Difference between revisions of "Team:Mingdao/Human Practices 2-3-2"

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<h2>Pest Control by Fluorescence</h2>
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<h2>Application in Livestock</h2>
 
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<strong><u>Interview:</u></strong> Dr. Yu-Chan Chao </br>
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<strong>Interview:</strong> Prof. Wu-Chun Tu </br>
<strong><u>Date:</u></strong> Oct. 9, 2018 </br>
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<strong>Date:</strong> Sep. 23, 2018 </br>
<strong><u>Location:</u></strong> video chat </br>
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<strong>Location:</strong> National Mosquito-Borne Diseases Control Research Center, NHRI </br>
<strong><u>Reflection:</u></strong> GE mosquito application </br>
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<strong>Reflection:</strong> Ethical issue, technical problem </br>
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<strong><u>Why: </u></strong> To understand pest control by fluorescence and GE mosquito work </br>
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<strong>Why: </strong> To understand the application and technical problems of our project design </br>
 
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<strong><u>How: </u></strong> We met Dr. Yu-Chan Chao from Institute of Molecular Biology, Academia Sinica through video chat to discuss the paper he published for his research in United States. [Nature (1996) Pest control by fluorescence.] </br>
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<strong>How: </strong> We interviewed Dr. Wu-Chun Tu, a professor working in the Department of Entomology, National Chung Hsing University, who has published more than dozens of articles in SCI journals. He is also serving in National Mosquito-Borne Diseases Control Research Center, National Health Research Institutes for the government to control mosquito-borne diseases. In our conversation, he gave us quite a lot suggestions and indicated the direction of our project in the future. </br>
  
  
 
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1. He described the biotechnique he developed in the paper.</br>
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In our conversation, the professor told us that the greatest disadvantage of our mosquito-based blood testing system to detect pathogens is the lack of specificity. Also, he indicated that applying the system to human body could still be too far away. Even providing it to African people, it is impossible for the authority to pass the related legislations, which involves in many moral issues and a sense of discrimination. After all, why are they but not others tested? The professor suggested we could design a device which can be applied to everyone instead of special communities. He suggested that it’s better for us to apply our design to livestock. By decreasing the animal infectious diseases, it could reduce the zoonotic pathogen to people. 


2. He introduced his current work and research interests in his lab.</br>
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3. He gave comments to our project about the blood testing with GE mosquitoes. </br>
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4. He encouraged us never give up and continue toward the goal what we set in the beginning. </br>
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We’re excited about the work Dr. Chao did using GE insect to pest control by fluorescence. It’s not only interesting but also workable. We learned doing scientific research in a lab is not easy at all, as what we experienced in iGEM project this year. However, we’re encouraged from the distinguished researcher and will keep moving forward to our dream.  
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Due to so many limitations, it is currently impossible for us to release GE mosquitoes to the environment. In the conversation, we found that we don’t fully understand mosquitoes as our experimental host. We still need to learn more about the experiment using mosquitoes and the application of GE organisms in a safety and moral way.  
 
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Latest revision as of 09:49, 17 October 2018

Description

Application in Livestock

Interview: Prof. Wu-Chun Tu
Date: Sep. 23, 2018
Location: National Mosquito-Borne Diseases Control Research Center, NHRI
Reflection: Ethical issue, technical problem



Why: To understand the application and technical problems of our project design


How: We interviewed Dr. Wu-Chun Tu, a professor working in the Department of Entomology, National Chung Hsing University, who has published more than dozens of articles in SCI journals. He is also serving in National Mosquito-Borne Diseases Control Research Center, National Health Research Institutes for the government to control mosquito-borne diseases. In our conversation, he gave us quite a lot suggestions and indicated the direction of our project in the future.

What:

In our conversation, the professor told us that the greatest disadvantage of our mosquito-based blood testing system to detect pathogens is the lack of specificity. Also, he indicated that applying the system to human body could still be too far away. Even providing it to African people, it is impossible for the authority to pass the related legislations, which involves in many moral issues and a sense of discrimination. After all, why are they but not others tested? The professor suggested we could design a device which can be applied to everyone instead of special communities. He suggested that it’s better for us to apply our design to livestock. By decreasing the animal infectious diseases, it could reduce the zoonotic pathogen to people. 



Reflection:

Due to so many limitations, it is currently impossible for us to release GE mosquitoes to the environment. In the conversation, we found that we don’t fully understand mosquitoes as our experimental host. We still need to learn more about the experiment using mosquitoes and the application of GE organisms in a safety and moral way.


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