Difference between revisions of "Team:Jilin China/Team"

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   <h2>Welcome to our team</h2>
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   <h2>Yongge Wu, Ph.D
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   <p>Formaldehyde, as common contamination in daily life, is one of the most dangerous cancerogen in the world. The condition of formaldehyde pollution has alerted people. Thus, it is essential for everyone to detect and degrade formaldehyde right now. [1] However, there is no simple and convenient way to detect and degrade formaldehyde. On the contrary, available methods are usually too complicated for the public with a great amount of drawbacks. For example, Spectrophotometry is limited by experiment conditions and Prices of chromatography equipment are usually high. [1][2][3] So we want to design biobricks to solve this problem by using microorganism.</p>
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Scientific research field
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   <p>Genetic engineering medicine: Study and development on bioactive proteins and peptides by genetic engineering technolgy, that is construction of expression system and vectors, purification technology of expression product, establishment of product quality controlling procedure, and evaluation of medicine function.
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Genetic engineering vaccine and gene therapy: Study and development on vaccines by biological engineering technolgy, mainly, including protein subunits vaccines and DNA vaccines; In additional, study on gene therapy by molecular biology and transgene technology
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Revision as of 12:04, 16 September 2015




Indian Institute of Science Education and Research (IISER), Pune, India

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Yongge Wu, Ph.D Scientific research field

Genetic engineering medicine: Study and development on bioactive proteins and peptides by genetic engineering technolgy, that is construction of expression system and vectors, purification technology of expression product, establishment of product quality controlling procedure, and evaluation of medicine function. Genetic engineering vaccine and gene therapy: Study and development on vaccines by biological engineering technolgy, mainly, including protein subunits vaccines and DNA vaccines; In additional, study on gene therapy by molecular biology and transgene technology

Welcome to our team

Formaldehyde, as common contamination in daily life, is one of the most dangerous cancerogen in the world. The condition of formaldehyde pollution has alerted people. Thus, it is essential for everyone to detect and degrade formaldehyde right now. [1] However, there is no simple and convenient way to detect and degrade formaldehyde. On the contrary, available methods are usually too complicated for the public with a great amount of drawbacks. For example, Spectrophotometry is limited by experiment conditions and Prices of chromatography equipment are usually high. [1][2][3] So we want to design biobricks to solve this problem by using microorganism.

Welcome to our team

Formaldehyde, as common contamination in daily life, is one of the most dangerous cancerogen in the world. The condition of formaldehyde pollution has alerted people. Thus, it is essential for everyone to detect and degrade formaldehyde right now. [1] However, there is no simple and convenient way to detect and degrade formaldehyde. On the contrary, available methods are usually too complicated for the public with a great amount of drawbacks. For example, Spectrophotometry is limited by experiment conditions and Prices of chromatography equipment are usually high. [1][2][3] So we want to design biobricks to solve this problem by using microorganism.