At MoreSense, we're driven by a vision of a future where human health and environmental protection are paramount. Founded as a spin-off from the University of Campania "Luigi Vanvitelli" and Copernico srl, a company specializing in contaminated site remediation, we develop cutting-edge technologies for the detection and measurement of chemical or biological compounds (pollutants, viruses, proteins, etc.).
Our mission stems from a deep collaboration between electronic and chemical engineers. We've patented a groundbreaking solution that merges MIP (Molecularly Imprinted Polymers) and SPR (Surface Plasmon Resonance) technologies.This translates to highly precise tools for analyzing complex issues.
Versatile Solutions for Diverse Sectors
The need to monitor and safeguard the environment has guided the development of our technologies. We understand the critical importance of swiftly and effectively detecting potential pollutants, such as toxins or pathogens, in both air and water. Sectors like textiles, with their recycling processes, or the industrial sector with its potential residues, face challenges related to increasingly stringent environmental regulations. MoreSense offers innovative tools to ensure product quality and regulatory compliance, preventing the release of harmful substances into the environment.
The Importance of Healthcare and Medical Progress
Our technologies also boast significant applications in healthcare. The need for rapid and accurate diagnoses is fundamental in combating complex diseases and even pandemics. Our work on SARS-CoV-2 detection, developed in collaboration with the Italian National Institute of Health and supported by the Campania Region, proved crucial within the real-world scenario of the Covid-19 pandemic.
There's still a long road ahead towards developing even more advanced tools. Our near-future vision involves creating wearable devices capable of real-time health parameter monitoring. To achieve this ambitious goal, we're already partnering with STMicroelectronics to develop micro-electronic sensors.
MoreSense is committed to continuing the development of innovative solutions, collaborating with both the scientific and entrepreneurial communities. We believe that synergy between research and technological innovation is crucial for a healthier world. Our objective is to provide high-quality and reliable tools, promoting circular economy models and safeguarding everyone's health.
Read the full article on Repubblica
Are you interested in purchasing one of our instruments or developing customized sensors for your company? Contact us!
Moresense participated in Dioxin 2023 - the 43rd International Symposium on Halogenated Persistent Organic Pollutants (POPs) held in Maastricht (The Netherlands) on September 10 to 14, 2023.
Dioxin2023 was a landmark event that took place in Maastricht, marking a significant return to Europe after a five-year hiatus. Hosted in the picturesque city, this symposium revived the tradition of scientific discourse and collaboration, building upon the legacy of past editions such as the memorable Dioxin2011 in Brussels.
As expected, Dioxin2023 delved into the science of persistent organic pollutants (POPs) from a multifaceted perspective. The symposium's scope encompassed a wide array of compounds, ranging from legacy pollutants like dioxins and PCBs to emerging substances such as flame retardants, PFAS, CPs, PCNs, and their derivatives. Topics of discussion spanned analytical advancements, emission control, waste management, environmental levels, human exposure, toxicity, regulation, and more, reflecting the evolving landscape of environmental research.
With participation from over 40 countries, Dioxin2023 boasted a robust program featuring over 400 short papers and 225 oral presentations across five concurrent sessions. An additional 175 posters adorned the venue, showcasing the latest research and findings. Attendees had access to congress materials online, facilitating engagement with the diverse content offered throughout the four-day conference.
During this symposium, MoreSense had the privilege to present...
Social events peppered throughout the week provided ample opportunities for networking and collaboration, fostering connections among students, academics, and industry professionals from around the globe.
Dopo 1 anno di sperimentazione presso i laboratori di Copernico, in collaborazione con il laboratorio MM, verranno esposti i risultati della ricerca; verrà inoltre presentato il primo prototipo di sensore realizzato e testato per la misura di composti emergenti (PFAS).
La nuova tecnologia (MIP-SPR) è stata messa a punto per fornire una soluzione innovativa al monitoraggio dei contaminanti in acqua; tale evoluzione tecnologica consentirà di realizzare strumenti efficaci, per una misurazione anche in tempo reale, raggiungendo i più elevati standard di gestione.
L’evento è a ingresso libero e gratuito fino a esaurimento posti.
Dopo un anno di sperimentazione e incubazione presso Fondazione Filarete Copernico esporrà i risultati della ricerca il prossimo 24 gennaio, presso la Centrale dell’Acqua di Milano, in Piazza Diocleziano 5, in occasione dell’iniziativa Nanotecnologie in fibra ottica per il monitoraggio delle acque; dal laboratorio al prototipo, un passo verso la Smart City. Presentazione di un sensore per i composti perfluorurati (PFAs), organizzata in collaborazione con MM, Università degli Studi della Campania – Luigi Vanvitelli.
La nuova tecnologia (MIP-SPR) è stata messa a punto per fornire una soluzione innovativa al monitoraggio dei contaminanti in acqua; tale evoluzione tecnologica consentirà di realizzare strumenti efficaci, per una misurazione anche in tempo reale, raggiungendo i più elevati standard di gestione.
