Exploring Unconventional Plant-Derived Metabolites to Keep Away Diabetes: The case of Pomegranate
Status
Past
Acronym
EXPLORER
Project Reference
FAZER+/ILIND/CBIOS/1/2023
Start
2023-06-01
End
2026-06-30
Funding Total
Consortium
- Lusófona University
- Usf São Martinho De Alcabideche
- Cicant - Centre For Research In Applied Communication, Culture, And New Technologies
Leading Partner
Lusófona University
Participants
- LUIS ANTÓNIO MONTEIRO RODRIGUES
Researcher - Cintia Sofia Ferreira Pêgo
Researcher - Catarina Rosado
Researcher - Nuno Ricardo de Almeida Saraiva
Researcher - Ana Sofia Gregório Fernandes
Researcher - João Guilherme Feliciano da Costa
Researcher - Patrícia Dias Mendonça Rijo
Researcher - BERNARDO JOSÉ ESPADINHA DE BRITO PALMA
Researcher - ANA CRISTINA DO POLME MOURATO
Researcher - Emilia Alves
Researcher - ANDREIA FILIPA DOS SANTOS GOMES
Researcher - Clemente José Gomes da Rocha
Researcher - Sofia Gravanita Ferreira
Researcher - Maria Inês de Jesus Duarte Farrim
Researcher - Ana Luísa Gomes Júlio
Researcher - CINTIA JESUS ALMEIDA
Researcher - João Manuel Barreto Vieira
Researcher - Íris Cláudia Felisberto Guerreiro
Researcher - Sofia Ramos Falcão Lopes
Researcher - Catarina Pereira Leite
Researcher - Paula Bela Rosa Luís Lopes
Researcher - FÁBIO SHIMABUKURO SANDES
Researcher - Mafalda Alves
Researcher - Patricia Rodrigues
Researcher - Ana Sofia Rodrigues da Silva
Researcher - Guilherme Jorge Silva Martins
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EXPLORER proposes the development of a human intervention study to
evaluate the effect of ellagitannin-rich pomegranate supplements in the
metabolic and β-cells functional markers, IAPP aggregation risk, urolithin B
(UroB) circulating levels, and microbiota status in individuals with pre-diabetes
to test the hypothesis that UroB is the bioactive molecule improving metabolic
health via mitigation of IAPP cytotoxicity. Given the poor UroB bioavailability
and scarcity of information on its tissue distribution, an innovative
nanotechnology solution, followed by the required safety studies, is proposed to
ensure the proper delivery of the molecule to β-cells in the pancreatic tissue.
With this experimental design, the team expects to overcome the limitations
associated with the low circulating concentrations of UroB provided by the diet.
A powerful Science Communication plan was designed to efficiently
disseminate the findings for stakeholders at the community, academia, and
industry levels, to improve literacy about diabetes and mainly its prevention.
