| R1drd19 |
| | IMG-6265 |
| | FII |
| | Ap Cm Km Sm Sp Su |
| | 153P70 |
| | drd mutant of R1 |
| | Meynell E & Datta N |
| | Nature 214: 885-887 |
| R6K |
| | IMG-6686 |
| | X 26.0 Md |
| | Ap Sm |
| | ECO K12 J62 : lac28 proA23 his51 |
| | trp30 rpsL |
| | Escherichia coli |
| | Kontomichalou P et al |
| | J Bacteriol 104: 34-44 |
| R16 |
| | IMG-6431 |
| | B 69.0 Md |
| | Ap Tc Sm Sp Su |
| | ECO K12 J53 |
| | Escherichia coli |
| | Evans J et al |
| | J Bacteriol 96: 1441-1442 |
| R27 |
| | IMG-6437 |
| | HI1 112.0 Md |
| | Tc Cit |
| | ECO K12 J53 |
| | Salmonella typhimurium |
| | Meynell E & Datta N |
| | Genet Res 7:134-140 |
| | Taylor DE & Brose EC |
| | Appl Environ Microbiol 52:1394-1397 |
| R40a |
| | IMG-6435 |
| | C |
| | Ap Hg Km Su |
| | ECO K12 J53 |
| | Hedges RW et al |
| | J Bacteriol 117: 56-62 |
| R46 |
| | IMG-6383 |
| | N 32 Md |
| | Ap As Sm Sp Su Tc Uv |
| | ECO K12 JC6310:lac,his,trp,lys, |
| | str-r,recA,T6-r() |
| | Salmonella typhimurium |
| | Meynell E & Datta N |
| | Genet Res 7: 134-140 |
| R55-1 |
| | IMG-6974 |
| | C |
| | Cm Hg Su |
| | ECO K12 J53-1 |
| | Foster TJ & Ginnity F |
| | J Bacteriol 162:773-776 |
| R64 drd11 |
| | IMG-6266 |
| | I1 72.0 Md |
| | Tc Sm |
| | drd derivative of R64 |
| | MeynellE & Datta N |
| | Genet Res 7:134-140 |
| R68.45 |
| | IMG-6665 |
| | P 57.0 Kb |
| | Ap Sma Km Tc |
| | Pseudomonas aeruginosa PTO 66 |
| | R68 derivative with duplication of IS21 |
| | Haas D & Holloway BW |
| | Mol Gen Genet 144:243-251 |
| R124 |
| | IMG-6436 |
| | FIV 125.7 Kb |
| | Tc |
| | ECO K12 J53 |
| | Salmonella tyhimurium |
| | Hedges RW & Datta N |
| | J Gen Microbiol. 71:403-405 |
|
R386 |
| | IMG-6438 |
| | FI |
| | Tc |
| | ECO K12 J53 |
| | Escherichia coli |
| | Dennison S |
| | J Bacteriol 109:416-422 |
| R387 |
| | IMG-6425 |
| | K |
| | Cm Sm |
| | ECO K12 J53 |
| | Shigella flexneri |
| | Hedges RW & Datta N |
| | Nature 234:220-221 |
| R388 |
| | IMG-6689 |
| | W 21 Md |
| | Su Tp |
| | ECO K12 J53 |
| | Escherichia coli |
| | Datta N & Hedges RW |
| | J Gen Microbiol 72:349-355 |
| | Avilla P & de la Cruz F |
| | Plasmid 20:155-157 |
| R391 |
| | IMG-6440 |
| | J |
| | Hg Km Nm |
| | ECO K12 J53 |
| | Proteus rettgeri |
| | Foster TJ &Ginnity F |
| | J Bacteriol 162: 773-776 |
| R446b |
| | IMG-6430 |
| | M 47.0 Md |
| | Tc Sm |
| | ECO K12 J53 |
| | Proteus morganii |
| | Hedges RW & Datta N |
| | J Gen Microbiol 77: 249-259 |
| R478 |
| | IMG-6439 |
| | H12 166.0 Md |
| | Asa Asi Cm Hg Km Tc Te |
| | ECO K12 J53 |
| | Serratia marcescens |
| | Foster TJ & Ginnity F |
| | J Bacteriol 162:773-776 |
| R621a |
| | IMG-6434 |
