"
Team:Bologna/Wetlab
From 2009.igem.org
(Difference between revisions)
Marco.cavina (Talk | contribs) |
Marco.cavina (Talk | contribs) |
||
| Line 23: | Line 23: | ||
<br> | <br> | ||
To test the ratio between the production of an high copy number plasmid (PSB1A2) and a low copy number one (PSB3K3), we assembled two circuits. | To test the ratio between the production of an high copy number plasmid (PSB1A2) and a low copy number one (PSB3K3), we assembled two circuits. | ||
| - | <br> | + | <br><br> |
The open loop GFP circuits are realized with a 1429 promotor and the standard biobrick I13504. | The open loop GFP circuits are realized with a 1429 promotor and the standard biobrick I13504. | ||
[[Image:1429GFP_openloop_hc.png|center|thumbnail|700 px| High copy number plasmid (PSB1A2)]] | [[Image:1429GFP_openloop_hc.png|center|thumbnail|700 px| High copy number plasmid (PSB1A2)]] | ||
[[Image:1429GFP_openloop_lc.png|center|thumbnail|700 px| Low copy number plasmid (PSB3K3)]] | [[Image:1429GFP_openloop_lc.png|center|thumbnail|700 px| Low copy number plasmid (PSB3K3)]] | ||
Revision as of 14:01, 28 September 2009
| HOME | TEAM | PROJECT | MODELING | WETLAB | LAB-NOTEBOOK | DRY LAB | SUBMITTED PARTS | HUMAN PRACTICE |
|---|
To test the ratio between the production of an high copy number plasmid (PSB1A2) and a low copy number one (PSB3K3), we assembled two circuits.
The open loop GFP circuits are realized with a 1429 promotor and the standard biobrick I13504.
