MoreSense's technology

I really believe that there is much to be gained from photonics. I realized the importance of having this polymer that really is the focal part of a measurement system skills own mechanical, mixed mechanical-electronic design, etc. belong in this case also biology belong to very few companies even among semiconductors.

The technology that combines synthetic receptors with optical transduction systems is able to be reprogrammed to go to what we decide: it can go from explosives, to drugs of abuse, to drugs and even to pathogens. We recently developed and patented a system for the determination of SARS-CoV-2. Normally, to do eh analysis on such different analytes typically requires extremely different instrumentation...

There is an increasing push toward real-time monitoring, so with specific sensors, but sensing in real time, possibly even online, communicating data to a platform via IOT integration, and no longer relying on a current sampling system. So transporting the sample to the laboratory, analysis in the laboratory, which of course dilutes the time so much, the costs got high, and moreover, you cannot have real-time monitoring.

We have developed several applications combined with biomimetic receptors, and worth this long experience of field applications, we decided to carry out the technology transfer co-founded MoreSense together with other partners with whom we have already been working for some time. We have demonstrated the versatility of this approach, both in terms of being able to modulate transducer sensitivity and in terms of reconfiguring the molecular imprinting within these receptors.

Here today we are developing two eh sensors: one that is electronic and the other is optical. They are fast, they are very accurate, they are highly selective, they are inexpensive, and they are remotely manageable, for example.

The methods being used around the world today do not see under 4,000 viruses per milliliter; we see eight viruses per milliliter. So the sensitivity is extremely high, they are very very promising.