Giulia

Ph.D student in Bioengineering at Dept. of Information Engineering at UniPD

[Giorgia Baron @giorgia_baron]

Excited to share our latest preprint on neurometabolic coupling in the brain! We link effective connectivity with metabolic connectivity & SUVR, revealing how effective-metabolic decoupling ties to glioma location.
Read more:
https://t.co/NzyYOr05E7
@vallini_giulia

[Giulia @vallini_giulia]

Learn more about our approach and findings here: https://t.co/uqcRnY64kM

[Giulia @vallini_giulia]

Excited to share that our latest paper on #PET #connectivity is finally out 🚀
Applied to #glioma pathology, we highlight the clinical relevance of our within-individual connectivity framework.

@tommaso_volpi
@silvestri_erica
@Ale_Unipd

https://t.co/jS31A2c070

[PET Connectivity @ConnectivityPet]

Symposium finished today!

Two days full of excellent talks followed by interesting discussions.

At the symposium we set the basis for a nomenclature consensus paper 🧠Stay tuned!

[Sharna Jamadar @SharnaJamadar]

Gee, this is a nice paper. #MetabolicConnectivity with full kinetic modelling by the Padua group @tommaso_volpi @Ale_Unipd et al. Excellent systematic exploration of across vs. within-subj connectivity with microparameters. https://t.co/4M1hafvu69 @ConnectivityPet

[Tommaso Volpi @tommaso_volpi]

So glad this work is finally out at @_JCBFM !

https://t.co/8RmW9pJKBY

Here, we take a new look on #PET #connectivity, especially at individual level.

[Tommaso Volpi @tommaso_volpi]

First, we estimated #within-individual PET connectivity from dynamic PET time series using a novel approach based on Euclidean distance.

[Tommaso Volpi @tommaso_volpi]

Also, for the first time we estimated #across-individual PET connectivity from [18F]FDG kinetic parameters describing the tracer irreversible uptake, delivery and phosphorylation rates.

[Tommaso Volpi @tommaso_volpi]

Overall, we showed that  #within- and #across-individual MC networks are quite different, and that #fMRI #FC is better matched by #within-individual MC
@Ale_Unipd @silvestri_erica @vallini_giulia @DeFraMatt

[Giorgia Baron @giorgia_baron]

Today I'll present two of our simultaneous PET/fMRI projects:
-Assessing the relationship between hemodynamic alterations and [18F]FDG PET microparameters in brain gliomas
-Effective-metabolic coupling discriminates brain lesion localisation in patients with gliomas
@BRAIN2023

[Giorgia Baron @giorgia_baron]

Ready for @BRAIN2023 opening ceremony!
@vallini_giulia @tommaso_volpi @DeFraMatt @AlessioGiacome4

[Giulia @vallini_giulia]

Happy to be at the @BRAIN2023 opening ceremony!

Today I will present one of our project on the Metabolic Connectivity:
Validation of within-individual Metabolic Connectivity from dynamic [18F]FDG PET data as an imaging biomarker in Gliomas

[Giulia @vallini_giulia]

Road to @BRAIN2023, 26-H flight from Italy!! Can’t wait!! 🇦🇺🧠

@giorgia_baron @DeFraMatt

[Golgi Brain School @GolgiBrain]

The invited talks and discussions end Day 3 @GolgiBrain. We thank all the 2022 Golgi School participants and speakers for your contributions and participation.
We also thank Ettore Majorana Foundation and Center for Scientific Culture for the hospitality! @HumanBrainProj