About This Project
Nickel is a widespread pollutant around the world, especially in water, and causes many toxic effects including a wide range of allergic reactions.
Until now efforts for water clean-up from nickel have led to widely used chemical remediation methods. Our project is based on synthetic biology: we aim to develop a living system which would help nickel removal from water. Our bacteria are engineered to sense the nickel concentration in water, and to absorb metal ions to make removal easier and safer.
Ask the Scientists
Join The DiscussionWhat is the context of this research?
Our aim is to engineer a non-pathogenic bacteria, E.coli, which could be easily monitored to detect nickel concentration in water and which can be extracted from the environment.
The engineered bacteria would give a visible report signal to operators, changing their color in response to nickel concentrations in the environment. This signals another engineered bacterial population to accumulate the nickel from the environment.
Our project would be easily implemented in a purification plant, allowing a controlled removal of nickel-containing biomass and prevents the use of the chemical purification methods used today,
What is the significance of this project?
Our aim is to develop a bioremediation system, in order to produce a non-chemical way to remove the heavy metal from the environment. This would improve the existing remediation methods without the need of reagents.
Our project will be also submitted to the iGEM 2013 Competition, which will be held in Lyon and in Boston. This is the first year that a team from The University of Salento will take part to this event.
We're really excited to explore the world of synthetic biology.
What are the goals of the project?
Our project has been almost entirely financed by our advisor's laboratory where we work. Part of the lab supplies were offered by Dasit Sciences, our sponsor, and many professors in our department have offered their resources and instruments to achieve our research goal.
The funds from you will be used to support our participation in the iGEM conference in Lyon in October and the International Jamboree in November, in Boston.
Budget
The funds are needed to cover iGEM Jamboree costs and travel expenses to Lyon, France. For 4/9 team members the attendance fees have already been covered by our University employing a grant received from Monte dei Paschi di Siena Bank - we're seeking the remaining to cover the rest of the expenses for our travel to Lyon. We're also seeking to finance the attendance fees and travel costs to Boston, for the international iGEM 2013 convention, and to pursue further research goals.
Meet the Team
Affiliates
Team Bio
We are a team of students from University of Salento from different departments (Nano Biotechnologies, Biology, Physics, Mathematics and Engineering) aiming to develop a remediation device for nickel polluted waters.
Gabriele Alfarano
We are a team of students from University of Salento from different departments (Nano Biotechnologies, Biology, Physics, Mathematics and Engineering) aiming to develop a remediation device for nickel polluted waters.
Lab Notes
Nothing posted yet.
Project Backers
- 7Backers
- 2%Funded
- $85Total Donations
- $12.14Average Donation