| | Igamma 65.0 Md |
| | Tc |
| | ECO K12 J53 |
| | Salmonella typhimurium |
| | Hedges RW & Datta N |
| | J Gen Microbiol 77:19-25 |
| R702 |
| | IMG-6978 |
| | P 46.0 Md |
| | Hg Km Tc Sm Sp Su |
| | ECO K12 J53-1 |
| | Proteus mirabilis |
| | Foster TJ & Ginnity F |
| | J Bacteriol 162:773-776 |
| R724 |
| | IMG-6975 |
| | B 58 Md |
| | Cm Hg Tc Sm Sp Su |
| | ECO K12 J53-1 |
| | Shigella dysenteriae |
| | Datta N & Olarte J |
| | AAC 5:310-317 |
| | Foster TJ & Ginnity F |
| | J Bacteriol 162:773-776 |
| R773 |
| | IMG-62713 |
| | FI |
| | Sm Tc Asa, Asi |
| | ECO K12 J53 |
| | A transmissible narrow host |
| | range plasmid |
| | Hedges RW&Baumberg S |
| | J Bacteriol 115:459-460 |
| | Summers AO& Jacoby GA |
| | J Bacteriol 129:276-281 |
| R828 |
| | IMG-6976 |
| | H12 |
| | Ap Asa Asi Cm Gm Hg Tc |
| | Te Km Nm Sm |
| | ECO K12 J53-1 |
| | Serratia marcescens |
| | Foster TJ & Ginnity F |
| | J Bacteriol 162:773-776 |
| R831b |
| | IMG-61069 |
| | M |
| | Hg Pm |
| | ECO K12 J53 |
| | Ogawa HI et al |
| | Gene 32:311-320 |
| R931 |
| | IMG-6585 |
| | P-2 300.0 Md |
| | Hg Sm Tc Te Uv
ECO K12 P421 |
| | Pseudomonas aeruginosa |
| | Bryan LE et al |
| | Antiobiot Agents Chemother 3: 625-637 |
| RA1 |
| | IMG-6429 |
| | C 86.0 Md |
| | Su Tc |
| | ECO K12 J53 |
| | Aeromonas liquefaciens |
| | Hedges RW & Datta N |
| | Nature 234:220-221 |
| RP1 |
| | IMG-6424 |
| | P 36.0 Md |
| | Ap Km Tc |
| | ECO K12 J53 |
| | Pseudomonas aeruginosa |
| | Grinsted et al |
| | J Bacteriol 110:529-537 |
| RP4-5M |
| | IMG-62531 |
| | P |
| | Km |
| | ECO K12 HB101 |
| | Derivative of RP4 |
| | IMG Collection |
| RSF1010 |
| | IMG-693 |
| | Sm Su |
| | ECO K12 SEX |
| | Guerry P et al |
| | J Bacteriol 117: 619-630 |
| RSF1020 |
| | IMG-695 |
| | Tc |
| | Salmonella panama SP219 |
| | Guerry P et al |
| | J Bacteriol 117: 619-630 |
| RSF1030 |
| | IMG-696 |
| | Ap |
| | ECO K12 C600 |
| | Heffron F et al |
| | J Bacteriol 122:250-256 |
| RSF2124 |
| | IMG-635 |
| | Ap |
| | ECO K12 C600 |
| | Derivative of ColE1 |
| | So M et al |
| | Mol Gen Genet 142:239-249 |
| Rts1 |
| | IMG-6428 |
| | T |
| | Km Rep (ts) |
| | ECO K12 CSH-2: met, pro |
| | Proteus vulgaris |
| | Coetzee JN et al |
| | J Gen Microbiol 72:543-552 |
| Sa |
| | IMG-6433 |
| | W 25 Md |
| | Cm Gm Km Tp Sm Sp Su |
| | ECO K12 J53 |
| | Shigella flexneri |
| | Hedges RW & Datta N |
| | Nature 234: 220-221 |
| pACYC184 |
| | IMG-6466 |
| | 3.9 Kb |
| | Cm Tc |
| | ECO K12 C600 rk mk |
| | Constructed plasmid. Rep of p15A |
| | Chang ACY & Cohen SN |
| | J Bacteriol 134:1141-1156 |
| pAO3 |
| | IMG-6230 |
| | ColE1-r |
