Difference between revisions of "Part:BBa I746201:Experience"

Revision as of 16:53, 21 October 2007

The device was tested for its ability to confer sensitivity to the antibiotic bacitracin. Normally E. coli are resistant to this as it cannot pass through the outer membrane. With this device, the bacteria are killed by the antibiotic, evidenced by a ring of clearing seen when a bacitracin soaked disc is placed onto a lawn of growing bacteria. This suggests that the device confers non-selective permeability on molecules at least 1400Da in size. [edit]

Applications of BBa_I746201

The device was expressed in E. coli that were meant to be producing or detecting AIP. However, when these were tested, by seeing if the AIP senders could induce the detectors to produce more GFP, no change was seen. It is not known which part of the system was faulty in this test.

User Reviews

UNIQdf8ceaa2a3e47258-partinfo-00000000-QINU UNIQdf8ceaa2a3e47258-partinfo-00000001-QINU

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 __NOTOC__
-This experience page is provided so that any user may enter their experience using this part.<BR>Please enter
-how you used this part and how it worked out.
+The device was tested for its ability to confer sensitivity to the antibiotic bacitracin. Normally E. coli are resistant to this as it cannot pass through the outer membrane. With this device, the bacteria are killed by the antibiotic, evidenced by a ring of clearing seen when a bacitracin soaked disc is placed onto a lawn of growing bacteria. This suggests that the device confers non-selective permeability on molecules at least 1400Da in size.
+[edit]
 ===Applications of BBa_I746201===
+The device was expressed in E. coli that were meant to be producing or detecting AIP. However, when these were tested, by seeing if the AIP senders could induce the detectors to produce more GFP, no change was seen. It is not known which part of the system was faulty in this test.
 ===User Reviews===