Difference between revisions of "Team:NYU Abu Dhabi"

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<p align="center">The most common type of bacterial infection stems from contact with Escherichia coli, which when ingested can cause a variety of symptoms ranging from nausea to diarrhea.
 
<p align="center">The most common type of bacterial infection stems from contact with Escherichia coli, which when ingested can cause a variety of symptoms ranging from nausea to diarrhea.
 
   Shiga toxin-producing E. coli (STECs) are responsible for the majority of foodborne E. coli infections because the shiga toxin produced inhibits protein synthesis in all cells.
 
   Shiga toxin-producing E. coli (STECs) are responsible for the majority of foodborne E. coli infections because the shiga toxin produced inhibits protein synthesis in all cells.
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             <h3><font face="sans-serif">Adrienne Chang</font></h3>
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Revision as of 18:33, 27 June 2017


































NYU Abu Dhabi




Project Description

The most common type of bacterial infection stems from contact with Escherichia coli, which when ingested can cause a variety of symptoms ranging from nausea to diarrhea. Shiga toxin-producing E. coli (STECs) are responsible for the majority of foodborne E. coli infections because the shiga toxin produced inhibits protein synthesis in all cells. While most countries now have stringent food safety regulations in place to prevent the sale of contaminated foods, small scale manufacturers, particularly street food vendors, often do not have access, time or pressure to consult laboratories about the safety of their food. Therefore, STEC-illnesses are still a major problem in countries that revolve around street food.

Our project aims to produce a portable device that allows for the detection of STEC through the use of loop-mediated isothermal amplification (LAMP), a technique that is similar to, but more sensitive than, polymerase chain reaction (PCR). The end goal of our project is to provide food vendors an opportunity to easily and quickly detect for the presence of STEC in their products to ensure that they are complying with government standards efficiently and conveniently. The results of each test will be uploaded into a database that provides consumers with the date, location and result of each STEC test. This will ensure that both vendor and consumer are safe, leading to a decrease incidence of foodborne E.coli infections.

About Us

Meet the team

Major: Chemistry (Biochemistry)
Year: 2018
Where are you from: US/Taiwan
Something interesting about yourself: My spirit animal is a sloth.
Why do you want to participate in iGEM? I’ve always been interested in engineering and was curious to see how I could combine both passions.


Major: Biology
Year: 2020
Where are you from: South Korea
Something interesting about yourself: I’m a South Korean soldier next year.
Why do you want to participate in iGEM? You don’t say no to these things.


Major: Biology
Year: 2020
Where are you from: Argentina
Something interesting about yourself: I am interested in exploring what can be learnt at the interface between biology and other disciplines.
Why do you want to participate in iGEM? I think that iGEM is a great opportunity to develop an interdisciplinary project that draws upon biological knowledge to solve a real-world problem.


Major: Electrical Engineering
Year: 2019
Where are you from: Indonesia
Something interesting about yourself: I was 5 days away from getting struck by Tsunami.
Why do you want to participate in iGEM? Who says engineers can’t join a Biology competition?


Major: Biology
Year: 2018
Where are you from: Indonesia
Something interesting about yourself: In my life I’ve survived multiple earthquakes and volcanic eruptions… #Indonesian
Why do you want to participate in iGEM? My synthetic biology class introduced me to iGEM - I couldn’t wait to get hands-on experience in my final year!


Major: Biology
Year: 2020
Where are you from: Lithuania
Something interesting about yourself: Went to a 30km cross-country skiing marathon without knowing how to ski.
Why do you want to participate in iGEM? It seemed like a great opportunity to learn more about synthetic biology.


Major: Civil Engineering (Biochemistry)
Year: 2020
Where are you from: Pakistan
Something interesting about yourself: I have lived at ten different houses, each for at least more than a year, throughout my life.
Why do you want to participate in iGEM? To acknowledge myself with the meeting grounds of biology and engineering, and to learn how to integrate this knowledge in designing bioengineering systems.


Major: Mechanical Engineering
Year: 2019
Where are you from: Suva,Fiji
Something interesting about yourself: Not many people can find Fiji on the map.
Why do you want to participate in iGEM? YI get to work with machines and organisms, experimenting and creating a hybrid of life and automata.


Major: Mechanical Engineering
Year: 2019
Where are you from: Faisalabad, Pakistan
Something interesting about yourself: Snorkeled with Sharks, sea turtles and dolphins at three different reefs in the Maldives.
Why do you want to participate in iGEM? I’ve always had a love for biology and, well, biology and engineering together just sound irresistible so I couldn’t hold myself back.


Major: Computer Engineering
Year: 2020
Where are you from: Kathmandu, Nepal
Something interesting about yourself: I haven’t seen snowfall yet (I’m from Nepal).
Why do you want to participate in iGEM? The array of experiences required for iGEM, not only confined synthetic biology, instigated me to work on this project.

Under Construction