Ministerial projects

“A multiomic approach for diagnosis and follow-up of eosinophilic esophagitis: from bench to bedside”

Description: This research project aims to identify non-invasive biomarkers to optimize the diagnosis and clinical monitoring of patients suffering from...

PHENYLTRACK – Design and development of a platform for self-testing phenylalanine levels in patients with hyperphenylalaninemia and clinical follow-up supported by Artificial Intelligence

Description: Patients affected by HPA must constantly monitor plasma phenylalanine (Phe) concentrations in order to adjust diet and/or pharmacological therapy...

Sens.AI -bioSENSori per la rilevazione di Aminoacidi su piattaforma IoT

Descrizione: Il progetto Sens.AI mira a soddisfare esigenze rilevate in specifici settori della diagnostica medica, in particolare laddove è richiesto...

Novel biomedical devices combining antimicrobial and anti-inflammatory activity by embedding bioactive-loaded nanoconstructs in polymer films for more effectiveness in infectious disease treatment.

Descrizione: Antimicrobial resistance (AMR) is a global emergency related to public health due to its epidemiological and economic impact. The...

MIMIT-AI SANATEC – Sviluppo di nuovi prototipi funzionAli a base di sostanze NAturali ad attività biocida con approccio nanoTECnologico per la sicurezza umana ed alimentare

Descrizione: SANATEC – approved and financed by MIMIT – Accordi Innovazione is a supply chain project with a total value...

Development of HYbrid and Multifunctional Bio-conjugates against Alzheimer’s Disease (HYMBAD)

Descrizione: Alzheimer's disease (AD) is the sixth leading cause of disability due to its high incidence and represents a huge...