Difference between revisions of "Team:Hong Kong HKUST/Collaborations"
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| + | <p>We met up with the iGEM team of SUST China to discuss our projects and exchange ideas for inspiration and troubleshooting. Their project was about degrading PET plastic using cell-surface displayed proteins on the cell membrane to catalyze the degradation of PET. As their system was contact dependent, we suggested that they use a surfactant to better anchor their cells to the PET plastic so that the surface area of PET in contact with the bacteria would be increased, allowing for more efficient processing of PET. In addition, SUST also utilized a protein composed of several subunits, much like many of the proteins in our project’s ASS cluster. With the benefit of prior research, we also suggested that they pay attention to the ratio in which the subunits were expressed as that could affect the protein folding process. These suggestions were welcomed by SUST and hopefully helped improve their project. | ||
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<p>Vivamus nec odio ac ligula congue feugiat at vitae leo. Aenean sem justo, finibus sed dui eu, accumsan facilisis dolor. Fusce quis dui eget odio iaculis aliquam vel sed velit. Nulla pellentesque posuere semper. Nulla eu sagittis lorem, a auctor nulla. Sed ac condimentum orci, ac varius ante. Nunc blandit quam sit amet sollicitudin sodales.</p> | <p>Vivamus nec odio ac ligula congue feugiat at vitae leo. Aenean sem justo, finibus sed dui eu, accumsan facilisis dolor. Fusce quis dui eget odio iaculis aliquam vel sed velit. Nulla pellentesque posuere semper. Nulla eu sagittis lorem, a auctor nulla. Sed ac condimentum orci, ac varius ante. Nunc blandit quam sit amet sollicitudin sodales.</p> | ||
Revision as of 04:31, 10 October 2018
Collaboration
Small meetups for exchange of project ideas
- Team SUST_ChinaA and SUST_ChinaB
- Team Hong_Kong_JSS (UCCKE), August 2nd
- Date:   2 August 2018
- Time:   13:30
- Location:   UCCKE
Make an app - the photo color to check the concentration
Collaboration:
Laccase module: Theoretically, laccase binding with copper can increase efficiency. Data required from high school team: solution of laccase binded with copper
Modelling: Help the high school team to develop their equation
We met up with the iGEM team of SUST China to discuss our projects and exchange ideas for inspiration and troubleshooting. Their project was about degrading PET plastic using cell-surface displayed proteins on the cell membrane to catalyze the degradation of PET. As their system was contact dependent, we suggested that they use a surfactant to better anchor their cells to the PET plastic so that the surface area of PET in contact with the bacteria would be increased, allowing for more efficient processing of PET. In addition, SUST also utilized a protein composed of several subunits, much like many of the proteins in our project’s ASS cluster. With the benefit of prior research, we also suggested that they pay attention to the ratio in which the subunits were expressed as that could affect the protein folding process. These suggestions were welcomed by SUST and hopefully helped improve their project.
Vivamus nec odio ac ligula congue feugiat at vitae leo. Aenean sem justo, finibus sed dui eu, accumsan facilisis dolor. Fusce quis dui eget odio iaculis aliquam vel sed velit. Nulla pellentesque posuere semper. Nulla eu sagittis lorem, a auctor nulla. Sed ac condimentum orci, ac varius ante. Nunc blandit quam sit amet sollicitudin sodales.
Vivamus ultricies mollis mauris quis molestie. Quisque eu mi velit. In et cursus nibh. Donec facilisis, orci sed mollis hendrerit, nunc risus mattis odio, eget efficitur nisl orci a lectus. Aenean finibus neque convallis orci sollicitudin tincidunt. Vivamus lacinia facilisis diam, quis facilisis nisi luctus nec. Aliquam ac molestie enim, ut ultrices elit. Fusce laoreet vulputate risus in tincidunt. Sed commodo mollis maximus. Nullam varius laoreet nibh sit amet facilisis. Donec ac odio vehicula, consequat elit et, sodales justo. Vestibulum ante ipsum primis in faucibus orci luctus et ultrices posuere cubilia Curae; Nullam ac auctor mauris, in hendrerit libero.
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Vivamus nec odio ac ligula congue feugiat at vitae leo. Aenean sem justo, finibus sed dui eu, accumsan facilisis dolor. Fusce quis dui eget odio iaculis aliquam vel sed velit. Nulla pellentesque posuere semper. Nulla eu sagittis lorem, a auctor nulla. Sed ac condimentum orci, ac varius ante. Nunc blandit quam sit amet sollicitudin sodales.
Vivamus ultricies mollis mauris quis molestie. Quisque eu mi velit. In et cursus nibh. Donec facilisis, orci sed mollis hendrerit, nunc risus mattis odio, eget efficitur nisl orci a lectus. Aenean finibus neque convallis orci sollicitudin tincidunt. Vivamus lacinia facilisis diam, quis facilisis nisi luctus nec. Aliquam ac molestie enim, ut ultrices elit. Fusce laoreet vulputate risus in tincidunt. Sed commodo mollis maximus. Nullam varius laoreet nibh sit amet facilisis. Donec ac odio vehicula, consequat elit et, sodales justo. Vestibulum ante ipsum primis in faucibus orci luctus et ultrices posuere cubilia Curae; Nullam ac auctor mauris, in hendrerit libero.