Floret Case Study

The data in proves that our hypothesis was correct. When we increased the temperature to 35°C, the the enzyme activity increased because kinetic energy increased, increasing the collisions between the substrate and the enzyme, and thus creating a higher chance of reaction. When we increased the temperature to 45°C, the enzyme activity decreased as the enzyme became denatured,because the atoms in the enzyme had enough energy to overcome the hydrogen bonds between the R groups that give the enzyme its shape From our data, we could conclude that the optimal temperature of turnip peroxidase is around 35°C and around 45°C, it will start to denature.

A review of the records reveals the member to be an adult female with a birth date of 12/07/1969. The member has a diagnosis of osteoarthritis. The member’s treating provider, Peter Townsend, MD recommended the member use the Flector 1.3% patch.

For the temperature treatment, it was decisive in that the A. franciscana showed a steady increase in concentration from section 1 to 4. This expands on the hypothesis that suggests A. franciscana prefers an optimum temperature between 20-24 ̊ C because from the results of the experiment A. franciscana seemed to prefer even higher temperatures. Al Dhaheri and Drew (2003) state that A. franciscana stop reproducing at temperature above 30 ̊ C and compared to the experiments results. It can be concluded that A. franciscana prefer warmer temperatures, but reproduce at lower

The same type of experimental process was used in the other experiments of temperature, and enzyme, substrate, and ionic concentration. For example, for temperature, they replaced the distilled water in the cuvettes with water of different temperatures of 3, 15, 25,37,and 100 degrees Celsius. Then, after the colorimeter was calibrated, the absorbance and transmittance of the data was collected for 2 minutes in increments of 20

Congratulations to Clevette!! She has accepted the director position as the CBC/Peds department. With stating that she is stepping out of the position of Chair the NQC. Marsha Helton as current Co-chair has accepted the position of the Chair position. Clevette received a couple of nominations for the open positions. Nominations were for Kris Dodson for Co-chair and Tracey Feltner as secretary. Kris graciously accepted the Co-Chair position fulfilling the NQC charter and guidelines of having a direct care nurse as either Chair or Co-chair position. Secretary position was not voted on at this time.

going to occur between 40°c to 60°c because this is the habitat temperature for these species and

What is the most likely causative agent and what type of disease manifestation does this patient have?

As seen on table 1, the hypothesis in the introduction of this lab has been supported by the procedures. As the temperature varied from catalases optimal of 37° C, the reaction rate of catalase decreased. 37°C had the highest reaction rate of the three, at 3, while 4°C had the middle rate of reaction at 2.5, and 100° C had the lowest reaction rate of 0.5.

Fiorella has taken the ACT three times. Her last score was the best. OneGoal helped her study and provided packets to study. She also practices from an ACT book. She was honest and said that she did not take the ACT test seriously because personal issues at home that distracted her from doing her best which also played a negative role on her academics. Fiorella is determine to go to college and has learn that she has to separate her personal problems with her academic goal. She wants the committee to provide her with an opportunity

4. Temperature will be kept consistent at room temperature - All tested will be done in the Biology laboratory with the windows shut to make sure the temperature will not change during the tests. The higher the temperature, the shorter the time will be needed for the chemical reactions to happen and phenolphthalein to turn from pink to colourless.

The purpose of this experiment was to test the effects that temperature, pH, and substrate

Aim: The aim of the experiment is to test the effect temperature has on the activity of the enzyme rennin.

The purpose of this lab experiment was to determine the relationship between temperature and the rate of enzymatic activity in yeast cells. In the lab, the temperature was the independent variable. The temperatures consisted of 6°C, 24°C, 34°C, 46°C. The dependent variable in the experiment was the rate of enzymatic activity in yeast cells. The temperatures were tested by using a LabQuest and pressure probe that tested pressure inside the plastic test tube. LabQuest graphed the data and created a line of best fit that was used to determine the slope of the graph. The slope of the graph represents the rate of enzymatic activity. The slope was found for each temperature in 2 different trials. Then, the rate of enzyme activity (kPa/sec) for each temperature in the 2 trials were averaged. These averages were used to develop a graph that shows the relationship between temperature and the rate of enzyme activity. According to the results of the experiment, as the temperature increases, the rate of enzymatic activity decreases. Each enzyme has its own optimal temperature in which it can function efficiently.

To find the effect of temperature on the activity of an enzyme, the experiment deals with the steps as follows. First, 3 mL if pH 7 phosphate buffer was used to fill three different test tubes that were labeled 10, 24, and 50. These three test tubes were set in three different temperature settings. The first test tube was placed in an ice-water bath for ten minutes until it reached a temperature of 2° C or less. The second tube’s temperature setting was at room temperature until a temperature of 21°C was reached. The third tube was placed in a beaker of warm-water until the contents of the beaker reached a temperature setting of 60° C. There were four more test tubes that were included in the procedure. Two of the test tubes contained potato juice were one was put in ice and the other was placed in warm-water. The other two test tubes contained catechol. One test tube was put in ice and the other in warm water. After

The Effect of Temperature on the Permeability of Beetroot Membrane Analysis The graph shows the colorimeter readings increase as the temperature increases, they increase by the most at higher temperatures. This is shown by a smooth curve. This means that the beetroot samples release more dye at higher temperatures.