Difference between revisions of "Team:SDSZ China/cf"
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<p style="color:red;font-size:30px;"> | <p style="color:red;font-size:30px;"> | ||
1. Visit a fishing village.<br> | 1. Visit a fishing village.<br> | ||
| + | <p style="color:black;font-size:30px;"> | ||
| + | |||
- See the process of catching lobsters and get to know <br> | - See the process of catching lobsters and get to know <br> | ||
the treatment with lobster shells.<br> | the treatment with lobster shells.<br> | ||
-Impact: realized that most of the lobster shells were abandoned and were not put into industrial production.<br><br> | -Impact: realized that most of the lobster shells were abandoned and were not put into industrial production.<br><br> | ||
| − | 2. Visit a factory that produces food with lobsters. | + | <p style="color:red;font-size:60px;"> |
| − | - Investigate how much lobster shells can be left after the rounds of production. | + | |
| − | - Impact: more than 50% of the shells are left unused after the production. we confirmed that our project is applicable in reality for the useful resources of lobster shells (raw material) from different sources. | + | 2. Visit a factory that produces food with lobsters.<br> |
| − | 3. Visit pharmaceutical company in Xi’an | + | <p style="color:black;font-size:30px;"> |
| − | - Gain a more complete view of the chemical production of | + | |
| − | - Impact: realized the deficiencies in chemical production (water pollution, energy cost, high demand of laborers, low efficiency) | + | - Investigate how much lobster shells can be left after the rounds of production.<br> |
| − | 4. Visit Biotechnology company in Suzhou | + | - Impact: more than 50% of the shells are left unused after the production. we confirmed that our project is applicable in reality for the useful resources of lobster shells (raw material) from different sources. <br><br> |
| − | - To ask for feedbacks and instructions on solving a problem we encountered in experiment. | + | 3. Visit pharmaceutical company in Xi’an<br> |
| − | - Impact: Introduced us with a new plasmid and QS system. Gave us instructions and suggestions on the conduction our experiment. | + | - Gain a more complete view of the chemical production of chitosan & the problems of the current treatment & interview the staffs, ask their opinions about our design. <br> |
| + | - Impact: realized the deficiencies in chemical production (water pollution, energy cost, high demand of laborers, low efficiency)<br> | ||
| + | 4. Visit Biotechnology company in Suzhou<br> | ||
| + | - To ask for feedbacks and instructions on solving a problem we encountered in experiment.<br> | ||
| + | - Impact: Introduced us with a new plasmid and QS system. Gave us instructions and suggestions on the conduction our experiment.<br><br> | ||
| − | 5. Second visit to the Biotechnology company | + | 5. Second visit to the Biotechnology company<br> |
| − | - Demo test to potential users & gain feedback from them | + | - Demo test to potential users & gain feedback from them<br> |
| − | - Impact: We received positive comments and data from the users and gained inspiration to modify our machine according to realistic production. | + | - Impact: We received positive comments and data from the users and gained inspiration to modify our machine according to realistic production.<br><br> |
| − | 6. After iGEM | + | 6. After iGEM<br> |
- We are planning to revisit the company to show them our modified version of machine, make further adjustments and put our machine into use in industry. | - We are planning to revisit the company to show them our modified version of machine, make further adjustments and put our machine into use in industry. | ||
Revision as of 22:13, 17 October 2018
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Machines
Background Information Product Flow Improvement
- Team
iGem SDSZ_China 2018 
WHAT IS CHITIN
Human Practice Time line
Human Practice timeline
1. Visit a fishing village.
- See the process of catching lobsters and get to know
the treatment with lobster shells.
-Impact: realized that most of the lobster shells were abandoned and were not put into industrial production.
2. Visit a factory that produces food with lobsters.
- Investigate how much lobster shells can be left after the rounds of production.
- Impact: more than 50% of the shells are left unused after the production. we confirmed that our project is applicable in reality for the useful resources of lobster shells (raw material) from different sources.
3. Visit pharmaceutical company in Xi’an
- Gain a more complete view of the chemical production of chitosan & the problems of the current treatment & interview the staffs, ask their opinions about our design.
- Impact: realized the deficiencies in chemical production (water pollution, energy cost, high demand of laborers, low efficiency)
4. Visit Biotechnology company in Suzhou
- To ask for feedbacks and instructions on solving a problem we encountered in experiment.
- Impact: Introduced us with a new plasmid and QS system. Gave us instructions and suggestions on the conduction our experiment.
5. Second visit to the Biotechnology company
- Demo test to potential users & gain feedback from them
- Impact: We received positive comments and data from the users and gained inspiration to modify our machine according to realistic production.
6. After iGEM
- We are planning to revisit the company to show them our modified version of machine, make further adjustments and put our machine into use in industry. - Team