Team:ITB Indonesia/Medals

No.	Criterion	Achievements
1	Registration and Giant Jamboree Attendance	Our team has successfully registered to iGEM 2019 and enrolled five of our team members to join Giant Jamboree
2	Competition Deliverables	Our Wiki and Judging form has been finalized while our Poster and Presentation would be presented in Giant Jamboree
3	Attributions	Our team’s attributions can be seen in our attribution page: Attributions
4	Project Inspiration and Description	Our project’s inspiration and description can be viewed in its own page: Description
5	Characterization of Registered Parts	We have added a new characterization of previously registered part: BBa_K381001 It is a nitrate-sensing part, we assessed its performance under salt-stress

No.	Criterion	Achievements
1	Validated Part	We have created a new basic part, LuxN, and have characterized its performance along with another parts as composite part, whose function is to detect Vibrio parahaemolyticus
2	Collaboration	We did several collaborations throughout our project; We held a meet up for Indonesian iGEM 2019 Teams and Indonesian iGEM Alumni to know each other, share iGEM tips and tricks, and tell our current project and difficulties We helped another team, iGEM Sriwijaya from Indonesia, in preparing DH5 alpha cells and PstI enzyme in order to complete their project. We were exchanging enzyme and parts with Universitas Gadjah Mada; they provided us BsaI enzyme which we used to optimize our project and we gave them linearized plasmid backbones to initiate synthetic biology researches in their campus
3	Human Practice	We have considered thoroughly that our project is responsible and do good for the world, especially for our local shrimp farmers. See more at https://2019.igem.org/Team:ITB_Indonesia/Human_Practices

No.	Criterion	Achievements
1	Integrated Human Practice	We’ve put deep considerations about how our project affects the world and vice versa. The details can be seen in our Integrated Human Practice page: Human Practices
2	Modelling	We have modelled an impactful model based on our lab works, the models are available to be viewed in our Modelling page: Modelling
3	Demonstrate	We have pulled out the relevant wet lab works to proof that our system would work as expected. We’ve also built a protocept of a convenient portable detecting device. The details are available to be seen in our Demonstrate page: Demonstrate
4	Parts Improvement	We planned to compare and improve the performance of our new composite part to the previously registered LuxOU parts. Unfortunately, we ran out of time and could not finish the experiment