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Optical Imaging

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Molecular Imaging Conference

Location: 
AREA Science Park Congress Hall, Padriciano, Trieste

Time Domain Optical Imaging, OPTIX and its applications

Location: 
Conference Hall Auditorium - T1 Building AREA Science Park Basovizza,Trieste
Speaker: 
Rik van Heijningen
Affiliation: 

Director European Operations ART, Advanced Research Technologies Inc. - The Netherlands

Moderator: 
Dr. Stefania Biffi

In vivo optical tomography: quantification of disease states and therapeutic response in vivo with quantitative tomography (FMT)

Location: 
Conference Hall Auditorium, T1 building AREA Science Park, Basovizza (Trieste)
Speaker: 
Dr. William Vaccani
Affiliation: 

Director Commercialization and Partnerships Europe VisEn Medical Inc.

Moderator: 
Chiara Garrovo

Morphological, functional imaging as well as metabolic analysis in an asthma mouse model

Location: 
Meeting Room CBM, Q building, 1st floor AREA Science Park, Basovizza (TS)
Speaker: 
Christian Dullin
Affiliation: 

Univeritätmedizin Göttingen

P3AGI - Public Private Partnership for Asthma Imaging and Genomics

The main objective of this project is to develop a research network including private and public institutions focused on the exchange of expertise in imaging, genomics and bioinformatics to be utilized in monitoring therapies and disease progression in severe allergic asthma (AA).

Optical Imaging

The laboratory is a resource both for a detailed understanding of biological and pathological events within the organism, and for the development of new targeted therapeutic approaches at the molecular level

The Optical Imaging laboratory, set up in cooperation with Bracco Imaging S.p.A., is equipped for:

Explore Optix

The laboratory is equipped with Explore Optix (ART), a pre-clinical optical imaging system, which allows to follow in vivo biodistribution and pharmacokinetic processes of fluorescence emitting probes.

Explore Optix is a small animal time-domain pre-clinical imager and optical imaging is a non invasive technology which allows to visualize molecular events in real-time and over time in the same animal, providing an optimal tool for studying biodistribution, accumulation and elimination of specific emitting probes, both in the healthy and in the pathological model.

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