WP 4.3Spoke 04

Healthy, sustainable and personalised precision nutrition

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  3. WP 4.3

The goal of Work Package 4.3 is to deepen our understanding of healthy, sustainable, and personalised nutrition tailored to the unique needs of each individual. 

The research will focus on the development and validation of personalised and precision nutrition models based on a range of factors such as anthropometric, demographic, nutritional status, lifestyle habits, perceptual and psychosocial characteristics, metabolic response, and genetic and metagenetic features. The aim is to develop predictive tools that can be used to identify specific phenotypes and determine the most appropriate intervention strategies.

One of the tasks of Work Package 4.3 involves the definition and validation of improved dietary models that can meet individual nutritional needs through sustainable and cost-effective food and preparation methods (in connection with Spokes 1, 5, and 7). Additionally, the research will focus on developing tools capable of predicting metabolic, psychosocial, and physiological responses to food intake at an individual level (in connection with Spoke 6).

Another important aspect of Work Package 4.3 is identifying nutrient and non-nutrient food components that can potentially identify nutrient and non-nutrient food components that can potentially promote consumer health. Researchers will evaluate the bioavailability, bioactivity, and impact on the intestinal environment, including the gut microbiota of these components using a range of in vitro, in vivo, and ex vivo approaches. The goal is to confirm the actual absorption and bioactivity of nutrient and non-nutrient components, considering specific dietary models and target groups.

Finally, Work Package 4.3 will focus on analysing the interactions between food and the human body following events that occur in the gastrointestinal context. Researchers will use in vitro and in vivo approaches to understand the impact of new foods and corresponding reference standards. The aim is to improve our understanding of human nutrition's physiological processes and  promote healthy and sustainable dietary habits.

Task and deliverables

Task 4.3.1.

Development and validation of sustainable models of personalised/precision nutrition based on anthropometric, demographic, nutritional status, lifestyle habits, perceptive characteristics, psychosocial, metabolic response, genetic and metagenetic characteristics, also developing predictive tools for the identification of specific phenotypes and appropriate intervention strategies. Tasks include the definition and validation of improved dietary patterns to cover individual nutritional needs through sustainable and affordable foods/preparations (in connection with Spoke 1, 5 and 7) and the development of tools for the prediction at individual level of the metabolic, psychosocial, and physiological response to food intake (in connection with Spoke 6).

Task 4.3.2.

Identification of nutrient and non-nutrient food components (and their metabolic products) potentially involved in the promotion of consumer health, and evaluation of their bio accessibility, bioavailability, and effect on the gut microbiota, using in silico, in vitro, ex vivo and in vivo approaches on humans/animals to confirm the actual absorption and bioactivity of non-nutrient components also considering specific dietary patterns and target groups.

Task 4.3.3.

Evaluation of food-human interactions following the events occurring in the gastrointestinal milieu by both in vitro and in vivo approaches and elucidation of the impact of new foods and corresponding benchmarks.

Milestones

M4.3.1.

List of the existing phenotypes and metabotypes that might be linked to individual responses to food intake (M12)

M4.3.2.1.

List of nutrients and non-nutrients with improved bioavailability and bioactivity and with impact on specific target groups (M24)

M4.3.2.2.

List of food and dietary supplements that might provide benefits to specific populations (M24)

M4.3.3.

List of new products to be tested for the in vitro and in vivo approaches (M18)

Research projects

Research projectBIOMUSH-FOOD

Bioactive-rich mushrooms for food reformulation


Managed by


Principal investigators

Cristina Alamprese

Referred to

Spoke 04
Research projectBIO_PROP

Development of bioprocesses for the valorization of by-products from food side-streams


Managed by


Principal investigators

Ivano De Noni

Referred to

Spoke 04
Research projectDE LEGUMINIBUS

Discovering the effects of pulses through the gut microbiome and bioavailability of bioactive compounds


Managed by


Principal investigators

Paola Vitaglione,Danilo Ercolini,Luisa Cigliano

Referred to

Spoke 04
Research projectDIG IT

Bioaccessibility of food components as a new marker of nutritional quality


Managed by


Principal investigators

Alessandra Bordoni

Referred to

Spoke 04
Research projectEFFICACY

Evaluation of different cooking and storage processes on nutrients and non-nutrients effects by means of intestine-on-chip and pre-clinical models