| | ECO K12 C600 |
| | Derivative of ColE1 |
| | Oka A et al |
| | Mol Gen Genet 172: 151-159 |
| pAK1 |
| | IMG-61271 |
| | Ap Km |
| | ECO K12 JM83 |
| | Derivative of pUC19 with ori from Ps.sp. |
| | KHP41 plasmid |
| | Mindlin S et al |
| | Genetika (in Russian) 26:1729-1739 |
| pBR313 |
| | IMG-6317 |
| | Ap |
| | ECO K12 HB101 |
| | Constructed plasmid with rep from pMB9 |
| | Bolivar F et al |
| | Methods Enzymol 68: 245-267 |
| pBR322 |
| | IMG-639 |
| | 4.3 Kb |
| | Ap Tc |
| | ECO K12 HB101 |
| | Constructed plasmid with rep of pMB1 |
| | Bolivar F et al |
| | Gene 2: 95-113 |
| pBR325 |
| | IMG-6204 |
| | 6.0 Kb |
| | Ap Cm Tc |
| | ECO K12 LE392 |
| | Constructed plasmid with rep of pMB1 |
| | and Cm gene from P1Cm |
| | Bolivar F |
| | Gene 4: 121-136 |
| pBRH4 |
| | IMG-6213 |
| | Ap |
| | ECO K12 HB101 |
| | Derivative of pBR322 |
| | West JRW et al |
| | Gene 7: 271-288 |
| pColD-CA23 |
| | IMG-683 |
| | ColD |
| | Escherichia coli |
| | Fredericq P |
| | Ann Inst Pasteur 84: 294-312 |
| pColE1 |
| | IMG-657 |
| | ColE1 |
| | ECO K12 C600 |
| | Escherichia coli |
| | Clowes RC |
| | Genet Res 4: 162-165 |
| pColG-CA46 |
| | IMG-6617 |
| | ColG |
| | Fredericq P |
| | Ann Inst Pasteur 84: 294-312 |
|
pColH-CA58 gyrA |
| | IMG-6616 |
| | ColH |
| | Fredericq P |
| | Ann Inst Pasteur 84: 294-312 |
| pColV1-CA7 |
| | IMG-663 |
| | ColV1 |
| | Fredericq P |
| | Ann Inst Pasteur 84:294-312 |
| pColV2-K94 |
| | IMG-654 |
| | ColV2 |
| | Fredericq P |
| | J Theoret Biol 4:159-167 |
| pCR1 |
| | IMG-640 |
| | Km |
| | Derivative of ColE1 |
| | Armstrong KA |
| | Science 196:172-174 |
| pDS2 |
| | IMG-61895 |
| | Ap |
| | pBR322 with Ptac-rpoH gene IMG-61895 |
| | Grossman AD et al |
| | Genes Dev 1:179-184 |
| pDU202 |
| | IMG-6387 |
| | FII |
| | Cm Hg Sm Su |
| | ECO K12 DU1040 |
| | Foster et al |
| | J Bacteriol 140:167-181 |
| pET-3a |
| | IMG-6956 |
| | Ap |
| | ECO K12 HMS174 |
| | Translation vector |
| | Rosenberg AH |
| | Gene 56: 125-135 |
| pET-5 |
| | IMG-6952 |
| | Ap |
| | ECO K12 HMS174 |
| | Translation vector with rep |
| | of pBR322 and pfi10 from T7 |
| | Rosenberg AH |
| | Gene 56: 125-135 |
| pET-7 |
| | IMG-6962 |
| | ECO B BL21 |
| | Transcription vector with pfi10 |
| | from T7 |
| | Rosenberg AH |
| | Gene 56: 125-135 |
| pGEM-5Zf(-) |
| | IMG-62833 |
| | Ap |
| | ECO K12 |
| | pUC-derivative |
| | Promega Inc |
| pGEM-7Zf(-) |
| | IMG-62834 |
| | Ap |
| | ECO K12 |
| | pUC-derivative |
| | Promega Inc |
| pJC79 |
| | IMG-6380 |
| | Ap |
| | Derivative of pBR322; |
| | contains 2 cos l |
| | ECO K12 HB101 |
| | Hohn B & Collins J |
| | Gene 11:291-298 |
