Team:NMU China/Education1

Combatting COVID-19
Naval Medical University CHINA

Education & Public Engagement

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Introducing Synthetic Biology to Middle School Students

Prior to the closure of our university due to the COVID-19 pandemic, we hosted an open lab for local students from Jamestown High School that focused on synthetic biology. During this event, an annual tradition for William & Mary iGEM, we introduced advances in and techniques of molecular and synthetic biology. For example, we described the discovery of restriction enzymes and their applications within synthetic biology, including the isolation of the insulin gene and its recombinant use in bacteria. Afterwards, we allowed students

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Preparing for Life as an Undergrad Science Student

Prior to the closure of our university due to the COVID-19 pandemic, we hosted an open lab for local students from Jamestown High School that focused on synthetic biology. During this event, an annual tradition for William & Mary iGEM, we introduced advances in and techniques of molecular and synthetic biology. For example, we described the discovery of restriction enzymes and their applications within synthetic biology, including the isolation of the insulin gene and its recombinant use in bacteria. Afterwards, we allowed students

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Collaborations

Prior to the closure of our university due to the COVID-19 pandemic, we hosted an open lab for local students from Jamestown High School that focused on synthetic biology. During this event, an annual tradition for William & Mary iGEM, we introduced advances in and techniques of molecular and synthetic biology. For example, we described the discovery of restriction enzymes and their applications within synthetic biology, including the isolation of the insulin gene and its recombinant use in bacteria. Afterwards, we allowed students

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Educational Material and Media

Prior to the closure of our university due to the COVID-19 pandemic, we hosted an open lab for local students from Jamestown High School that focused on synthetic biology. During this event, an annual tradition for William & Mary iGEM, we introduced advances in and techniques of molecular and synthetic biology. For example, we described the discovery of restriction enzymes and their applications within synthetic biology, including the isolation of the insulin gene and its recombinant use in bacteria. Afterwards, we allowed students