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VISI-ON-BRAIN - CUTTING-EDGE HUMAN IN VITRO AND IN SILICO BIOMEDICAL TOOLS ON BRAIN
DISORDERS

Brain disorders (BD)s have become one of the leading causes of disability in the world with about a third and a half of all Europeans suffering from BD in their lifetime. Patients falling under BDs do not have cure or disease-modifying Leggi tutto options and as a result, BDs are one of the major societal challenges with a high economic burden impact for Europe and the rest of the world. The primary aim in VISI- ON-BRAIN is to provide the appropriate training for the participating DCs, guaranteeing that each individual DC is able to achieve and finalize a PhD degree based on their performed research work and at the same time equip them with tools on how to collaborate and work towards new and innovative technologies for modeling BDs. VISI-ON-BRAIN consists of six closely interlinked Work Packages (WPs), closely managed through WP6. The central theme – in vitro and in silico modeling - will be executed through scientific WP1- WP3 – bioengineering, In vitro modelling of BDs and In silico modelling - by which the individual DCs are jointly trained within and across multiple scientific disciplines using different didactic methods in WP4 – education and training - to enable efficient work on his/ her own project as well as in joint efforts with other DCs within and across the WPs1-3. Each DC project is directly or indirectly linked to other DC projects and contributes with different pieces of the gear in different scientific WPs, which in turn makes up a major piece of the large machinery to be merged into different scientific deliverables. The education and training and industrial secondments will provide basic DC training in the individual scientific disciplines and inter- and trans-disciplinary training in and across multiple scientific fields, and provide DCs with transferrable, inter-sectorial skills and tools to prepare them for new thinking, innovation and true inter- disciplinary work, and communication, dissemination and exploitation of their results through WP5.

Responsabili: MANTEGAZZA FRANCESCO
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Bando: MSCA Doctoral Networks 2024
Enti finanziatori: EUROPEAN COMMISSION

PNRR per la Missione 4, componente 2 Investimento 1.1- Avviso 104/2022 | Functional Role of Protein Folding Intermediates: A Cross-Disciplinary Study Integrating Molecular Simulations with Biophysical and Biochemical Experiments

Responsabili: MANTEGAZZA FRANCESCO
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Bando: Bando PRIN 2022
Enti finanziatori: MINISTERO DELL'UNIVERSITA' E DELLA RICERCA (MUR)

MANTEGAZZA-Fondo per il finanziamento delle attività base di ricerca

Responsabili: MANTEGAZZA FRANCESCO
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Bando: FFABR 2017
Enti finanziatori: M.I.U.R. - MINISTERO DELL'ISTRUZIONE, DELL'UNIVERSITA' E DELLA RICERCA - UFFICIO I - Bilancio e Contabilita'. Coordinamento staff della Direzione

Nanomaterials for "Blue Energy": renewable energy from capacitive mixing by using supercapacitors with nanostructured electrodes (NANOBLUE) - Nanomateriali per "Energia Blu": energia rinnovabile ottenuta mediante miscelazione capacitiva mediante supercondensatori con elettrodi nanostrutturati (NANOBLUE).

Responsabili: MANTEGAZZA FRANCESCO
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Bando: 2011-001 - Ricerca scientifica e tecnologica sui materiali avanzati

CAPMIX-Capacitive mixing as a novel principle for generation of energy from salinity difference

Responsabili: MANTEGAZZA FRANCESCO
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Bando: 2010-047 - FP7-ENERGY-2010-FET

Realizzazione e sviluppo di nanobiosensori di nuova concezione per lo studio delle interazioni intermolecolari

Responsabili: MANTEGAZZA FRANCESCO
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Bando: Fondi strutturali
a cura di Redazione Centrale, ultimo aggiornamento il 24/10/2022