Team:IISc-Bangalore
Project
Description & Inspiration
Design
Experiments
Parts
Modelling
Lab
Protocols
Growth Regulation
Assembly
Characterisation
Improvement
Results
Lab Notebook
Safety
Hardware
Introduction
OptoMatic
Impedance Method
Absorbance Method
Zeta Potential Method
Software
Community
Collaborations
Human Practices
Integrated Human Practices
Public Engagement
Team
Philosophy
Members
Attributions
Automated
Optimal
Growth
Using
Optics
IISc Bangalore
A practical co-culture is said to exist when two different species/strains of microbes grow together, and are able to sustain their populations harmoniously.
They are very hard to find in nature, as one of the microbes always possess a survival advantage over the other, resulting in a mono-culture eventually. Only symbiosis or auxotrophy can result in stable co-cultures.
(Description)
Co-cultures are even harder to maintain in lab conditions. Moreover all of the current systems to maintain them are impractical and infeasible, as they rely on methods that either stress the cells or are time and energy intensive.
(Description)
We aim at creating a system to do all the effort of maintaining the co-culture without burdening the bacteria, which is fast and easy to implement. And we plan on doing this by something as simple as light!!!
(Design)
Optomatic aims at finishing every single function on its own. What’s more, it can even change the population ratio dynamically, providing a wide range of functionality.
(OptoMatic)