Neuroimaging

The recent development of high-temporal resolution functional PET (fPET) introduces an emerging focus on “metabolic connectivity (MC)” , providing a complementary perspective to the hemodynamic-based “functional connectivity (FC)” assessed by fMRI. In this study, we applied a connectivity gradient-based analytical scheme on a resting-state simultaneous fPET-fMRI dataset, aiming to characterize the detailed cortical organization of fPET-derived MC and understand how it differs from the fMRI-derived functional network structures.

In this research project, we employed a novel high-throughput screening system to collect a vast amount of neural activity data (via calcium imaging) from zebrafish exposed to psychotropic drugs. Subsequently, we analyzed the data to explore the influence of psychotropic drugs on the activity across various brain regions, as well as the functional connectivity within the zebrafish’s brain.

These are the reading notes for Chapter 5 of Handbook of Functional MRI Data Analysis.

Summary of Dr. Pinglei Bao’s Lecture on bio-vision and machine vision

These are the reading notes for Chapter 4 of Handbook of Functional MRI Data Analysis.

These are the reading notes for Chapter 3 of Handbook of Functional MRI Data Analysis.

These are the reading notes for Chapter 2 of Handbook of Functional MRI Data Analysis.

These are the reading notes for Introduction Chapter of Handbook of Functional MRI Data Analysis.