The water sources around the world are facing a deadly threat. About 30~40% of lakes and reservoirs are under the harm of eutrophication, causing the decline of biodiversity and environmental quality.

Our target proteins assist and enhances the performance of bacteria in organic phosphate hydrolysis, inorganic phosphate transportation, and polyphosphate fixation in cells.

We utilize microbial sensor with engineered on-off switch on the transcription factor of the plasmid to test the hydrolyzing and fixation effects, creating a specific and sensitive method to monitor the functions of our engineered bacteria!

Designed as our project implementation, the device provides living space enclosed by membranes with light sensoring chips monitoring the function of the engineered bacteria and ensuring biosafety.

We have THE solution to eutrophication. Explore our website to see how our engineered bacterial cell systems can cure the water!

The water sources around the world are facing a deadly threat. About 30~40% of lakes and reservoirs are under the harm of eutrophication, causing the decline of biodiversity and environmental quality.

Our target proteins assist and enhances the performance of bacteria in organic phosphate hydrolysis, inorganic phosphate transportation, and polyphosphate fixation in cells.

We utilize microbial sensor with engineered on-off switch on the transcription factor of the plasmid to test the hydrolyzing and fixation effects, creating a specific and sensitive method to monitor the functions of our engineered bacteria!

Designed as our project implementation, the device provides living space enclosed by membranes with light sensoring chips monitoring the function of the engineered bacteria and ensuring biosafety.

We have THE solution to eutrophication. Explore our website to see how our engineered bacterial cell systems can cure the water!