ADVANCING INFECTIOUS DISEASE RESEARCH
Integrated Solutions for Pathogen Preparedness
Integrated Facilities
Containment laboratories and a variety of analytical platforms, distributed across multiple locations in Italy, form an integrated network of cutting-edge facilities. They are designed to support advanced research activities and enable scientific collaboration.
Multidisciplinary Expertise
From biology and chemistry to physics and computational science, the infrastructure brings together diverse technologies to enable pathogen research, including diagnostic and drug discovery.
Service-Based Access
Access is currently available through a fee-for-service model. Academic groups, hospitals, and companies can request tailored support based on their needs.
Who We Support
Tailored Solutions to Meet User Needs
Our infrastructure is more than a collection of instruments. It offers integrated access to diverse techniques, collaborative know-how, and tailored services, enabling concrete solutions with scientific and societal value.
We address specific needs of different user groups, from academic researchers to public health institutions and industry stakeholders.
For Researchers
Access laboratory and analytical services for your project goals
For Hospitals & Labs
Obtain analytical support for your samples
For Biotech & Industry
Advance your R&D projects with laboratory support, analytical services, and expert scientific guidance
For Policy Makers & Societal Stakeholders
Gain scientific insights to make evidence-based decisions and public health strategies
Pathogen Research
To accelerate research on high-risk viruses through isolation and characterization under physiological conditions.
Structural Biology
To develop bioactive, low-molecular mass molecules against previously identified targets through a structure-based drug discovery approach.
Advanced Microspectroscopy
To develop new therapies, study pathogen behaviour, and monitor disease progression through cutting-edge and interdisciplinary facilities.
Mechanobiology
To characterize cells, monitor their mechanical behaviour during differentiation processes, and diagnose pathological alterations.
Multi-Omics
To assist and guide biomedical and pharmaceutical research in pandemic events by deciphering key molecular changes following host-pathogen interaction, disease progression, and drug treatment
AI and Simulations
To immediately access post-processing of the data of each experiment and interact with a composite data and computational ecosystem for large-scale statistical analysis, simulation and deep-learning techniques.
Bioelectronics
To develop, characterize, and test bioelectronic devices for use in pathogen screening, handling, diagnostics, and therapeutics.
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Pathogen Research
To accelerate research on high-risk viruses through isolation and characterization under physiological conditions. -
Structural Biology
To develop bioactive, low-molecular mass molecules against previously identified targets through a structure-based drug discovery approach. -
Advanced Microspectroscopy
To develop new therapies, study pathogen behaviour, and monitor disease progression through cutting-edge and interdisciplinary facilities. -
Mechanobiology
To characterize cells, monitor their mechanical behaviour during differentiation processes, and diagnose pathological alterations. -
Multi-Omics
To assist and guide biomedical and pharmaceutical research in pandemic events by deciphering key molecular changes following host-pathogen interaction, disease progression, and drug treatment -
AI and Simulations
To immediately access post-processing of the data of each experiment and interact with a composite data and computational ecosystem for large-scale statistical analysis, simulation and deep-learning techniques. -
Bioelectronics
To develop, characterize, and test bioelectronic devices for use in pathogen screening, handling, diagnostics, and therapeutics.
Updates from the Infrastructure
Stay informed with the most recent developments and announcements.
News
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