| pKC7 |
| | IMG-6499 |
| | Ap Km |
| | ECO K12 HB101 |
| | Derivative of pBR322 |
| | Rao RN & Rogers SG |
| | Gene 7:79-82 |
| pKK3535 |
| | IMG-6349 |
| | Ap |
| | ECO K12 DH1 |
| | pBR322 with rrnB operon |
| | Brosius J et al |
| | Plasmid 6:112-118 |
|
pKLH1 |
| | IMG-6943 7.5 kb |
| | Hg |
| | ACA BD413rif |
| | Acinetobacter calcoaceticus |
| | KPH18 |
| | (Kirgizia, mercury mine). Nonconjugative |
| | mobilizable broad host range plasmid, |
| | Lomovskaya OL et al |
| | Mol Gen Genet 202:286-290 |
|
pKLH2 |
| | IMG-6951 60 kb |
| | Hg |
| | ACA BD413str |
| | Acinetobacter calcoaceticus KPH18 (Kirgizia, |
| | mercury mine). Conjugative narrow host range |
| | plasmid, contains mer-operon associated with |
| | a truncated transposition module. |
| | Mindlin SZ et al |
| | Genetika 22:2684-2692 (In Russian)) |
| | Kholodii GYa et al |
| | Plasmid 30:303-308 |
| pKLH2.5 |
| | IMG-61017 |
| | Ap, Hg |
| | A recombinant plasmid, contains the |
| | mer-operon of pKLH2 obtained by cloning |
| | EcoRI fragment of pKLH2 into pUC19 |
| | Lomovskaya OL & Nikiforov VG |
| | Genetika (In Russian),24:1539-1549 |
|
pKLH3 |
| | IMG-61509 |
| | Hg PMA |
| | MKD382-2: Hg-s Rif-r Str-r derivative |
| | of Exiguobacterium sp TC38-2b. |
| | Exiguobacterium sp TC38-2b (Carpathian). |
| | Transmissible narrow host range plasmid, |
| | Bogdanova ES et al |
| | Microbiology 144:609-620 |
| pKLH16.1 |
| | IMG-61433 |
| | Ap Hg |
| | 11 kb |
| | ECO K12 JM83 |
| | A recombinant plasmid, contains a |
| | portion of Tn5041. Obtained by cloning |
| | 8.3 kb EcoRI fragment of the strain |
| | PS sp NC16-2 into pUC19. |
| | Yurieva O et al |
| | Mol Microbiol 24:321-329 |
| pKLH22.1 |
| | IMG-61434 |
| | Ap Hg 12.7 kb |
| | ECO K12 JM83 |
| | A recombinant plasmid, contains a |
| | portion of Tn5041G. Obtained by cloning |
| | 10 kb EcoRI fragment of the strain |
| | PSF KHP22 into pUC19. |
| | Yurieva O et al |
| | Mol Microbiol 24:321-329 |
| pKLH53.1 |
| | IMG-62565 9.8 kb |
| | Ap Hg |
| | ECO K12 JM83 |
| | A recombinant plasmid. Obtained by |
| | insertion of the DraI-Ndel fragment of |
| | RP1 containing Tn5053 into pUC19. |
| | Kholodii GYa et al |
| | Mol Microbiol 17 :1189-1200 |
| pKLH97.1 |
| | IMG-61435 |
| | Ap Hg 10.6 kb |
| | ECO K12 JM83 |
| | A recombinant plasmid, contains a |
| | portion of Tn5041D. Obtained by cloning |
| | 7.9 kb EcoR1 fragment of the strain |
| | PS sp TC97 into pUC19. |
| | Yurieva O et al |
| | Mol Microbiol 24:321-329 |
| pKLH101.1 |
| | IMG-61113 |
| | Ap Hg |
| | ECO K12 JM83 |
| | pUC19 derivative; contains |
| | mer-operon of pKLH1 found in |
| | the strain ACA KH109 |
