Difference between revisions of "Team:Tongji-Software/Collaborations"
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<b>Mutual Benefits Achieved</b></br> | <b>Mutual Benefits Achieved</b></br> | ||
<span class="detail">The project of Peking is to construct a ‘synthetic membrane-less organelle’ as a multifunctional toolbox in yeast. They were planning to examine the effect of β-carotene producing in order to verify the feasibility of their project. Theβ-carotene producing consists of several enzymatic reactions. </span> | <span class="detail">The project of Peking is to construct a ‘synthetic membrane-less organelle’ as a multifunctional toolbox in yeast. They were planning to examine the effect of β-carotene producing in order to verify the feasibility of their project. Theβ-carotene producing consists of several enzymatic reactions. </span> | ||
| − | <img src="https://static.igem.org/mediawiki/2018/1/15/T--Tongji-Software--collaboration-Peking-poster.jpeg" height=" | + | <img src="https://static.igem.org/mediawiki/2018/1/15/T--Tongji-Software--collaboration-Peking-poster.jpeg" height="60%"> |
<span class="top">Fig.4. Visit Peking's poster in CCiC.</span> | <span class="top">Fig.4. Visit Peking's poster in CCiC.</span> | ||
Revision as of 13:17, 3 October 2018
COLLABORATIONS
Overview
"It is literally true that you can succeed best and quickest by helping others to succeed." –Napolean Hill
We reached out for 3 registered teams this year and achieved mutual benefits in the process of cooperation. As a software team, we use our skills at data processing and front-end visualization to help other teams a lot. Also, they gave lots of practical suggestions on our project from the experimenter's point of view.
SJTU-software
We surprisely found that the project of SJTU-software is also relative to metabolic pathway like us from the website of iGEM. So we contacted with their team leader and held a meeting to communicate on our projects and solve problems we met together.
Mutual Benefits Achieved
Our software contains a function of flux balance analysis with Cobra tool box. Surprisely, some team members of SJTU-software have learnt Cobra tool box in their professional classes. Since our software only evaluated the flux distribution and did not look insight into the results, they showed us some cases and taught us how to choose knockout native genes for more efficient heterologous pathways based on the results of flux balance analysis. We added this to our project and made our software more practical.
Fig.1. Discussing with SJTU-software and Brainstorming.
The team of SJTU-software countered some difficulties in visualizing network. During this meetup, we presented beta-version of our software. Since our team also implemented network visualization and master the skill of front-end visualization, we introduced the tutorial of D3.js package which is used for data visualization in detail and help them work it out.
Fig.2. Zhichao Ma from Tongji-Software showed beta-version of our software.
Besides the assistant on project, the team member of SJTU-software Yangzhen Wei who has participated in iGEM twice shared us his experiences in Giant Jamboree and the climate, transportation and accommodation in Boston. Thanks for Wei’s reminder of keeping warm and hydrated due to the dry and cold climate in October in Boston!
Fig.3. Tongji & SJTU.Always good buddy.
Peking
We met Peking in August on the fifth Conference of China iGEMer Community. We communicated a lot during the poster exhibition. After gaining insight into each other’s project, both of us realize that we could have a further collaboration.
Mutual Benefits Achieved
The project of Peking is to construct a ‘synthetic membrane-less organelle’ as a multifunctional toolbox in yeast. They were planning to examine the effect of β-carotene producing in order to verify the feasibility of their project. Theβ-carotene producing consists of several enzymatic reactions.
Fig.4. Visit Peking's poster in CCiC.
For purpose of designing rational experiment conditions, they need to know the most efficient pathway of producingβ-carotene and the detail information about enzymes involved in the reactions. Their needs inspire us that we could offer the detail information of enzyme to our users with our software. And then we collected enzyme data from BRENDA and KEGG and integrated them into our web application. Peking got the data they needed from our software and conducted their experiments afterwards.
Fudan-CHINA
Fig.1. Discussing with SJTU-software and Brainstorming.
The team of SJTU-software countered some difficulties in visualizing network. During this meetup, we presented beta-version of our software. Since our team also implemented network visualization and master the skill of front-end visualization, we introduced the tutorial of D3.js package which is used for data visualization in detail and help them work it out.
Fig.2. Zhichao Ma from Tongji-Software showed beta-version of our software.
Besides the assistant on project, the team member of SJTU-software Yangzhen Wei who has participated in iGEM twice shared us his experiences in Giant Jamboree and the climate, transportation and accommodation in Boston. Thanks for Wei’s reminder of keeping warm and hydrated due to the dry and cold climate in October in Boston!
Fig.3. Tongji & SJTU.Always good buddy.
Peking
We met Peking in August on the fifth Conference of China iGEMer Community. We communicated a lot during the poster exhibition. After gaining insight into each other’s project, both of us realize that we could have a further collaboration.
Mutual Benefits Achieved
The project of Peking is to construct a ‘synthetic membrane-less organelle’ as a multifunctional toolbox in yeast. They were planning to examine the effect of β-carotene producing in order to verify the feasibility of their project. Theβ-carotene producing consists of several enzymatic reactions.
Fig.4. Visit Peking's poster in CCiC.
For purpose of designing rational experiment conditions, they need to know the most efficient pathway of producingβ-carotene and the detail information about enzymes involved in the reactions. Their needs inspire us that we could offer the detail information of enzyme to our users with our software. And then we collected enzyme data from BRENDA and KEGG and integrated them into our web application. Peking got the data they needed from our software and conducted their experiments afterwards.
Fudan-CHINA