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Team:UIUC Illinois/Project/PuppyProbiotic
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| - | Canines and many small animals are incapable of metabolizing theobromine and related stimulants as fast as humans can. Therefore, an excess of the stimulant builds up and begins to overstimulate the animal, thus leading to many malicious side effects. Ranging from slight nausea to death, consumption of these compounds are harmful for the animal. In fact, theobromine has been employed to ward off pests of the same genus as canines: "These results indicate that mixtures of theobromine and caffeine have the potential to be developed into a selective, effective, and socially acceptable toxicant for the control of pest coyotes."[1] | + | <br>Canines and many small animals are incapable of metabolizing theobromine and related stimulants as fast as humans can. Therefore, an excess of the stimulant builds up and begins to overstimulate the animal, thus leading to many malicious side effects. Ranging from slight nausea to death, consumption of these compounds are harmful for the animal. In fact, theobromine has been employed to ward off pests of the same genus as canines: "These results indicate that mixtures of theobromine and caffeine have the potential to be developed into a selective, effective, and socially acceptable toxicant for the control of pest coyotes."[1]</br> |
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Revision as of 01:26, 17 October 2014
Puppy Probiotics.
An Introduction
What just happened?
Canines and many small animals are incapable of metabolizing theobromine and related stimulants as fast as humans can. Therefore, an excess of the stimulant builds up and begins to overstimulate the animal, thus leading to many malicious side effects. Ranging from slight nausea to death, consumption of these compounds are harmful for the animal. In fact, theobromine has been employed to ward off pests of the same genus as canines: "These results indicate that mixtures of theobromine and caffeine have the potential to be developed into a selective, effective, and socially acceptable toxicant for the control of pest coyotes."[1]
Training the Team Underwent
Have your team members received any safety training yet? Our team had two types of training. The first was an online training by the DRS or the Division of Research Safety. This safety training included multiple quizzes and tutorials for General Laboratory Safety and Understanding BioSafety. Additionally, our team took a synthetic biology bootcamp at the beginning of the year to cover general laboratory procedures and safety guidelines. Other safety training such as autoclaving came at another time.
Please briefly describe the topics that you learned about (or will learn about) in your safety training. For all techniques listed, our lab required usage of gloves, goggles, lab coats, closed-toe shoes and long pants to minimize the amount of contact between us and the materials that are being used. Also, general aseptic protocols were adhered to when handling any lab techniques to prevent contamination. Our lab required us to go through a live training with a lab representative to learn proper handling and care of the autoclave.
Who is responsible for biological safety at your institution? BioSafety is all handled by the Division of Research Safety or DRS. As long as it is BioSafety Level 1, our lab, The Institute of Genomic Biology, has no concerns and just requires us to take training through the DRS. The training for the DRS includes online presentations to teach us safety techniques. These presentations are followed by online quizzes that test what we have learn to earn certification. The certification enables us usage of the lab.
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