| | Lomovskaya OL |
| | Ph D thesis |
| pKLH202.3 |
| | IMG-61101 |
| | Ap Hg |
| | ECO K12 JM83 |
| | pUC19 derivative; contains |
| | mer-operon from pKLH202 found |
| | in the strain AC sp.TC108 |
| | Lomovskaya OL & Nikiforov VG |
| | Genetika (in Russian) 24:1539-1549 |
| pKLH210.2 |
| | IMG-792 |
| | Cm Hg 33kb |
| | ECO K12 XLI-Blue |
| | A recombinant plasmid, contains Tn5059 . |
| | Obtained by cloning 29 bp BamHI fragment |
| | of pKLH210 from the strain ECO CH210 |
| | (Chicago, USA) into pACYC184. |
| | Yurieva O et al
Mol Microbiol 24:321-329 |
| pKLH256.1 |
| | IMG-61350 |
| | Cm Hg |
| | ECO K12 HB101 |
| | A recombinant plasmid, contains Tn5036 . |
| | Obtained by cloning BamHI fragment |
| | of pKLH256 found in the strain EBC TC256 |
| | into pACYC184. |
| | Yurieva O et al |
| | Mol Microbiol 24:321-329 |
| pKLH402.1 |
| | IMG-61256 |
| | 10.2 kb |
| | Ap Tp |
| | ECO K12 JM83 |
| | A recombinant plasmid. Obtained by |
| | insertion of the PstI-fragment of |
| | R751 carrying Tn402 into pUC19 |
| | Kholodii GYa et al |
| | Mol Microbiol 17 :1189-1200 |
| pKM101 |
| | IMG-6137 |
| | N |
| | Ap mucAB+ |
| | ECO PC3: dnaG (ts) leu thy |
| | Walker GC |
| | Mol Gen Genet 152:93-103 |
| placIq |
| | IMG-61222 |
| | Tc |
| | ECO K12 AJ6207 |
| | pACYC184 with lacIq gene |
| | Kashlev M |
| | Ph D thesis |
| placK |
| | IMG-62501 |
| | Km |
| | ECO K12 R120K |
| | pACYC184 with lacIq and kan genes |
| | IMG Collection |
| plysE |
| | IMG-6964 |
| | Cm LysE+ |
| | ECO B BL21(DE3) |
| | Studier FW & Moffat BA |
| | J Mol Biol 189:113-130 |
| plysS |
| | IMG-6963 |
| | Cm LysS+ |
| | ECO B BL21(DE3) |
| | Studier FW & Moffat BA |
| | J Mol Biol 189:113-130 |
| pMB9 |
| | IMG-634 |
| | Tc |
| | ECO K12 C600 rk mk |
| | ColE1-like plasmid |
| | Rodriguez R et al |
| | Molecular mechanisms in the control |
| | of gene expression NY: Acad Press, p 471 |
| pMER610 |
| | IMG-61239 |
| | Hg Te Phi |
| | ECO K12 AB1157 |
| | Jobling MG & Ritchie DA |
| | Mol Gen Genet 208:288-293 |
| pMG402 |
| | IMG-61883 |
| | Cm Hg |
| | ECO K12 AB1157 |
| | A recombinant plasmid. Obtained by |
| | insertion of the 7.7 kb HindIII-BglII |
| | fragment of pMJ400 into pLV59. |
| | Jobling MG et al |
| | Plasmid 20:106-112 |
| pMG501 |
| | IMG-61884 |
| | Cm Hg |
| | ECO K12 AB1157 |
| | A recombinant plasmid. Obtained by |
| | insertion of the 12.3 kb fragment |
| | of IncH1-2 Hg-r plasmid pMER610 |
| | (from an Alcaligenes sp.) into pLV59. |
| | Jobling MG et al |
| | Plasmid 20:106-112 |
| pMJ200 |
| | IMG-61880 |
| | Tc Hg |
| | ECO K12 AB1157 |
| | A recombinant plasmid. Obtained by |
