The present work investigates the potential for enhancing the NMR signals of DNA
nucleobases by parahydrogen-based hyperpolarization. Signal amplification by reversible …

In this paper, we describe a method of hyper-polarizing “insensitive” Nuclear Magnetic
Resonance (NMR) nuclei by exploiting the SABRE (Signal Amplification By Reversible …

Signal Amplification by Reversible Exchange (SABRE) is a fast and convenient NMR
hyperpolarization method that uses cheap and readily available para-hydrogen as a …

Hyperpolarization of N‐heterocycles with signal amplification by reversible exchange
(SABRE) induces NMR sensitivity gains for biological molecules. Substitutions with …

Signal amplification by reversible exchange (SABRE) is an inexpensive, fast, and even
continuous hyperpolarization technique that uses para-hydrogen as hyperpolarization …

Parahydrogen is demonstrated to efficiently transfer its nuclear spin hyperpolarization to
nitrogen-15 in pyridine and nicotinamide (vitamin B3 amide) by conducting “signal …

NMR signal amplification by reversible exchange (SABRE) is a NMR hyperpolarization
technique that enables nuclear spin polarization enhancement of molecules via concurrent …

The hyperpolarization of heteronuclei via signal amplification by reversible exchange
(SABRE) was investigated under conditions of heterogeneous catalysis and microtesla …

Here we report the polarization of the solvent OH protons by SABRE using standard iridium-
based catalysts under slightly acidic conditions. Solvent polarization was observed in the …

We present a selectively pulsed (SP) generation of sequences to transfer the spin order of
parahydrogen (pH2) to heteronuclei in weakly coupled spin systems. We analyze and …