Genetically Encoded Sensors for Aquaculture and Environmental Health 

Gene to Utility

We design synthetic gene circuits that translate environmental signals into clear, actionable outputs. From DNA design and lab-based validation to deployment in field settings, our platform connects molecular biology to real-world applications. Whether it's for field-based water quality assessment or in situ nitrate monitoring using glowing aquatic plants, our biosensors replace conventional chemical assays with visual, self-reporting systems. Built for speed, scalability, and simplicity, these tools support environmental decision-making where it matters most — in the field.

Support Innovation at the Source

Help us accelerate the development of living biosensors that address real-world environmental challenges. Your contribution supports synthetic biology research, prototyping, and field testing of tools that can transform how we monitor water quality, agriculture, and ecosystem health.

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Contact us to discuss donation options, sponsorship, or collaboration opportunities.

Inside Fluorescent Life Technologies: Objective and Prototypes