Search results

Create the page "Lux construct.png" on this wiki!

• Team:Cambridge/Project draft
  In either case, an unaltered lux operon would be expressed constitutively. Either the accessory protein or t We are developing a cheap kit for quantification of the lux-based ratiometric construct. All components are inexpensive and readily ava
  17 KB (2,682 words) - 09:04, 21 August 2012
• Team:Cambridge/Project
  We have developed a cheap kit for digital quantification of the lux-based construct. Developing cheap, functional bio-electronic equipment is c [[File:CFP+YFP ratiometric construct.png|750px|thumb|The construct made in the pJS 130 vector for the ratiometric me
  18 KB (2,723 words) - 04:03, 27 September 2012
• Standardised Outputs
  [[File:CFP+YFP ratiometric construct.png|750px|thumb|The construct made in the pJS 130 vector for the ratiometric me [[File:lux construct Cam.png|750px|thumb|The construct made in the pJS130 vector for t
  4 KB (678 words) - 10:53, 3 September 2012
• Team:Cambridge/Project/Standardised Outputs
  [[File:CFP+YFP ratiometric construct.png|700px|thumb|The construct made in the pJS 130 vector for the ratiometric me [[File:lux construct Cam.png|700px|thumb|center|The construct made in the pJS130 vecto
  5 KB (793 words) - 20:28, 26 September 2012
• Team:Cambridge/Project/Results
  [[File:Mg2+construct.png|center|700px|thumb|The construct made in the pJS130 vector for the detectio ...ghtly impromptu fashion. The photographs above directly compare the normal lux biobrick (BBa_K325909) on the left, and our construct on the right, with th
  36 KB (4,449 words) - 03:56, 27 September 2012
• Team:Cambridge/Ratiometrica/Overview
  [[File:CFP+YFP ratiometric construct.png|700px|center|thumb|The construct made in the pJS 130 vector for the ratiome [[File:lux construct Cam.png|700px|thumb|center|The construct made in the pJS130 vecto
  7 KB (988 words) - 01:01, 27 October 2012