pGreen

The pGreen plasmids were first described in 2000 as components of a novel T-DNA binary system.[1] The supporting web page[2] provides supplementary information and ongoing support to researchers to request their plasmid resources. As these plasmids have been taken up by the research community, the plasmids have been developed, expanding the resources available to the community.

Researchers are encouraged to contribute to this research community by submitting their vector sequence to genbank and providing a description of the plasmid on the site.

pGreenI and pGreenII

pGreen is the original pGreen plasmid.

pGreenII features plasmid backbone modification to improve plasmid stability.

T-DNA regions
See also: Transfer DNA

No transformation selection

pGreenII 0000: minimal T-DNA with Left and Right border, lacZ gene for blue/white selection during cloning multiple cloning site derived from pBluescript

pGreenII 62-SK: derived from pGreenII 0000, the LacZ blue/white cloning selection has been replaced with a 35S-MCS-CaMV cassette that allows the insertion of a gene of interest into a 35S over-expression cassette. The multiple cloning site (MCS) is derived from pBluescript.

pGreenII 0800-LUC

Kanamycin selection

pGreenII 0029: derived from pGreenII 0000, a nos-kan cassette has been inserted into the HpaI site of the Left Border, providing resistance to kanamycin during plant transformation selection.

pGreenII 0029 62-SK: derived from pGreenII 0029, the LacZ blue/white cloning selection has been replaced with a 35S-MCS-CaMV cassette that allows the insertion of a gene of interest into a 35S over-expression cassette. The MCS is derived from pBluescript.

Hygromycin selection

pGreenII 0179: derived from pGreenII 0000, a 35S-hyg cassette has been inserted into the HpaI site of the Left Border, providing resistance to hygromycin during plant transformation selection.

Bialaphos selection

pGreenII 0229: derived from pGreenII 0000, a nos-bar cassette has been inserted into the HpaI site of the Left Border, providing resistance to bialaphos or phosphinothricin during plant transformation selection.[3]

pGreenII 0229 62-SK: derived from pGreenII 0229, the LacZ blue/white cloning selection has been replaced with a 35S-MCS-CaMV cassette that allows the insertion of a gene of interest into a 35S over-expression cassette. The MCS is derived from pBluescript.

pSoup

This is the helper plasmid that provides the replicase function for the pSa replication origin of pGreen. pSoup is tetracyclin resistant and a complementary incompatibility group such that it can co-exist with pGreen in the Agrobacterium cell.

pSoup: the original help plasmid for pGreen. pGreen will not replicate in Agrobacterium if it is not present.

gollark: I can make *my* bot open bidirectional communication links to any channel I have the ID of (which it's in) but I never needed to do this.
gollark: Well, no idea, I don't have very much information.
gollark: Hmm. That actually sounds reasonable.
gollark: No, I mean what training data?
gollark: What are you training it on?

References
  1. "pGreen: a versatile and flexible binary Ti vector for Agrobacterium-mediated plant transformation," Plant Molecular Biology 42: 819-832, 2000
  2. "www.pGreen.ac.uk". Archived from the original on 2017-07-25. Retrieved 2020-02-13.
  3. "bialaphos selection".
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