| | insertion of the 11.7 kb fragment of |
| | Hg-r plasmid pMER300 into pAT153. |
| | Jobling MG et al |
| | Plasmid 20:106-11 |
| pMJ300 |
| | IMG-61881 |
| | Tc Hg |
| | ECO K12 AB1157 |
| | A recombinant plasmid, contains Tn5053v1 |
| | Obtained by insertion of the 12.3 kb |
| | fragment of pMERO5 into pAT153. |
| | Jobling MG et al |
| | Plasmid 20:106-112 |
| | Hobman J et al |
| | Gene 146:73-78 |
| pMJ400 |
| | IMG-61882 |
| | Cm Hg |
| | ECO K12 AB1157 |
| | A recombinant plasmid. Obtained by |
| | insertion of the 10.9 kb fragment |
| | of Hg-r plasmid pMER11 into pLV59. |
| | Jobling MG et al |
| | Plasmid 20:106-112 |
| pMKA1 |
| | IMG-61864 |
| | Ap |
| | pBR322 with rpoB and Plac-rpl genes |
| | Kashlev MV et al |
| | Genetika (in Russian) 24:1343-1352 |
| pMK47 |
| | IMG-61898 |
| | Ap |
| | pBR322 with gyrB gene |
| | Mizuuchi K et al |
| | J Biol Chem 259:9199-9201 |
| pML2 |
| | IMG-669 |
| | Km |
| | ECO K12 C600 |
| | ColE1-like plasmid |
| | Hershfield V et al |
| | Proc Natl Acad Sci 71: 3455-3459) |
| | Mol Gen Genet 204:17-23 |
| pNO2661 |
| | IMG-61896h placUVR-rplL and |
| | rpoBC genes |
| | Bedwell DM, Nomura M |
| | Mol Gen Genet 204:17-23 |
| pOR1453 |
| | IMG-6263 |
| | Tc |
| | ECO K12 KM4104 |
| | Recombinant plasmid with recA |
| | and srl E genes |
| | Weinstock GM et al |
| | Proc Nat Acad Sci 76:126-130 |
| pOX38gen |
| | IMG-62815 |
| | F 56 kb |
| | Gm |
| | ECO K12 RZ211: ara D(lac-pro) rpsL |
| | recA56 srl |
| | A conjugative plasmid. Constructed |
| | by ligation a HindIII fragment from pSK2 |
| | into the unique HindIII site of pOX38 |
| | Willetts N & Johnson D |
| | Mol Gen Genet 182:520-522 |
| | Guyer M et al |
| | Cold Spring Harb Symp Quant Biol 45:135-140 |
| pRK2526 |
| | IMG-62769 |
| | P |
| | Ap Km |
| | ECO K12 MV10:thr-1 leuB6 lacY1 |
| | thi-1 tonA21 supE44 rfbD1 DtrpE5 |
| | RK2 derivative. Obtained by |
| | insertion of the E.coli lac-operon |
| | in the tetA gene of RK2. |
| | Sia EA et al |
| | J Bacteriol 177:2789-2797 |
| pRK21382 |
| | IMG-62767 |
| | P |
| | Ap Km Sp |
| | ECO K12 MV10:thr-1 leuB6 lacY1 |
| | thi-1 tonA21 supE44 rfbD1 DtrpE5 |
| | pRK2526 derivative with deletion |
| | of the entire par region. |
| | Sia E.A. et al |
| | J Bacteriol 177:2789-2797 |
| pRK21522 |
| | IMG-62768 |
| | P |
| | Ap Km Sp |
| | ECO K12 MV10:thr-1 leuB6 lacY1 |
| | thi-1 tonA21, supE44 rfbD1 DtrpE5 |
| | pRK2526 derivative with deletion |
| | of the parCBA operon. |
| | Sia EA et al |
| | J Bacteriol 177:2789-2797 |
| pRK21526* |
| | IMG-62770 |
| | P |
| | Ap Km Sp |
| | ECO K12 MV10:thr-1 leuB6 lacY1 |
| | thi-1 tonA21 supE44 rfbD1 DtrpE5 |
