Team:USTC/Collaborations
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HFUT-China
We help the team HFUT-China to solve some biological problems and help them to validate their software, building a better platform or forum for iGEMers to communicate, especially about the parts. Here’s our suggestions about their search engine—Bio-Designer-Dolphin.
The searching engine—bio-designer-dophin, is very powerful. It consists of 4 different parts. The first one, the searching section, is the most useful tool on this website. Just type in the key words you are interested in, the Dophin will tell you all projects in iGEM competition over the last 12 years that are associated with your key words. For example, this year, our project is about bio-cathode, so the first try I did was to search bio-cathode. A few seconds later, all projects about bio-cathode would come up to me. No matter the awards they got or the biobricks they had submitted to the HQ would be sorted out. Then you can have a general understanding to this project. This function is so great as there have not been any search engine that is serve for iGEM competition especially. Besides, it also provides us a platform to design our project online, drawing out the gene circuit with any biobrick you want. Though it still has some problems if we want to search out the proper biobrick we want to use when we are designing. Thirdly, it also have a section called “Gene relationship”. In this part, the Dophin will show you the genes that have close relationship to the one you concern. This two parts can help us design and optimize our gene circuit more conveniently. The last section is called “System”. It’s a tool that you can use to search out the characterizations of some chemical compounds.
USTC-Software
UTSC-Software has been one of our traditional collabrators. Focusing on the establishment and improvement of a online synthetic biology community this year, we, as potential users of their bio-hub, provided our opinions and needs in application design and homepage design. For example, we suggested adding an online forum named "iGEMers' Notebook" in which iGEMers can exchange important information and ideas concerning this competition. We also helped them with biological problems they came across, such as the biological background of comparative sequence analysis. UTSC-Software shared with us some useful tricks and their experience in website making and modeling, which helped speed up our work.
Shanghai Tech
Last year, team Shanghai-Tech used CdS nanoparticles to utilize light energy. This year, coincidently, we also need to use CdS nanoparticles to generate electrons for photosynthesis. To have a positive control in our experiments, we use this CdS quantum dots to play the role of light catalyzer, proving that our concept can function as we expected. In addition, we also help them to make a further validation of the CdS quantum dots’s function and improve the characterization of the CdS quantum dots.
USTC-Software
UTSC-Software has been one of our traditional collabrators. Focusing on the establishment and improvement of a online synthetic biology community this year, we, as potential users of their bio-hub, provided our opinions and needs in application design and homepage design. For example, we suggested adding an online forum named "iGEMers' Notebook" in which iGEMers can exchange important information and ideas concerning this competition. We also helped them with biological problems they came across, such as the biological background of comparative sequence analysis. UTSC-Software shared with us some useful tricks and their experience in website making and modeling, which helped speed up our work.
USTC-Software
UTSC-Software has been one of our traditional collabrators. Focusing on the establishment and improvement of a online synthetic biology community this year, we, as potential users of their bio-hub, provided our opinions and needs in application design and homepage design. For example, we suggested adding an online forum named "iGEMers' Notebook" in which iGEMers can exchange important information and ideas concerning this competition. We also helped them with biological problems they came across, such as the biological background of comparative sequence analysis. UTSC-Software shared with us some useful tricks and their experience in website making and modeling, which helped speed up our work.
