Detailed information    

insolico Bioinformatically predicted

Overview

Name   rexB   Type   Machinery gene
Locus tag   BJR96_RS04955 Genome accession   NZ_LT545678
Coordinates   937095..940328 (+) Length   1077 a.a.
NCBI ID   WP_000772298.1    Uniprot ID   Q3K1I5
Organism   Streptococcus agalactiae isolate SA111     
Function   homologous recombination (predicted from homology)   
Homologous recombination

Genomic Context

Location: 932095..945328
Locus tag Gene name Coordinates (strand) Size (bp) Protein ID Product Description
  BJR96_RS04940 (SA111_00980) - 932966..933487 (+) 522 WP_069986721.1 GNAT family N-acetyltransferase -
  BJR96_RS04945 (SA111_00981) pheT 933541..935946 (+) 2406 WP_000961585.1 phenylalanine--tRNA ligase subunit beta -
  BJR96_RS04950 (SA111_00982) - 936015..936917 (-) 903 WP_070001266.1 neutral zinc metallopeptidase -
  BJR96_RS04955 (SA111_00983) rexB 937095..940328 (+) 3234 WP_000772298.1 ATP-dependent nuclease subunit B Machinery gene
  BJR96_RS04960 (SA111_00984) rexA 940318..943941 (+) 3624 WP_000143233.1 helicase-exonuclease AddAB subunit AddA Machinery gene
  BJR96_RS04965 (SA111_00985) - 943954..944871 (+) 918 WP_000634649.1 magnesium transporter CorA family protein -

Sequence

Protein


Download         Length: 1077 a.a.        Molecular weight: 124019.63 Da        Isoelectric Point: 5.0761

>NTDB_id=1027494 BJR96_RS04955 WP_000772298.1 937095..940328(+) (rexB) [Streptococcus agalactiae isolate SA111]
MKLLYTDINHDMTEILVNQAAHAAEAGWRIFYIAPNSLSFEKERAVLENLPQEASFAITITRFAQLARYFTLNQPNQKES
LNDIGLAMIFYRALASFEDGQLKVFGRLKQDASFISQLVDLYKELQTANLSILELKYLHSPEKFEDLLAIFLVVSDLLRE
GEYDNQSKIAFFTEQVRSGQLDVDLKNTILIVDGFTRFSAEEEALIKSLSSRCQEIIIGAYASQKAYKANFTNGNIYSAG
VDFLRYLATTFQTKPEFILSKWESKSGFEMISKNIEGKHDFTNSSHILDDTAKDCITIWECINQKDEVEHVARAIRQKLY
QGYRYKDILVLLGDVDSYKLQLSKIFEQYDIPYYFGKAETMAAHPLVHFMDSLSRIKRYRFRAEDVLNLFKTGIYGEISQ
DDLDYFEAYISYADIKGPKKFFTDFVVGAKKFDLGRLNTIRQSLLTPLESFVKTKKQDGIKTLNQFMFFLTQVGLSDNLS
RLVGQMSENEQEKHQEVWKTFTDILEQFQTIFGQEKLNLDEFLSLLNSGMMQAEYRMVPATVDVVTVKSYDLVEPHSNQF
VYALGMTQSHFPKIAQNKSLISDIERQLINDANDTDGHFDIMTQENLKKNHFAALSLFNAAKQELVLTIPQLLNESEDQM
SPYLVELRDIGVPFNHKGRQSLKEEADNIGNYKALLSRVVDLYRSAIDKEMTKEEQTFWSVAVRYLRRQLTSKGIEIPII
TDSLDTVTVSSDVMTRRFPEDDPLKLSSSALTTFYNNQYKYFLQYVLGLEEQDSIHPDMRHHGTYLHRVFEILMKNQGIE
SFEEKLNSAINKTNQEDVFKSLYSEDAESRYSLEILEDIARATATILRQDSQMTVESEEERFELMIDNTIKINGIIDRID
RLSDGSLGVVDYKSSAQKFDIQKFYNGLSPQLVTYIDAISRDKEVEQKPPIFGAMYLHMQEPRQDLSKIKNLDDLVTKNH
QALTYKGLFSEAEKEFLANGKYHLKDSLYSETEIAILQAHNQSLYKKASETIKSGKFLINPYTEDAKTVDGDQFKSITGF
EADRHMARARALYKLPAKEKRQGFLTLMQQEEENDDL

