Detailed information of oriT

oriT


The information of the oriT region


oriTDB ID   122268
Name   oriT_TSM-31|p2 in_silico
Organism   Staphylococcus epidermidis strain TSM-31
Sequence Completeness      -
NCBI accession of oriT (coordinates [strand])   NZ_CP093204 (777..897 [-], 121 nt)
oriT length   121 nt
IRs (inverted repeats)      53..58, 64..69  (TTGGGG..CCCCAA)
 22..29, 34..41  (ATTTTTTC..GAAAAAAT)
 1..8, 14..21  (AGTGGCTA..TAGCCACT)
Location of nic site      _
Conserved sequence flanking the
  nic site  
 
 _
Note   Predicted by oriTfinder 2.0

  oriT sequence  


Download         Length: 121 nt

>oriT_TSM-31|p2
AGTGGCTAGCAATTAGCCACTATTTTTTCGTTAGAAAAAATCCATAAGGGGCTTGGGGATTACCCCCAACAAGCAGGCGCGTCTGCCACGTTAGTGGCTAGCAAAGCCAATGCTTGCCAAA

Visualization of oriT structure

  oriT secondary structure

Predicted by RNAfold.

Download structure file


Relaxase


ID   14044 GenBank   WP_002498904
Name   Relaxase_MNU47_RS11865_TSM-31|p2 insolico UniProt ID   A0A0H2VJA7
Length   336 a.a. PDB ID   
Note   Predicted by oriTfinder 2.0

  Relaxase protein sequence


Download         Length: 336 a.a.        Molecular weight: 38414.55 Da        Isoelectric Point: 9.8063

>WP_002498904.1 MULTISPECIES: relaxase/mobilization nuclease domain-containing protein [Bacillales]
MATTKLSATKSTSRAINYAEKRAVEKSGLNCDVDYAKSSFKAARELYGKTDGNQGHVIIQSFQPGEVTPE
QCNQLGLALAEKLVPNHQVAVYTHADTNHVHNHIVLNSIDLNTGKKFNNNKQALRDVRAFNDEVCRAQGL
SVPEKDTARLRYTQTEKAIADPNTTSTAQYSWKDDIREAIDQSTATNMEEFQKHLNQHGITIERVTPKSI
TYRHLAENKKVRGRKLGEDYNKGGIQHGFERQIQRRQQQKHKSDTNFQPKRSTSNRHESTERDTGVTQSD
WDQFAQDTNELERRRQAAESARLVDEKARRDREKRVREKPTSRPIINIDRDHGLEL

  Protein domains


Predicted by InterproScan.

(9-242)


  Protein structure


Source ID Structure
AlphaFold DB A0A0H2VJA7


Host bacterium


ID   22695 GenBank   NZ_CP093204
Plasmid name   TSM-31|p2 Incompatibility group   -
Plasmid size   6585 bp Coordinate of oriT [Strand]   777..897 [-]
Host baterium   Staphylococcus epidermidis strain TSM-31

Cargo genes


Drug resistance gene   -
Virulence gene   -
Metal resistance gene   -
Degradation gene   -
Symbiosis gene   -
Anti-CRISPR   -