YLR006C - Revision history

Teagueb: /* Caffeine */

2023-05-10T02:37:29Z

‎Caffeine

2023-05-10T01:48:39Z

‎Caffeine

2023-05-04T15:14:31Z

‎Electrical Shock

2023-05-04T15:14:19Z

‎Electrical Shock

2023-05-04T01:20:10Z

‎Electrical Shock

2023-05-04T01:16:59Z

‎Electrical Shock

2023-05-04T01:12:22Z

‎Electrical Shock

2023-05-04T01:09:20Z

‎Electrical Shock

2023-05-04T01:09:12Z

‎Electrical Shock

2023-05-04T01:07:33Z

‎Electrical Shock

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 '''Analysis'''
-The average doubling time for the knockout gene SSK1 under standard conditions was 60 minutes. Under the stress of the caffeine the doubling time decreased to 24 minutes.
+The average doubling time for the knockout gene SSK1 under standard conditions was 60 minutes. Under the stress of the caffeine the doubling time decreased to 24 minutes. Under the stress of caffeine we see growth happening showing that the amount of caffeine in the concentration was low enough in order to produce growth. Based off of the different concentration levels we notice that they are increasing in growth rate very evenly. The 7.55 and 6.8 mL concentrations remain constant around 208 min while the 8.3 mL concentration increases slightly in growth. This shows that the higher concentration of caffeine under the knockout gene SSK1 had a slightly faster growth rate compared to the other concentrations 7.55 and 6.8.
   {{ShortCenteredHR}}

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 '''Analysis'''
-{{ShortCenteredHR}}
+The average doubling time for the knockout gene SSK1 under standard conditions was 60 minutes. Under the stress of the caffeine the doubling time decreased to 24 minutes.
 ==Glucose Sensitivity==

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 '''Protocol'''
 [[UW-Stout/Voltage SP23]]
 '''Data'''

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 '''Analysis'''
-These two pictures are showing how the second knockout strains react with either no electrical shock or an electrical shock of 2.5 kV. These were the same experiments but on different days to make sure things looked like each other. With our second knockout we notice something very unusual. When we shock this strain with 2.5kV the cells seem to not die at all, as if they are resistant to the shock. This happened with both trials. With our second trial, we noticed that we had contamination in all of our plates. While our cells did grow so did other things.
+These two pictures are showing how the second knockout strain reacts with either no electrical shock or an electrical shock of 2.5 kV. These were the same experiments but on different days to make sure things looked like each other. With our second knockout we notice something very unusual. When we shock this strain with 2.5kV the cells seem to not die at all, as if they are resistant to the shock. This happened with both trials. With our second trial, we noticed that we had contamination in all of our plates. While our cells did grow so did other things.
 ==References==

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 '''Data'''
-[[Image:BTR21.jpg]]
+[[Image:21.jpg]]
 '''Analysis'''