Managed by


Principal investigators

Lucia Guidi,Roberto Giovannoni,Alma Martelli,Andrea Serra

Referred to

Spoke 04
Research projectEMPIRE

Environmental impact of dietary choices


Managed by


Principal investigators

Giuseppe Grosso

Referred to

Spoke 04
Research projectENDOPHENOL

Investigation of in vivo endogenous and/or exogenous production of phenolic metabolites using (un)targeted metabolomics


Managed by


Principal investigators

Pedro Mena,Daniele Del Rio,Marco Ventura

Referred to

Spoke 04
Research projectFAM

A systematic review on the effects of food additives on gut microbiota


Managed by


Principal investigators

Giuseppe Grosso

Referred to

Spoke 04
Research projectFAUST

Fermented microalgae as functional supplements


Managed by


Principal investigators

Francesco Martelli

Referred to

Spoke 04
Research projectFOOD-MICROBIOME

Disentangling the functional contribution of food microbes on the human gut microbiome


Managed by


Principal investigators

Marco Ventura

Referred to

Spoke 04
Research projectFUTURE

Development of functional legume-based foods and ingredients through fermentation


Managed by


Principal investigators

Roberto Nigro,Giuseppe Blaiotta,Danilo Ercolini,Luisa Cigliano,Federica Moraca,Paola Vitaglione

Referred to

Spoke 04
Research projectIMPROVED FAT

Improvement of food fat profile by means of advanced lipid systems


Managed by


Principal investigators

Cristina Alamprese

Referred to

Spoke 04

Referred to

Spoke 04
Research projectMAPEN

Multi-omics analyses for personalized nutrition


Managed by


Principal investigators

Giuseppe Grosso

Referred to

Spoke 04
Research projectMETA-BETA

Food (poly)phenol metabotypes and beta-cell mass and function


Managed by


Principal investigators

Alessandra Dei Cas,Daniele Del Rio,Pedro Mena

Referred to

Spoke 04
Research projectNEW PRACTICE

Development of new approaches to elucidate the metabolism of nutritionally relevant bioactive compounds


Managed by


Principal investigators

Daniele Del Rio,Pedro Mena

Referred to

Spoke 04
Research projectOBI-WAN-DIET

A multi-omics approach to tackle obesity at individual level with plant-based diets


Managed by


Principal investigators

Pedro Mena,Daniele Del Rio

Referred to

Spoke 04
Research projectOMI_MET

Nutri-omics signatures in mets patients


Managed by


Principal investigators

Antonio Moschetta,Marialisa Clodoveo,Maria Calasso,Gaetano Villani

Referred to

Spoke 04
Research projectPERSUASION

Definition of personalised sustainable healthy dietary interventions


Managed by


Principal investigators

Veronica Sberveglieri,Carmela Spagnuolo

Referred to

Spoke 04
Research projectSDS

Estimation of the slowly digestible starch intake for the italian population and evaluation of its clinical impact on human metabolism and gut microbiota


Managed by


Principal investigators

Antonio Gasbarrini,Andrea Urbani,Margherita Dall'asta,Luigi Lucini

Referred to

Spoke 04
Research projectSUM_LIFE

Implementation and validation of healthy and sustainable menus throughout the lifecycle


Managed by


Principal investigators

Patrizia Riso,Daniela Martini

Referred to

Spoke 04
Research projectTUNNEL

Role of tuna consumption in healthy and sustainable dietary models


Managed by


Principal investigators

Alberto Dolci,Patrizia Riso,Daniela Martini

Referred to

Spoke 04
Research projectUNICORN

Understanding the role of sensory determinants and perception in healthy eating


Managed by


Principal investigators

Monica Laureati

Referred to

Spoke 04
Research projectUTOPY

Microbial functions interfering with host physiology


Managed by


Principal investigators

Diego Mora

Referred to

Spoke 04
Research projectVEG-FRU_GAP

Multimethodological investigation of fresh vegetables and fruits during the gastrointestinal tract progression


Managed by


Principal investigators

Luisa Mannina,Annabella Vitalone,Maria De Giusti,Luciano Galantini,Giacomo Di Matteo

Referred to

Spoke 04
Research projectWOMPHY

Wastewater from olive mills phytocomplex


Managed by


Principal investigators

Urska Vrhovsek

Referred to

Spoke 04