Difference between revisions of "Part:BBa K2832000:Experience"
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| − | After exposing our different test cells to different frequencies and amplitudes, we found that cells did seem to respond differently to different sonic stress conditions based on the promoters they carried. We fund that cell growth was most aided by 2khz at 100db. On the other hand, cell growth was most disrupted by 8khz and 100db, and we think this frequency may actually be killing cells and thus preventing growth. In general, the PSPA system was the most sound responsive system and K112402 was likely a constitutive | + | After exposing our different test cells to different frequencies and amplitudes, we found that cells did seem to respond differently to different sonic stress conditions based on the promoters they carried. We fund that cell growth was most aided by 2khz at 100db. On the other hand, cell growth was most disrupted by 8khz and 100db, and we think this frequency may actually be killing cells and thus preventing growth. In general, the PSPA system was the most sound responsive system and K112402 was likely a constitutive promoter |
===Applications of BBa_K2832000=== | ===Applications of BBa_K2832000=== | ||
Latest revision as of 20:44, 3 December 2018
After exposing our different test cells to different frequencies and amplitudes, we found that cells did seem to respond differently to different sonic stress conditions based on the promoters they carried. We fund that cell growth was most aided by 2khz at 100db. On the other hand, cell growth was most disrupted by 8khz and 100db, and we think this frequency may actually be killing cells and thus preventing growth. In general, the PSPA system was the most sound responsive system and K112402 was likely a constitutive promoter
Applications of BBa_K2832000
The graphs below include all the promoters tested with PbamE
Stationary Phase Cells vs the Cells in Ambient sound
Data Table for Stationary Phase Cells vs the Cells in Ambient sound
Stationary Phase Cells vs the Cells in Ambient sound
Data Table for Stationary Phase Cells vs the Cells in Ambient sound
Stationary Phase Cells vs Cells exposed to 8 kHz, 80dB sound
Data Table For Stationary Phase Cells vs Cells exposed to 8 kHz, 80dB sound
Stationary Phase Cells vs Cells exposed to 8 kHz, 100dB sound
Data Table for Stationary Phase Cells vs Cells exposed to 8 kHz, 100dB sound
Stationary Phase Cells vs Cells exposed to 2 kHz, 100dB sound
Data Table for Stationary Phase Cells vs Cells exposed to 2 kHz, 100dB sound
This Graph describes the expression levels of incubated cells divided by the expression of the cells in stationary phase cells and their response to sound.
Data table for expression levels of incubated cells divided by the expression of the cells in stationary phase cells and their response to sound.
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