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Principal Investigator
Name
Paolo Boffetta
Institution
University of Bologna
Position Title
Full Professor
Email
About this CDAS Project
Study
PLCO (Learn more about this study)
Project ID
PLCO-1657
Initial CDAS Request Approval
Sep 5, 2024
Title
Using large-scale cohort studies to develop a novel AI tool for identifying lifetime, environmental and occupational determinants of healthy ageing (DARE project)
Summary
Non-communicable (or chronic) diseases represent the leading cause of morbidity, disability and mortality in high-income countries; in the elderly population, the main cause of overall mortality is represented by circulatory diseases, followed by cancer and respiratory diseases.
Our main hypothesis posits that employing a supervised clustering and unsupervised neural networks-driven methodology will allow us to unveil novel and previously uninvestigated dietary and lifestyle patterns, which significantly influence the incidence and progression of major aging-related health outcomes, specifically cancer, cardiovascular diseases, and cognitive decline. This hypothesis challenges traditional approaches that predominantly rely on predefined dietary and lifestyle patterns by employing a data-driven approach, aiming to uncover original risk profiles, which are expected to offer deeper insights into the complex interplay between nutrition, environmental, and lifestyle factors in the context of aging.
The project will be carried out by pooling and analyzing data from several cohorts at the international level. Data will be analyzed using unsupervised neural networks approach and supervised clustering for identifying novel patterns of risk factors associated with the following outcomes: cancer, cardiovascular disease and cognitive decline.
Aims

The main objective of this project is using large-scale cohort studies to develop a novel artificial intelligence (AI) tool for identifying lifetime, environmental and occupational determinants of healthy ageing. Existing large-scale cohort data relative to subjects from different European and non-European countries will be combined, updated and analyzed through unsupervised neural networks approach and validated using supervised clustering for identifying novel patterns of risk factors associated with the following outcomes: cancer, cardiovascular disease and cognitive decline.

Collaborators

Andrei Cosmin Siea, University of Bologna
Michele Sassano, University of Bologna
Ohad Zivan, University of Bologna
Monireh Sadat Seyyedsalehi, University of Bologna
Chiara Cabrelle, University of Bologna
Giulia Collatuzzo, University of Bologna
Fereshte Lofti, University of Bologna
Michelle Hanson, University of Bologna