T4SS ID | 451 |
Strain | Escherichia coli plasmid pMAS2027 (NC_013503) |
Replicon | plasmid pMAS2027 [Browse all T4SS(s) in this replicon] |
Accession | NC_013503 |
Location | 23724..35558 |
Name | VirB |
Function | conjugation |
Classification | Type IVA; Type P |
Experimental investigation has been performed on this T4SS. |
T4SS components |
Component | VirB1 | VirB2 | VirB3 | VirB4 | VirB5 | VirB6 | VirB7 | VirB8 | VirB9 |
Number | 1 | 1 | 0 | 1 | 1 | 1 | 1 | 1 | 1 |
Component | VirB10 | VirB11 | VirD4 | ||||||
Number | 1 | 1 | 1 |
The information of T4SS components from NC_013503 | ||||||
# | Locus tag (Gene) | Coordinates [+/-], size (bp) | Protein GI | Product | Component | |
1 | pMAS2027_29 | 19008..19469 [-], 462 | 268318489 | DNA binding protein | ||
2 | pMAS2027_30 (ydfA) | 19485..19691 [-], 207 | 268318490 | putative hemolysin expression modulating protein | ||
3 | pMAS2027_31 (ydgA) | 19688..21841 [-], 2154 | 268318491 | DNA topoisomerase 3 | ||
4 | pMAS2027_32 | 21935..22900 [+], 966 | 268318492 | hypothetical protein | ||
5 | pMAS2027_33 | 23015..23317 [-], 303 | 268318493 | killer protein | ||
6 | pMAS2027_34 | 23314..23727 [-], 414 | 268318494 | putative lipoprotein | ||
7 | pMAS2027_35 (taxB) | 23724..25565 [-], 1842 | 268318495 | TaxB | VirD4 | |
8 | pMAS2027_36 (pilX11) | 25562..26593 [-], 1032 | 268318496 | PilX11 | VirB11 | |
9 | pMAS2027_37 (pilX10) | 26595..27800 [-], 1206 | 268318497 | PilX10 | VirB10 | |
10 | pMAS2027_38 (pilX9) | 27797..28726 [-], 930 | 268318498 | PilX9 | VirB9 | |
11 | pMAS2027_39 (pilX8) | 28731..29444 [-], 714 | 268318499 | PilX8 | VirB8 | |
12 | pMAS2027_40 (pilX7) | 29434..29562 [-], 129 | 268318500 | PilX7 | VirB7 | |
13 | pMAS2027_41 (pilX6) | 29689..30822 [-], 1134 | 268318501 | PilX6 | VirB6 | |
14 | pMAS2027_42 (eex) | 30832..31059 [-], 228 | 268318502 | EeX | ||
15 | pMAS2027_43 (pilX5) | 31060..31818 [-], 759 | 268318503 | PilX5 | VirB5 | |
16 | pMAS2027_44 (pilX3-4) | 31829..34582 [-], 2754 | 268318504 | PilX3-4 | VirB4 | |
17 | pMAS2027_45 (pilX2) | 34601..34930 [-], 330 | 268318505 | PilX2 | VirB2 | |
18 | pMAS2027_46 (pilX1) | 34875..35558 [-], 684 | 268318506 | PilX1 | VirB1 | |
19 | pMAS2027_47 (actX) | 35697..36215 [-], 519 | 268318507 | ActX | ||
20 | pMAS2027_48 (taxC) | 36568..37740 [-], 1173 | 268318508 | TaxC | ||
21 | pMAS2027_49 (ddp1) | 37737..38351 [-], 615 | 268318509 | DNA distortion polypeptide 1 | ||
22 | pMAS2027_50 | 38407..38742 [+], 336 | 268318510 | hypothetical protein | ||
23 | pMAS2027_51 | 38608..38880 [-], 273 | 268318511 | hypothetical protein | ||
24 | pMAS2027_52 (yagA) | 39335..39664 [-], 330 | 268318512 | hypothetical protein | ||
25 | pMAS2027_53 (yajA) | 39758..40000 [-], 243 | 268318513 | hypothetical protein | ||
26 | pMAS2027_54 | 39990..40271 [-], 282 | 268318514 | hypothetical protein | ||
Genes in the 5-Kb flanking regions if available, or non-essential genes in the T4SS gene cluster if any. |
Download FASTA format files |
Proteins Genes |
(1) Ong CL; Beatson SA; McEwan AG; Schembri MA (2009). Conjugative plasmid transfer and adhesion dynamics in an Escherichia coli biofilm. Appl Environ Microbiol. 75(21):6783-91. [PudMed:19717626] |
This literature contains experimental investigation |