Théo Lambert

The NaaS Methodology applied to modeling chemotherapy-induced peripheral neuropathy with human hiPSC neurons

The paper applies the NaaS methodology to model chemotherapy-induced peripheral neuropathy using human hiPSC neurons, showing drug-specific changes in neuronal activity.

OfUSA: OpenfUS Analyzer, a versatile open-source framework for the analysis and visualization of functional ultrasound imaging data across animal models

OfUSA provides a versatile open-source framework for analyzing and visualizing functional ultrasound imaging data across species, enabling comprehensive and reproducible analysis.

Functional ultrasound imaging and neuronal activity: how accurate is the spatiotemporal match?

This study evaluates the spatiotemporal accuracy of functional ultrasound (fUS) by comparing it with neural spike rates in awake mice, finding linear temporal correlation and consistent spatial correlation across visual regions.

A deep learning classification task for brain navigation during functional ultrasound imaging

This paper develops a deep learning framework for brain positioning using functional ultrasound imaging in rats, achieving an average positioning error of 176 micrometers.

Large scale in vivo acquisition, segmentation, and 3D reconstruction of cortical vasculature using open-source functional ultrasound imaging platform

The paper develops an open-source functional ultrasound imaging platform for fast, in vivo 3D reconstruction of cortical vasculature in awake rodents with high spatial resolution.

Brain-wide mapping of neural activity mediating collicular-dependent behaviors

The paper maps brain-wide neural activity downstream of four collicular cell-types in mice, revealing distinct behavioral outcomes and novel brain regions involved in defensive behaviors.

A platform for brain-wide functional ultrasound imaging and analysis of circuit dynamics in behaving mice

This paper introduces vfUSI, a platform for brain-wide functional ultrasound imaging in mice, enabling high-resolution analysis of circuit dynamics and neural activity.