Nucleotide


Download         Length: 3234 bp        

>NTDB_id=1027494 BJR96_RS04955 WP_000772298.1 937095..940328(+) (rexB) [Streptococcus agalactiae isolate SA111]
ATGAAATTACTTTATACTGATATTAATCATGATATGACAGAAATCTTAGTCAATCAGGCCGCGCATGCTGCTGAAGCTGG
ATGGCGTATTTTTTATATTGCTCCAAACTCTTTATCTTTTGAAAAAGAGCGTGCAGTATTAGAGAACCTTCCTCAAGAAG
CCTCTTTTGCTATTACAATTACTCGCTTTGCTCAATTGGCACGTTATTTTACTTTAAACCAGCCTAATCAAAAAGAAAGT
TTAAACGATATTGGATTAGCAATGATCTTTTATCGTGCTTTAGCAAGTTTTGAAGATGGACAATTAAAAGTTTTTGGACG
ATTGAAGCAAGATGCTTCCTTTATCAGTCAATTGGTAGACCTATACAAAGAATTGCAGACAGCAAATCTGAGTATTTTAG
AGTTAAAATATTTACATTCTCCTGAAAAATTTGAAGATTTATTAGCTATTTTTCTAGTGGTTTCAGATCTTTTAAGAGAA
GGAGAATACGACAATCAATCTAAAATTGCCTTTTTTACAGAACAAGTAAGGTCAGGCCAGCTAGATGTGGATTTAAAGAA
CACTATCCTTATAGTCGATGGTTTTACCCGTTTCTCAGCTGAAGAAGAAGCTTTAATTAAAAGTCTGAGTTCACGTTGTC
AAGAGATTATCATCGGAGCTTATGCTAGCCAAAAAGCGTATAAGGCTAACTTTACTAATGGAAATATTTATTCTGCAGGG
GTTGATTTTTTAAGATATCTAGCAACGACATTTCAAACAAAACCAGAATTTATCTTGTCCAAGTGGGAAAGTAAATCTGG
TTTTGAAATGATTTCGAAAAATATCGAAGGTAAACATGATTTTACAAATAGTAGTCACATTTTAGACGACACTGCTAAAG
ATTGTATAACAATTTGGGAGTGCATTAATCAAAAAGATGAAGTGGAACATGTGGCTAGAGCTATACGTCAGAAACTTTAT
CAAGGATATCGCTACAAAGATATTTTAGTTTTACTAGGAGATGTAGATAGTTATAAACTACAATTAAGTAAGATTTTTGA
GCAGTATGATATTCCTTATTATTTCGGTAAAGCTGAAACAATGGCTGCGCACCCTTTAGTTCATTTTATGGATTCCTTGT
CTCGAATAAAACGTTATCGATTTAGAGCTGAAGATGTTTTAAATCTTTTTAAGACAGGTATTTATGGAGAGATTAGCCAA
GATGATTTAGATTATTTTGAGGCTTATATCTCATATGCAGACATTAAAGGTCCTAAGAAGTTCTTTACAGATTTTGTTGT
GGGGGCTAAAAAATTTGATTTAGGGCGTCTTAACACTATTCGTCAGTCCCTCCTTACTCCACTGGAAAGTTTTGTGAAAA
CGAAAAAACAAGACGGTATAAAAACACTCAACCAATTCATGTTTTTCCTTACTCAGGTAGGTTTGAGTGACAATTTATCG
CGATTAGTTGGTCAAATGTCTGAAAATGAACAAGAAAAACATCAAGAAGTTTGGAAAACATTTACAGATATTTTAGAGCA
GTTTCAAACAATATTTGGTCAAGAAAAATTAAATTTAGACGAATTTTTATCGTTATTAAATTCAGGTATGATGCAAGCCG
AGTATCGTATGGTCCCTGCTACTGTTGATGTGGTTACTGTTAAGTCTTACGATTTGGTAGAACCACATAGTAATCAATTT
GTCTATGCCCTAGGCATGACACAATCACATTTTCCAAAGATTGCTCAAAACAAATCTTTAATATCTGATATTGAACGTCA
GCTTATAAATGATGCCAATGACACTGATGGTCATTTTGACATTATGACGCAAGAAAATTTGAAGAAAAACCATTTTGCTG
