Todd P. Coleman

Vascular waveform analysis using Bayesian pulse deconvolution

This paper introduces Bayesian pulse deconvolution to improve vascular waveform analysis by jointly solving signal filtering, pulse timing detection, and pulse shape extraction, achieving significant error reductions in simulations and real-world data.

Dynamic stomach-brain electrical coupling in human sleep

This study shows that gastric electrical rhythms during sleep are synchronized with cortical oscillations and predict memory recall and sleep quality.

Respiratory Phase Orchestrates Human Olfactory Cortical Dynamics

This paper shows that odor processing in the human brain is structured by breathing phase, not time, and introduces RPL-ERSPs as a method to decode odors using EEG and respiration data.

A Convex Point Process Model of Heartbeat Dynamics for Inference, Prediction, and Information Quantification

This paper introduces a convex gamma GLM for heartbeat dynamics, improving parameter estimation and enabling prediction and information quantification in cardiac data.

Color-neutral and reversible tissue transparency enables longitudinal deep-tissue imaging in live mice

This paper introduces a color-neutral and reversible tissue transparency method that enables longitudinal deep-tissue imaging in live mice with high spatiotemporal resolution.

Spontaneous enteric nervous system activity precedes maturation of gastrointestinal motility

The paper identifies spontaneous neurogenic GI motility in ex vivo assays and links it to cholinergic signaling in enteric nervous system development.

Light-Guided Rabies Virus Tracing for Neural Circuit Analysis

This paper introduces a light-guided Rabies Virus tracing system for neural circuits, enabling controlled, nontoxic, and scalable transsynaptic tracing.

Peripheral Nerve Magnetoneurography with Optically Pumped Magnetometers

This study demonstrates that optically pumped magnetometers with expanded bandwidth can detect magnetic signatures of sensory nerve action potentials and Hoffmann reflexes, suggesting their potential as an electrodiagnostic tool for peripheral nerve diseases.