|
1 |
DH5α |
Escherichia coli |
pHP13 |
|
4921bp |
ColE1, pTA1060 |
|
non restricted |
Haima |
U. Zielenkiewicz |
Haima et al., 1987Mol. Gen. Genet.209:335-342 |
|
2 |
DH5α |
Escherichia coli |
pAT18 |
|
6,6kb |
ColE1, pAMβ1 |
|
non restricted |
Trieu-Cuot |
U. Zielenkiewicz |
Trieu-Cuot et al.,1991 Gene 102:99-104 |
|
3 |
DH5α |
Escherichia coli |
pAT19 |
|
6,6kb |
ColE1, pAMβ1 |
|
non restricted |
Trieu-Cuot |
U. Zielenkiewicz |
Trieu-Cuot et al.,1991 Gene 102:99-104 |
|
4 |
DH5α |
Escherichia coli |
pLDR8 |
|
7,6kb |
pSC101 |
|
non restricted |
Diederich |
U. Zielenkiewicz |
Diederich et. al., 1992 PLASMID 28:14-24 |
|
5 |
DH5α |
Escherichia coli |
pLDR9 |
|
4,1kb |
pBR322 |
|
non restricted |
Diederich |
U. Zielenkiewicz |
Diederich et. al., 1992 PLASMID 28:14-24 |
|
6 |
DH5α |
Escherichia coli |
pLDR10 |
|
3,8kb |
pBR322 |
|
non restricted |
Diederich |
U. Zielenkiewicz |
Diederich et. al., 1992 PLASMID 28:14-24 |
|
7 |
DH5α |
Escherichia coli |
pLDR11 |
|
4,1kb |
pBR322 |
|
non restricted |
Diederich |
U. Zielenkiewicz |
Diederich et. al., 1992 PLASMID 28:14-24 |
|
8 |
DH5α |
Escherichia coli |
pLEX5AA |
|
4,3kb |
p15A |
|
non restricted |
Diederich |
U. Zielenkiewicz |
Diederich et. al., 1994 Biotechniques 16:916-923 |
|
9 |
DH5α |
Escherichia coli |
pLEX5BA |
|
4,24kb |
pColE1101 |
|
restricted |
Diederich |
U. Zielenkiewicz |
Diederich et. al., 1994 Biotechniques 16:916-923 |
|
10 |
DH5α |
Escherichia coli |
pKG339 |
|
8,5kb |
pSCl01 |
|
non restricted |
Gerdes K. |
U. Zielenkiewicz |
Jensen et. al., 1995 Mol Microbiol 17(2): 211-220 |
|
11 |
DH5α |
Escherichia coli |
pOU82 |
|
12,6kb |
R1 |
|
non restricted |
Gerdes K. |
U. Zielenkiewicz |
Jensen et. al., 1995 Mol Microbiol 17(2): 211-220 |
|
12 |
DH5α |
Escherichia coli |
pGB2λ |
|
5,35kb |
pSC101 |
|
restricted |
Zielenkiewicz U. |
U. Zielenkiewicz |
Zielenkiewicz U. Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. 2001 Ph.D.thesis, IBB PAN |
|
13 |
DH5α |
Escherichia coli |
pX |
|
7,5kb |
ColE1 |
|
restricted |
Schumann W. |
U. Zielenkiewicz |
Kim et. al., 1996 Gene 181:71-76 |
|
14 |
DH5α |
Escherichia coli |
pMTL22 |
|
2,5kb |
ColEI |
|
non restricted |
Chambers |
U. Zielenkiewicz |
Chambers et al.1988. Gene 68:139-149 |
|
15 |
DH5α |
Escherichia coli |
pMTL23 |
|
2,5kb |
ColEI |
|
non restricted |
Chambers |
U. Zielenkiewicz |
Chambers et al.1988. Gene 68:139-149 |
|
16 |
DH5α |
Escherichia coli |
pMTL24 |
|
2,5kb |
ColEI |
|
non restricted |
Chambers |
U. Zielenkiewicz |
Chambers et al.1988. Gene 68:139-149 |
|
17 |
DH5α |
Escherichia coli |
pMTL25 |
|
2,5kb |
ColEI |
|
non restricted |
Chambers |
U. Zielenkiewicz |
Chambers et al.1988. Gene 68:139-149 |
|
18 |
DH5α |
Escherichia coli |
pCUE1 |
|
5,8kb |
pSC101 |
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
19 |
DH5α |
Escherichia coli |
pCUZ1 |
|
5,1kb |
p15A |
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
20 |
DH5α |
Escherichia coli |
pCUE2 |
|
4,5kb |
pColE1 |
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
21 |
DH5α |
Escherichia coli |
pCUZ2 |
|
5,2kb |
p15A |
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
22 |
DH5α |
Escherichia coli |
pCUE3 |
|
5,9kb |
pSC101 |
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
23 |
DH5α |
Escherichia coli |
pCUZ3 |
|
6,8kb |
pSC101 |
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
24 |
DH5α |
Escheerichia coli |
pBEZ2 |
|
6kb |
|
|
restricted |
U. Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
25 |
DH5α |
Escherichia coli |
pBEZ2-ζ* |
