Difference between revisions of "Team:NCTU Formosa"
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Revision as of 06:55, 4 August 2015
We are 2015 NCTU_Formosa!
Abstract
This year, our project focuses on the diagnoses before and after treatment for cancers. Two systems are constructed for our project. The first system displays scFv on the surface of E.coli while the second one displays gold binding peptide (GBP).
For the diagnoses before treatment, the first system is utilized. By using the fluorescent E.coli with scFv displayed on the surface, IHC procedure can be simplified because the process of adding secondary antibodies is omitted. Furthermore, the omission can solve the current problem of non-specific binding of secondary antibodies. In addition, the combination of the designed E.coli with the current, fully developed measurement technology can obtain quantitative results.
A dual system involving E.coli displaying scFv and E.coli displaying GBP can solve a common random orientation problem of antibodies coating on gold chip to attain an accurate measurement. Therefore, the dual system can also offer a quantitative and accurate diagnosis for after treatment of cancer.
According to the application of the two systems, the project not only improves the diagnoses of the cancer types before treatment easily and rapidly, but also helps track the patient’s condition after treatment by multifaceted measurement technology with more accurate quantitative results!
According to the application of the two systems, the project not only improves the diagnoses of the cancer types before treatment easily and rapidly, but also helps track the patient’s condition after treatment by multifaceted measurement technology with more accurate quantitative results!
According to the application of the two systems, the project not only improves the diagnoses of the cancer types before treatment easily and rapidly, but also helps track the patient’s condition after treatment by multifaceted measurement technology with more accurate quantitative results!
According to the application of the two systems, the project not only improves the diagnoses of the cancer types before treatment easily and rapidly, but also helps track the patient’s condition after treatment by multifaceted measurement technology with more accurate quantitative results!
According to the application of the two systems, the project not only improves the diagnoses of the cancer types before treatment easily and rapidly, but also helps track the patient’s condition after treatment by multifaceted measurement technology with more accurate quantitative results!
According to the application of the two systems, the project not only improves the diagnoses of the cancer types before treatment easily and rapidly, but also helps track the patient’s condition after treatment by multifaceted measurement technology with more accurate quantitative results!