Nuclear Magnetic Resonance (NMR) studies with hyperpolarized (hp) noble gases are at an
exciting interface between physics, chemistry, materials science and biomedical sciences …

Hyperpolarized (HP) xenon‐129 (129Xe) brain MRI is a promising imaging modality
currently under extensive development. HP 129Xe is nontoxic, capable of dissolving in …

This chapter summarizes the recent developments in both convention and hyperpolarized
(HP) xenon NMR experiments. Xenon NMR has been used in a growing number of …

Hyperpolarized 129 Xe magnetic resonance imaging is a powerful modality capable of
assessing lung structure and function. While it has shown promise as a clinical tool for the …

The growing interest in magnetic resonance imaging (MRI) for assessing regional lung
function relies on the use of nuclear spin hyperpolarized gas as a contrast agent. The long …

Although critical for development of novel therapies, understanding altered lung function in
disease models is challenging because the transport and diffusion of gases over short …

A series of experiments were performed to investigate why two peaks (D and E) of the five
dissolved phase peaks in hyperpolarized 129Xe rat head spectra appeared inconsistently in …

Many MRI contrast agents formed with the parahydrogen‐induced polarization (PHIP)
technique exhibit biocompatible profiles. In the context of respiratory imaging with inhalable …

The longitudinal relaxation time of hyperpolarized (HP) 129Xe in the brain is a critical
parameter for developing HP 129Xe brain imaging and spectroscopy and optimizing the …

After rats inhaled hyperpolarized 129Xe gas, in vivo spectra from their heads revealed a
dominant peak around 195 ppm, another easily resolvable peak near 189 ppm, a broad …