CCCTCTCTCTTTTTAATGCTGCTAAACAAGAATTAGTGTTGACTATACCACAATTATTGAATGAGTCTGAAGATCAGATG
TCACCATATCTTGTCGAACTAAGAGATATAGGTGTTCCTTTTAATCATAAAGGACGCCAATCGTTAAAAGAAGAAGCTGA
TAATATTGGGAATTACAAAGCTTTATTATCGCGTGTTGTTGACTTGTATCGCTCTGCTATTGACAAAGAGATGACTAAAG
AAGAACAAACTTTTTGGTCAGTTGCTGTTCGTTATTTGCGTCGTCAATTAACTTCTAAAGGGATTGAGATACCAATAATT
ACAGATAGTCTTGATACTGTGACAGTTTCATCAGATGTGATGACCAGACGCTTCCCAGAAGATGACCCACTTAAATTATC
CTCATCTGCTTTGACAACTTTTTATAATAATCAATATAAGTATTTTTTACAATATGTGTTAGGTTTGGAAGAACAAGACT
CAATTCATCCAGATATGCGGCACCATGGAACGTACCTTCATCGTGTTTTTGAAATTCTGATGAAAAACCAAGGGATAGAA
TCTTTTGAAGAGAAACTCAACTCTGCAATTAATAAAACCAATCAAGAAGATGTTTTCAAATCCTTGTATTCAGAAGATGC
AGAAAGTCGTTATTCTTTAGAAATTTTAGAAGATATCGCGCGTGCAACTGCAACCATATTACGACAAGATAGTCAGATGA
CTGTTGAAAGTGAAGAAGAACGATTTGAACTAATGATTGATAATACTATAAAAATTAACGGTATTATTGACCGTATCGAT
CGTTTATCTGATGGTTCTTTGGGTGTCGTGGACTATAAATCAAGCGCTCAAAAATTCGATATCCAAAAATTTTATAACGG
TCTAAGTCCACAATTAGTCACCTACATTGATGCTATCAGTCGTGACAAGGAAGTTGAACAAAAACCACCGATTTTTGGAG
CTATGTACTTACATATGCAGGAACCTAGACAAGACTTGTCTAAAATTAAAAATTTAGATGATTTAGTAACAAAAAATCAT
CAAGCTTTAACTTATAAAGGATTATTTTCAGAAGCCGAAAAAGAATTCTTAGCAAATGGGAAATACCATCTCAAAGATTC
CCTTTATTCAGAGACTGAAATTGCTATTTTACAAGCACATAACCAATCGCTTTACAAAAAAGCATCTGAGACTATTAAGT
CAGGTAAGTTTTTGATCAATCCATATACAGAAGATGCTAAAACAGTTGACGGAGATCAGTTTAAGAGTATTACGGGATTC
GAGGCGGATAGGCATATGGCACGTGCCAGAGCGCTTTATAAATTACCTGCTAAGGAAAAACGTCAAGGTTTCTTAACATT
AATGCAGCAAGAGGAGGAAAATGATGACCTTTAA

Domains

Predicted by InterProScan.

PD-(D/E)XK nuclease superfamily (PDDEXK_1)

(746-1023)


Secondary structure

Protein secondary structures were predicted by S4PRED and visualized by seqviz.



3D structure

Source ID Structure
  AlphaFold DB Q3K1I5

Transmembrane helices

Transmembrane helices of protein were predicted by TMHMM 2.0 and visualized by seqviz and ECharts.


Visualization of predicted probability:


Similar proteins

Only experimentally validated proteins are listed.

Protein Organism Identities (%) Coverage (%) Ha-value
  rexB Streptococcus pneumoniae R6

43.03

99.907

0.43

Multiple sequence alignment