Detailed information of oriT

oriT


The information of the oriT region


oriTDB ID   100290
Name   oriT_pXFAS01 in_silico
Organism   Xylella fastidiosa M23
Sequence Completeness      intact
NCBI accession of oriT (coordinates [strand])   NC_010579 (26824..26926 [+], 103 nt)
oriT length   103 nt
IRs (inverted repeats)      53..70, 75..92  (GTGAAGAAGGAACACCGG..CCGGTGGGCCTACTTCAC)
Location of nic site      100..101
Conserved sequence flanking the
  nic site  
 
 TATCCTG|C
Note   predicted by the oriTfinder

  oriT sequence  


Download         Length: 103 nt

>oriT_pXFAS01
AGCCTCGCAGAGCAGGATTCCCGTTGAGTACCGAAGGTGCGAATAAGGGAAAGTGAAGAAGGAACACCGGATTTCCGGTGGGCCTACTTCACATATCCTGCCC

Visualization of oriT structure

  oriT secondary structure

Predicted by RNAfold.

Download structure file


Relaxase


ID   361 GenBank   WP_004086668
Name   TrbI_pXFAS01 insolico UniProt ID   B2IAU3
Length   830 a.a. PDB ID   
Note   putative relaxase

  Relaxase protein sequence


Download         Length: 830 a.a.        Molecular weight: 92664.59 Da        Isoelectric Point: 10.5711

>WP_004086668.1 TraI/MobA(P) family conjugative relaxase [Xylella fastidiosa]
MIAKHVPMRVVKKSDFRELVKYLSNQQGKQERVGCVTVTNCFQNNVLDAALEVQATQALNTRSEADKTYH
LLISFREGENPAPEILEVIESRVCAALGYADYQRVSVVHHDTDNLHIHVAINKIHPKSYTIHTPYNDYKT
LGEICKKLEREYGLEADNHTVRKTVGENRADDMERNAGVESLLGWIKRECTDQIKQVQSWSELHAVMQRN
GLEIRERGNGLVITNGVGRSVKASSVARDFSKAKLEARFGAFESFVKQAPSVSSVHARRIQAPLVEKVGR
RPPPRSKGRTPSLSSVGVLHVNSGIRYEQRPIYVKQASTAELYAMYKLEQQDLGAVRNVAIARARTKRDR
KIEATKRLGRIKRAAIKLMRGPGVNKKLLYALARKSLKEGVEKANTDYLKARDAAYATYHRRVWADWLQV
QATQGNAEALAALRAREMRQWWSCNIFGGLQARRTGPVPGLKPDNITKAGTIIYRVGSTAIRDDGDLLNV
SHGAGDYGVEAALRMAMYRYGERITVKGSDEFKKRVVQIAAAARLNISFDDEVLDKRRKQLVSDAAVIVK
LTDAMLSDKTAQFTQAQASRVGAFQEDALSEYDAAISRSINLANQEQINEQQRTRAKHYFVQRWSDRGGP
NSRRDGHATRIRSGGGGSGKHGASGATVISSAGGFNKPNVGGIGAKPPPASTHRLRNLHQLGVVQFSRGS
EVLLPRHVSDCVGEQQTERNHRVRRDVHTAGITSSELMAVDKYIAERELKRVREFDIMKNRRYNEDDAGM
VKFAGLRQVDGKSLVLLKRNDEVIVLAIDVATARRMKRFSLGDEVLLTKKGTLKTKGRNR

  Protein domains


Predicted by InterproScan.

(12-250)

(463-550)


  Protein structure


Source ID Structure
AlphaFold DB B2IAU3


T4SS


T4SS were predicted by using oriTfinder2.

Region 1: 3..8817

Locus tag Coordinates Strand Size (bp) Protein ID Product Description
XFASM23_RS11300 (XfasM23_2227) 3..323 + 321 WP_004086725 conjugal transfer protein TrbD virB3
XFASM23_RS11305 (XfasM23_2228) 311..2875 + 2565 WP_004086690 conjugal transfer protein TrbE virb4
XFASM23_RS11310 (XfasM23_2229) 2872..3588 + 717 WP_004086692 conjugal transfer protein TrbF virB8
XFASM23_RS11315 (XfasM23_2230) 3605..4495 + 891 WP_004086695 P-type conjugative transfer protein TrbG virB9
XFASM23_RS11320 (XfasM23_2231) 4498..4974 + 477 WP_004086697 conjugal transfer protein TrbH -
XFASM23_RS11325 (XfasM23_2232) 4980..6380 + 1401 WP_012382833 TrbI/VirB10 family protein virB10
XFASM23_RS11330 (XfasM23_2233) 6399..7172 + 774 WP_004086702 P-type conjugative transfer protein TrbJ virB5
XFASM23_RS11335 (XfasM23_2234) 7189..7425 + 237 WP_012382834 EexN family lipoprotein -
XFASM23_RS11340 (XfasM23_2235) 7447..8817 + 1371 WP_004086703 P-type conjugative transfer protein TrbL virB6
XFASM23_RS11345 (XfasM23_2236) 8823..9422 + 600 WP_004086719 conjugal transfer protein TrbN -
XFASM23_RS11355 (XfasM23_2237) 10035..10262 - 228 WP_004086706 hypothetical protein -
XFASM23_RS11360 (XfasM23_2238) 10259..10627 - 369 WP_004086708 hypothetical protein -
XFASM23_RS11365 (XfasM23_2239) 11170..11733 + 564 WP_004086710 recombinase family protein -
XFASM23_RS11370 (XfasM23_2240) 12064..12657 + 594 WP_004086726 LPD29 domain-containing protein -
XFASM23_RS11375 (XfasM23_2241) 12725..13039 + 315 WP_012382835 TrfB-related DNA-binding protein -
XFASM23_RS11380 (XfasM23_2242) 13216..13809 + 594 WP_004086728 LPD29 domain-containing protein -


Host bacterium


ID   752 GenBank   NC_010579
Plasmid name   pXFAS01 Incompatibility group   _
Plasmid size   38297 bp Coordinate of oriT [Strand]   26824..26926 [+]
Host baterium   Xylella fastidiosa M23

Cargo genes


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