| | pRK2526 derivative with deletion |
| | of the parDE operon. |
| | Sia EA et al |
| | J Bacteriol 177:2789-2797 |
| pRL285 |
| | IMG-61894 |
| | Ap |
| | A recombinant pUC-plasmid, |
| | contains rpoB gene |
| pRP1.2 |
| | IMG-6960 |
| | P |
| | Tc |
| | ECO K12 AB1456 |
| | Derivative of RP1 |
| | Danilevich VN et al |
| | Genetika (in Russian) 16:1958-1966 |
| pSC101 |
| | IMG-668 |
| | Tc 9.0 Kb |
| | ECO K12 111 |
| | Constructed plasmid |
| | Cohen SN & Chang ACY |
| | J Bacteriol 132:734-737 |
| pSM1 |
| | IMG-6973 |
| | C |
| | Ap Cm Hg Km Pm Su Tc Tp |
| | ECO K12 J53-1 |
| | Foster TJ & Ginnity F |
| | J Bacteriol 162:773-776 |
| pTZb' |
| | IMG-62502 |
| | Ap Km |
| | A recombinant pTZ19R plasmid |
| | with rpoC gene |
| pUC4K |
| | IMG-62716 |
| | Ap Km |
| | ECO K12 HB101 |
| | Derivative of pUC4, contains |
| | 1.43 Kb Km-cassette |
| | Vieira J & Messing J |
| | Gene 19:259-268 |
| pUC18 |
| | IMG-6446 |
| | Ap |
| | ECO K12 JM83 |
| | Derivative of pBR322 |
| | Yanisch-Perron C et al |
| | Gene 33:103-119 |
| pUC19 |
| | IMG-6447 |
| | Ap |
| | ECO K12 JM83 |
| | Derivative of pBR322 |
| | Yanisch-Perron C et al |
| | Gene 33:103-119 |
| pUC1318 |
| | IMG-6927 |
| | Ap |
| | ECO K12 JM83 |
| | A hybrid between pUC13 and pUC18 |
| | Kay R & McPherson |
| | Nucl Acids Res 15:2778 |
| pUC1813 |
| | IMG-6936 |
| | Ap |
| | ECO K12 JM83 |
| | A hybrid between pUC18 and pUC13 |
| | Kay R & McPherson |
| | Nucl Acids Res 15:2778 |
| pVH51 |
| | IMG-690 |
| | ColE1-r |
| | ECO K12 C600 |
| | Derivative of ColE1 |
| | Hershfield V et al |
| | J Bacteriol 126: 447-453 |
| pWR2 |
| | IMG-61029 |
| | Ap |
| | ECO K12 CAG1574:araD139 D(ara-leu)7697 |
| | D lacX174 galU galK hsdR strA recA56 srl |
| | pMLB1109 with mer R gene and |
| | a part of merT gene from Tn21 |
| | Ross W et al |
| | J Bacteriol 171:4009-4018 |
| pWWO |
| | IMG-62783 115 kb |
| | TOL |
| | PSP KT2442(rif-r) |
| | PSP mt-2. A transmissible broad host |
| | range plasmid, contains Tn4651 and Tn4653 |
| | Tsuda M and Iino T |
| | Mol Gen Genet 213:72-77 |
| | Tsuda M et al |
| | J Bacteriol 171:1386-1393 |
| pYW22 |
| | IMG-61818 |
| | Tc |
| | ECO K12 JM83 |
| | pSC101 with 2.8 fragment from R100 |
| | Wang Y et al |
| | J Bacteriol 169:4848-4851 |
| pYW40 |
| | IMG-61886 |
| | Ap Tc Hg |
| | ECO K12 JM83(pYW22) |
| | A recombinant plasmid, contains |
| | mercury resistance genes from a |
| | Bacillus cereus RC607. Obtained |
| | by cloning of the 6.2 kb fragment |
| | of RC607 into pUC9 |
| | Wang Y et al |
| | J Bacteriol 169:4848-4851 |
| | Bogdanova ES et al |
| | Microbiology 144:609-620 |
