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<img class="imgnav" src="https://static.igem.org/mediawiki/2016/2/24/Title_Team_Collaborations.png">

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Besides, to further propagandize the iGEM as well as synthetic biology, the iGEM Day for the Public Interests (iPDI) was established this year alone with the start-up of the first-ever iGEM team at ShanghaiTech. For this year's iDPI, our team organized a Lab Open House Day in relation to the Shanghai Concordia International School. Inspired by our speeches and the lab visiting, some of the students demonstrated strong curiosity to the iGEM and synthetic biology. Therefore, we were now assiting them to build up their first-ever high school team for the futrue iGEMs. Our team will keep supervising them.  

Besides, to further propagandize the iGEM as well as synthetic biology, the iGEM Day for the Public Interests (iPDI) was established this year alone with the start-up of the first-ever iGEM team at ShanghaiTech. For this year's iDPI, our team organized a Lab Open House Day in relation to the Shanghai Concordia International School. Inspired by our speeches and the lab visiting, some of the students demonstrated strong curiosity to the iGEM and synthetic biology. Therefore, we were now assiting them to build up their first-ever high school team for the futrue iGEMs. Our team will keep supervising them.  

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<img src="https://static.igem.org/mediawiki/2016/7/74/Stu_%282%29.png" style="width:100%;">

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This year, our team launched collaboration with the iGEM team at Tsinghua-A University.<p></p>

This year, our team launched collaboration with the iGEM team at Tsinghua-A University.<p></p>

Tsinghua-A’s iGEM project aims at constructing a synthetic biology circuit to seek insights into noise propagation as well as measure the capacity of parallel information channels. To better scrutinize the information flow mechanism, they planned run computational simulations on Matlab combined with the wet lab work. However, when they were simulating their system with Gillespie Algorithm, they fell short of computing power when it came to scanning the parameters. Due to the limited time frame, it was indeed a big challenge for them to deal with the difficulty shortly.<p></p>

Tsinghua-A’s iGEM project aims at constructing a synthetic biology circuit to seek insights into noise propagation as well as measure the capacity of parallel information channels. To better scrutinize the information flow mechanism, they planned run computational simulations on Matlab combined with the wet lab work. However, when they were simulating their system with Gillespie Algorithm, they fell short of computing power when it came to scanning the parameters. Due to the limited time frame, it was indeed a big challenge for them to deal with the difficulty shortly.<p></p>

Meanwhile, benefiting from this connection, frequent team communications were raised as well. After exchanging the idea with regards of the projects, members from the Tsinghua-A showed strong interests in our Solar Hunter system. To better illustrate our biofilm-based platform strategy, the wiki-design team at Tsinghua-A depicted a brief mechanism of our project in a cartoon style, which provided us some inspirations to design our own big picture later on. The figure they drew is used and also can be seen on our Wiki page.<p></p>

Meanwhile, benefiting from this connection, frequent team communications were raised as well. After exchanging the idea with regards of the projects, members from the Tsinghua-A showed strong interests in our Solar Hunter system. To better illustrate our biofilm-based platform strategy, the wiki-design team at Tsinghua-A depicted a brief mechanism of our project in a cartoon style, which provided us some inspirations to design our own big picture later on. The figure they drew is used and also can be seen on our Wiki page.<p></p>

<a href="https://2016.igem.org/Team:Tsinghua-A/Collaborations">Click here to see our assistance reported by the iGEM team at Tsinghua University.</a>

<a href="https://2016.igem.org/Team:Tsinghua-A/Collaborations">Click here to see our assistance reported by the iGEM team at Tsinghua University.</a>

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               For this year’s competition, our team collaborated with the iGEM Team at Jiangsu Normal University.

               For this year’s competition, our team collaborated with the iGEM Team at Jiangsu Normal University.

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               JSNU’s project aims at applying anthocyan to a potential cancer therapy. Their early experiments were conducted based on the HEK293T where has a low expression of KLF4 compare with GES1. To better test their idea,various cancer cell lines were required for the further explorations. However, when they turned to work on the cancer cells, they realized that later cell generations (normally after the fifth generation) could be applied better in the test, but not commercialized cancer cell clones. Additionally, due to the high expense of the cell clone as well as the long time period of the cell culture, it seemed impossible for the team to conducted their further experiments in cancer cells within the time frame necessary.

               JSNU’s project aims at applying anthocyan to a potential cancer therapy. Their early experiments were conducted based on the HEK293T where has a low expression of KLF4 compare with GES1. To better test their idea,various cancer cell lines were required for the further explorations. However, when they turned to work on the cancer cells, they realized that later cell generations (normally after the fifth generation) could be applied better in the test, but not commercialized cancer cell clones. Additionally, due to the high expense of the cell clone as well as the long time period of the cell culture, it seemed impossible for the team to conducted their further experiments in cancer cells within the time frame necessary.

Thankfully, our team just had the hela cell clone (the ninth generation) in stock which was originally prepared for our previous idea for the iGEM competition. Also, benefiting from some of the group members’ professional skills in cell culture, the cell clone demonstrated good viability. In response to the emergency request from the iGEM at JSNU, we very soon prepared the cell samples according to their needs, and sent the materials immediately.

Thankfully, our team just had the hela cell clone (the ninth generation) in stock which was originally prepared for our previous idea for the iGEM competition. Also, benefiting from some of the group members’ professional skills in cell culture, the cell clone demonstrated good viability. In response to the emergency request from the iGEM at JSNU, we very soon prepared the cell samples according to their needs, and sent the materials immediately.

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They repeated their experiment among several varieties of cancer cell lines including Hela to see if their project can be realized on these cancer cells. However, The Hela cell seemed to be a little overexpressive of KLF4 that did not fit the situation well. Last but not least, the Hela cell became an indivisible part in their project and gave them new thinking.

They repeated their experiment among several varieties of cancer cell lines including Hela to see if their project can be realized on these cancer cells. However, The Hela cell seemed to be a little overexpressive of KLF4 that did not fit the situation well. Last but not least, the Hela cell became an indivisible part in their project and gave them new thinking.

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<a href="https://2016.igem.org/Team:JSNU-China/Collaborations">Click here to see our assistance reported by the iGEM team at Jiangsu Normal University.</a>

<a href="https://2016.igem.org/Team:JSNU-China/Collaborations">Click here to see our assistance reported by the iGEM team at Jiangsu Normal University.</a>

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