGINIITANVVNKSDGQIPFGMQPYLIKEIHTSDGK
VARIGFIGIETTSLPILTLYDNYKDYDVLDEAETIAKYDQILRKKGVNAIVVLAHTGVST
DKDGSTKGNAVDIIKKLYQIDPDNSVDLYIAGHSHQYANATVGSVKLVQAIYTGKAYDDI
IGYIDPTTNDFAPNSLVSHVFPVLSEKDAPNIKTDANVTAIVEDANNRVAPIINKKIGEA
ATTGDILGRLHNTPTRENAVGELVVDGQLYAAHKVGLPADFAMTNTGGVRADLHVNPDRS
ITWGSAQAVQPFGNILRVVEMTGAQIVEALNQQYDEDQAYYLQISGLHYTYTDQNDPNQP
YKVVQVYDQHNQPLDMNKTYNVVINDFLAGGGDGFSAFKGTKVVGIVGQDTDAFIDYITD
MTNDGKPITAPTMNRKIYLTAEQVAKADSDSQLQTGTNQNTQNDANSQTEGNQLQEVPSQ
PVSPTVTLPTTAGQPAETVTLHAQSKQQTVAANNQLINLTPTSINGQKQKAADQQAALPQ
TSNDEDLALLLLGSSLMAATGLTIIDRKRKHA
NT seq
2259 nt
NT seq
+upstream
nt +downstream
nt
atgaagaataatagttcaaaatattgtttattgttagggacagcgctgttaggactatat
ttccaagctaatagtgttcatgcggatgcgactggtatcacagctaatggagaaactacc
catagcaatgttactccaatggttcagactaataaggatgaggcaagtacaccgcaaaca
actactgattggtctgacccggccaaatatcaaagtgacattccagttcagattttagga
atcaatgacttgcatggtgggttagaaacgactggatcagctacgattggagataagact
tattcgaatgccggaacagttgcacgcctagctggtaaccttgatgcggcggaggaaagt
tttaagaacgctaatccgacgggaagctcaattcgggtagaagccggagatatggttggg
gcttctccagcaaattctgctcttctccaagacgaatcaaccatgcatgctttagacgca
atgcattttgaaataggaactttgggaaaccatgagttcgatgaaggtttagctgagtat
atgcggattgttaatggtggtgaacctactaaacaatataatgaagctgagatggcctat
cctcatgtgaaaacagggattaatatcattactgccaatgttgtaaataaatctgatggt
caaatcccatttggaatgcaaccatacttgattaaagaaattcatactagtgatggtaaa
gttgcccggatcggatttattgggattgaaactacttccctaccaattttaaccttatac
gataattacaaagattatgatgttttagacgaggctgaaacaattgcaaaatatgatcaa
attttacgcaaaaaaggtgttaacgcaattgtagttcttgcccatacaggggtttcaact
gataaagatggcagcactaaaggtaatgctgttgatatcattaagaagctttaccaaatt
gaccctgataattctgtcgacctttatattgctggtcactcccaccaatatgctaatgct
actgttggaagtgtaaaattagtgcaagccatttacacgggtaaagcttacgatgatatt
atcggttacatcgatccaacaactaatgattttgcgcccaatagtctcgtttcacatgtc
tttccggtactatctgaaaaggatgcgcctaatatcaaaacggatgcaaatgttacagca
attgttgaagatgcgaacaaccgagtagcaccgattattaacaagaaaataggggaagct
gctacaacaggcgatattcttggacgacttcataatactcctactcgtgaaaatgccgtt
ggtgaattagttgtcgatggtcaattatatgccgctcataaagtaggcttaccagctgat
tttgcgatgactaatacagggggcgttcgtgcagatctgcatgttaatcctgatcgttcc
attacatgggggagtgcccaagcagttcaaccatttggtaatattttgcgggtagttgaa
atgacaggggcacaaatcgttgaagccttgaatcaacaatacgacgaagatcaagcttac
tacttacagatttccgggctacattatacttatactgaccaaaacgatcctaaccaacca
tataaggtcgttcaagtttatgaccaacataatcaaccgcttgatatgaataagacttac
aatgttgttattaatgactttttagcaggtggcggagatggcttttctgcatttaagggt
actaaagttgtcgggattgttggtcaagatacagacgcgtttattgactatattactgat
atgactaatgatggtaaaccaattactgcgccaacaatgaaccgtaagatttacttgact
gctgaacaagtagcgaaggctgactcagattcacagttacaaacaggaactaatcagaac
actcaaaacgatgctaattcccagactgaaggaaatcagcttcaagaagttccgagccaa
ccggtatctccaacagtaaccttgccaacaacagctggtcaacccgccgaaactgttaca
ctacatgctcaatctaagcaacaaaccgtagctgctaataatcaattaattaatttgacg
cctacatcaattaatggccaaaaacaaaaagcagctgaccagcaagcagctttaccacaa
actagtaacgatgaagatcttgcattacttcttctcggaagttcattaatggcagcaacc
ggattgacaattattgatcgcaagcgtaaacatgcttaa
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