Jason W. Sidabras

This paper develops 3D printed EPR sample tubes with complex cross-sections to enhance signal sensitivity in aqueous samples, validated through simulations and experiments.

This paper introduces a single-channel strongly-coupled geometry surface coil for rodent whole-brain fMRI, showing improved depth sensitivity and consistent signal-to-noise ratio across loading conditions.

The paper develops a high-sensitivity stopped-flow EPR system for studying millisecond protein conformational dynamics, demonstrating its use on T4 lysozyme and β2 adrenergic receptor.

This paper improves EPR sensitivity for small aqueous biological samples using optimized dielectric resonators and multi-channel cells.

The paper introduces SOFFA, a method improving magnetic resonance spectra signal-to-noise ratio by 5.6-10.3 times across different experiments without increasing acquisition time.

The paper introduces a pressure-jump EPR system to measure millisecond conformational exchange rates in spin-labeled proteins and demonstrates its application to T4 lysozyme.

This paper introduces ASEME-EPI, a new fMRI sequence combining GRE and SE to improve BOLD contrast-to-noise ratio and specificity in high-field preclinical imaging.