Choose the exact single-cell you want to work with.
Prep your sample, select your protocol, come back when your experiment is done.
Our system can be integrated with any conventional inverted microscope.
Our microfluidic chip designs can be tailored to fit your exact needs.
The future of healthcare is shifting toward personalized treatment. In order for the industry to reach that goal, scientists need to understand how complex diseases differ at the single-cell level.
Once scientists understand how heterogeneous single-cells behave in a population, it will have a profound impact on disease research, pharmaceutical drug development, and patient treatment.
Lucero is creating a user-friendly research tool that builds upon deep research in optics, microfluidics, and AI to be used by biologists who study individual cells.
Our first application and pilot project is focused in the research area of AGING Within aging, we can help biologists to better understand aging pathways that could lead to increased human longevity and health. In addition to aging, we believe that these are the fields where we can have the biggest societal impact:
Helping forensic DNA analysts extract cells from evidence samples to obtain better quality DNA profiles more quickly, which could expedite the judicial process.
Aiding researchers create the next generation of immunotherapies by allowing them to properly handle delicate and rare white blood cells.
Allowing virologists to better understand virus-host interactions which could lead to the development of new, personalized vaccines for viruses such as COVID-19.