|
6kb |
|
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
26 |
DH5α |
Escherichia coli |
pOU82Ω-ε-ζ |
|
14,8kb |
R1 |
|
restricted |
U. Zielenkiewicz |
U. Zielenkiewicz |
Jensen et al., 1995. Mol.Microbiol.17:211-220 |
|
27 |
DH5α |
Escherichia coli |
pX-ζ |
|
8,4kb |
ColE1 |
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz U. Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. 2001, Ph.D. Thesis, IBB PAN |
|
28 |
DH5α |
Escherichia coli |
pX-ε |
|
7,8kb |
ColE1 |
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz U. Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. 2001 Ph.D. Thesis, IBB PAN |
|
29 |
DH5α |
Escherichia coli |
pATE1 |
|
6,9kb |
pAMβ1, ColE1 |
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
30 |
DH5α |
Escherichia coli |
pBT286 |
|
4,8kb |
|
|
restricted |
Piotr Ceglowski |
U. Zielenkiewicz |
|
|
31 |
DH5α |
Escherichia coli |
pBT346 |
|
8,7kb |
pBR322, pTA1060 |
|
restricted |
Piotr Ceglowski |
U. Zielenkiewicz |
Ceglowski et al., 1993 Mol.Gen.Genet.241:579-585 |
|
32 |
DH5α |
Escherichia coli |
pBT347 |
|
8,1kb |
pBR322, pTA1060 |
|
restricted |
Piotr Ceglowski |
U. Zielenkiewicz |
Ceglowski et al., 1993 Mol.Gen.Genet.241:579-585 |
|
33 |
DH5α |
Escherichia coli |
pBT349 |
|
8,7kb |
pBR322, pTA1060 |
|
restricted |
Piotr Ceglowski |
U. Zielenkiewicz |
Ceglowski et al., 1993 Mol.Gen.Genet.241:579-585 |
|
34 |
DH5α |
Escherichia coli |
pBT347-ζ* |
|
8,1kb |
pBR322, pTA1060 |
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable mainmaintenance in bacterial cells. Warszawa, 2001. |
|
35 |
DH5α |
Escherichia coli |
pBT346-7 |
|
5,4kb |
pBR322, pTA1060 |
|
restricted |
R.Pankiewicz |
U. Zielenkiewicz |
|
|
36 |
DH5α |
Escherichia coli |
pBT346-8m |
|
6,2kb |
pBR322, pTA1060 |
|
restricted |
R.Pankiewicz |
U. Zielenkiewicz |
|
|
37 |
DH5α |
Escherichia coli |
pACE1 |
|
5,13kb |
p15A |
|
restricted |
U. Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
38 |
DH5α |
Escherichia coli |
pUC-E |
|
3,2kb |
|
|
restricted |
Piotr Ceglowski |
U. Zielenkiewicz |
|
|
39 |
DH5α |
Escherichia coli |
pGBT9-ε |
|
5,80kb |
|
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
40 |
DH5α |
Escherichia coli |
pGAD424-ε |
|
6,95kb |
|
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
41 |
DH5α |
Escherichia coli |
pGAD424-ζ |
|
7,52kb |
|
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
42 |
DH5α |
Escherichia coli |
pGBT9-ζ |
|
6,39 |
|
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
43 |
DH5α |
Escherichia coli |
pGAD424-Δ1ε |
|
6,91kb |
|
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
44 |
DH5α |
Escherichia coli |
pGAD424-Δ2ε |
|
6,84kb |
|
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
45 |
DH5α |
Escherichia coli |
pGAD424-Δ3ε |
|
6,91kb |
|
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
46 |
DH5α |
Escherichia coli |
pGAD424-Δ4ε |
|
6,89kb |
|
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
47 |
DH5α |
Escherichia coli |
pGBT9-Δ1ζ |
|
6,35kb |
|
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
48 |
DH5α |
Escherichia coli |
pGBT9-Δ2ζ |
|
6,3kb |
|
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
49 |
DH5α |
Escherichia coli |
pGBT9-Δ3ζ |
|
6,19kb |
|
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |
|
50 |
DH5α |
Escherichia coli |
pGBT9-Δ4ζ |
|
6,3kb |
|
|
restricted |
U.Zielenkiewicz |
U. Zielenkiewicz |
Zielenkiewicz, U. Ph.D. thesis: Role of genes epsilon and zeta of plasmid pSM19035 in its stable maintenance in bacterial cells. Warszawa, 2001. |