In the limited time of the CNR-MoES project “Organic Fluorophores for the Study of Neurovascular Coupling through Two-Photon Microscopy Techniques” we have developed a model fluorophore that could allow simultaneous fMRI based on 19F signal and functional 2PM imaging, leading to improved holographic image generation for a comprehensive view of the brain at microscopic and/or mesoscopic scale. Correlation of fMRI signal with microscopic cellular dynamics is also expected to assist a better understanding of brain function and the fine neural circuitry, or connectivity

Organic fluorophores for the study of neurovascular coupling through two-photon microscopy techniques: design and synthesis of a potential dual-mode molecular probe

Simonetta Orlandi
;
Gianluca Pozzi
2024

Abstract

In the limited time of the CNR-MoES project “Organic Fluorophores for the Study of Neurovascular Coupling through Two-Photon Microscopy Techniques” we have developed a model fluorophore that could allow simultaneous fMRI based on 19F signal and functional 2PM imaging, leading to improved holographic image generation for a comprehensive view of the brain at microscopic and/or mesoscopic scale. Correlation of fMRI signal with microscopic cellular dynamics is also expected to assist a better understanding of brain function and the fine neural circuitry, or connectivity
2024
Istituto di Scienze e Tecnologie Chimiche "Giulio Natta" - SCITEC - Sede Secondaria Milano - Via C. Golgi
Heck, Polyfluorinated amines, Rhodamines
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/524349
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