Moresense

Smart sensors for contaminants and biomolecules. From research to the market.

MoreSense develops sensors based on molecularly imprinted polymers to detect contaminants and biomolecules with high selectivity and fast response times. Two technological strands — optical and electronic — converge in a family of modular, patent-protected and scientifically validated devices, designed to scale up for environmental, industrial and biomedical applications.

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Technology architecture: MIP and modular devices.

At the heart of MoreSense lies a research programme dedicated to the development of a sensor platform based on molecularly imprinted polymers (MIPs), designed to selectively detect contaminants and biomolecules even in complex matrices, using SPR-based optical configurations and dedicated electronic solutions. The modular architecture, which makes it possible to transform research into devices that can be used in real-world contexts, is based on these three pillars.

Advanced technology, high sensitivity

Surface plasmon resonance (SPR) detects changes in the refractive index on the sensor surface in real time, without the need for labels.

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molecular selectivity

MIP receptors are synthetic polymers ‘tailored’ to a specific target. They offer high selectivity, thermal and chemical stability, reusability and low cost. A single instrument can thus be quickly reconfigured by simply changing the MIP sensor to suit the application.

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Scalable technology for industry and the IoT

In addition to optical scanning, MoreSense integrates MIP technology with compact electronic sensors, designed for portable devices and fixed installations in industrial settings.

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Advanced technology, high sensitivity

Surface plasmon resonance (SPR) detects changes in the refractive index on the sensor surface in real time, without the need for labels.

Read more →

molecular selectivity

Scalable technology for industry and the IoT

In addition to optical scanning, MoreSense integrates MIP technology with compact electronic sensors, designed for portable devices and fixed installations in industrial settings.

Read more →

Devices & Applications

Building on research into MIPs combined with optical and electronic sensors, MoreSense has designed two families of devices tailored to different contexts: laboratory instruments for advanced analysis, and compact, automated solutions for use in the field and in industrial settings.

Spectra (Optical Device)

Laboratory equipment, bare and functionalised sensors

An optical device capable of reading both bare sensors (without any functionalisation) and sensors functionalised with MIP, providing semi-quantitative results in a short time. It is already in use at research centres.

MR1

A compact, simple and affordable device.

A portable device based on a robust and user-friendly electronic interface. Designed for use even in non-specialist settings, without the need for any training. Suitable for continuous monitoring in the field, manufacturing environments, point-of-care diagnostics and integration into IoT systems.

PFAS and Environmental Contaminants

Application: water monitoring and industrial supply chains

Detection of PFAS in drinking water, industrial water, groundwater and contaminated sites. Compliance with EU Directive 2020/2184 (limit 100 ng/L). MIP technology enables selective and rapid measurements, reducing both time and costs compared to traditional methods.

Pathogens and Biomolecules

Application: rapid diagnosis and surveillance

Rilevamento di virus, come SARS-CoV-2, PSA (peste suina africana), e biomarcatori specifici tramite sensori MIP funzionalizzati. Elevata sensibilità e applicazioni in diagnostica rapida, ricerca biomedica e sorveglianza epidemiologica.

Impact & Sustainability

MoreSense is the result of the convergence of new technologies, regulatory requirements and environmental responsibility. Sensors located closer to the measurement point reduce operational complexity and red tape, making tests previously carried out by specialist laboratories more accessible. Thanks to the versatility of MIPs and its tools, our company contributes to the continuous monitoring of emerging contaminants such as PFAS, supports rapid on-site diagnostics, and facilitates the transition to increasingly sustainable models over time.

We are using the instrument developed by MoreSense to test various functionalisation protocols designed for biosensor applications. The MoreSense instrument has proven to be highly versatile; it is also very easy to use and is suitable for studying biomolecular interactions—specifically, analyte-target interactions—in a variety of applications.

Laura Pasquardini

–Co-founder and CEO, Indivenire Ltd

I truly believe that photonics has a great deal to offer. I have come to realise the importance of this polymer, which is really the core component of a measurement system; expertise in mechanical design, mechatronics, and so on – including, in this case, biology – is held by very few companies, even within the semiconductor sector.

Bruno Murari

–Inventor – 2017 Elmer A. Sperry Award

We are currently developing two types of sensors: one is electronic and the other is optical. They are fast, highly accurate, extremely selective, inexpensive and can be controlled remotely, for example.
The methods currently used worldwide cannot detect fewer than 4,000 viruses per millilitre, whereas we can detect eight viruses per millilitre. So the sensitivity is extremely high; they are very, very promising.