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Team:Caltech/Safety
From 2014.igem.org
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<center>Our lab is located on the 1st floor of W. M. Keck Engineering Laboratories. We have our own tabletop centrifuge and thermal cycler, as well as a 37°C incubator, a -20°C freezer, and a 4°C freezer. We share the -80°C freezer with the rest of the Richard Murray lab. | <center>Our lab is located on the 1st floor of W. M. Keck Engineering Laboratories. We have our own tabletop centrifuge and thermal cycler, as well as a 37°C incubator, a -20°C freezer, and a 4°C freezer. We share the -80°C freezer with the rest of the Richard Murray lab. | ||
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| + | <tr> <td bgColor=#000000 colspan = 3> <font color = "white"> <font size = +2> <center> Safety Regarding Policies and Practices </center> </font> </td> | ||
| + | <tr> <td> One of the questions are team asked was: if we were to design an inter species drug to treat diabetes, how feasible would it be to test and distribute?After considering this idea, we came across questions regarding the safety of this approach. We contacted the Caltech Safety Office to consider the steps we would have to take to test it. First, we would want to test our drug on animals. To do this, we would have to adhere to the IACUC guidelines for animal testing. The link, https://iacuc.caltech.edu/submission, describes the procedures necessary. Next, we would want to test it on humans. For that, we would need to adhere to the IRB guidelines, which can be found here: https://irb.caltech.edu/protocols. Not only do we need to follow IRB guidelines, but we also need to follow FDA guidelines. Their regulations can be found at http://www.fda.gov/ScienceResearch/SpecialTopics/RunningClinicalTrials/ucm155713.htm#FDARegulations. | ||
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| + | This approach does address our question. However, it makes it seem like a trivial process, when, in reality, would be very time consuming to perform. Since we were unsuccessful in creating our circuit design in E. coli, this approach did not influence our science project, since it is a distant step in the process. Other teams can follow these steps if they design a successful circuit in E. coli using insulin. | ||
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<tr> <td bgColor=#000000 colspan = 3> <font color = "white"> <font size = +2> <center> Procedures </center> </font> </td> | <tr> <td bgColor=#000000 colspan = 3> <font color = "white"> <font size = +2> <center> Procedures </center> </font> </td> | ||
Revision as of 22:43, 16 October 2014
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One of the questions are team asked was: if we were to design an inter species drug to treat diabetes, how feasible would it be to test and distribute?After considering this idea, we came across questions regarding the safety of this approach. We contacted the Caltech Safety Office to consider the steps we would have to take to test it. First, we would want to test our drug on animals. To do this, we would have to adhere to the IACUC guidelines for animal testing. The link, https://iacuc.caltech.edu/submission, describes the procedures necessary. Next, we would want to test it on humans. For that, we would need to adhere to the IRB guidelines, which can be found here: https://irb.caltech.edu/protocols. Not only do we need to follow IRB guidelines, but we also need to follow FDA guidelines. Their regulations can be found at http://www.fda.gov/ScienceResearch/SpecialTopics/RunningClinicalTrials/ucm155713.htm#FDARegulations.
| This approach does address our question. However, it makes it seem like a trivial process, when, in reality, would be very time consuming to perform. Since we were unsuccessful in creating our circuit design in E. coli, this approach did not influence our science project, since it is a distant step in the process. Other teams can follow these steps if they design a successful circuit in E. coli using insulin. |
Please visit our Materials and Methods section to view the standard protocols we followed over the summer. | | |||||||||
