Barbara Cassone

Intrinsic functional brain activity fingerprints have valuable applications in both basic neuroscientific research and precision medicine. Reproducibility of functional fingerprints is robust across various temporal resolutions, with higher subject identifiability at TR 0.5 and 3 s.

Abstract The recognition of manipulable objects results from the encoding of sensory input in combination with predictive decoding of experience-derived visuomotor information stored in conceptual-semantic representations. This grounded interpretive processing was previously found to subsist even under unaware perception of manipulable object pictures.

Abstract Functional brain fingerprinting has emerged as an influential tool to quantify reliability in neuroimaging studies and to identify cognitive biomarkers in both healthy and clinical populations. Recent studies have revealed that brain fingerprints reside in the timescale-specific functional connectivity of particular brain regions. However, the impact of the acquisition′s temporal resolution on fingerprinting remains unclear.