This week in class, we completed a lab in order to learn about enzyme reaction rates. In this lab activity, we served as the enzyme toothpickase; in other words, we broke toothpicks. The calculations were completed to determine how many toothpicks are broken per second during different time intervals to determine the r ate of reaction of the enzyme. The rate of reaction can be determined by counting the amount of product produced, or the amount of substrate remaining and dividing by time. There are many factors that can affect the rate of an enzyme reaction. There were three variables that could effect the rate of reaction or how fast the substrate can be broken down.
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My Dog is Broken! - National Center for Case Study Teaching in Science (NCCSTS)
YES, if was a very fun conversation to have with three teenage boys! But basically I am going to take you through some of the questions we discussed and probably show you some of the diagrams we used to help us! Have fun! So, erection is controlled by a cell signaling pathway that looks a little something like this…. As a class we decided that the first messenger is the nitric oxide. It starts the channel of messages. The next thing we had to find is the likely second messenger.
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To start, you should first know that the erection process is controlled by a cell signaling pathway that looks like this. From the diagram above, we can see that the first messenger that starts the signal transduction in the smooth muscle cell was Nitric Oxide. The next thing on the list was to identify the likely second messenger.