Difference between revisions of "Team:Utrecht/flipetyfloop"

After taking medication,the drug will get absorbed, distributed through the body, metabolised and eventually excreted from the body.

Excreted pharmaceutical products can end up in our sewage systems.

This can happen anywhere: in our homes, schools, hospitals and other healthcare facilities. Other contributors to the rising concern of pharmaceuticals in our waters are drug producing factories.

These pharmaceuticals have shown harmful side effects on marine animals and can possibly be dangerous to humans as well.

For a more detailed discussion you can visit our Project Description.

So we talked to water treatment companies, specialists and other involving parties about this issue.

See more on Integrated Human Practices.

We discovered a problem involving the analysis of water within these companies and came up with a Project Design to solve this.

We went into the laboratory and did some experiments, which resulted into interesting findings.

We wanted others to know about our project as well. More about this topic can be found in Public Engagement. Furthermore, we collaborated with other iGEM teams to get valuable insights.

We also had to find the means to fund our project.Luckily, some parties were willing to invest their time and capital in us.



We are very grateful to our sponsors and other contributors. A special thank you for your help!

After a lot of late nights, long hours in the laboratory, insightful conversations with stakeholders, some sweat (maybe some tears) and a massive amount of laughter and joy.

We, the Utrecht iGEM team of 2018, proudly present to you:

Detaxion: A biosensor aimed to rapidly identify harmful water-based pharmaceuticals in surface waters.