Spectral editing in in vivo 1H‐MRS provides an effective means to measure low‐
concentration metabolite signals that cannot be reliably measured by conventional MRS …

A highly sensitive and selective fluorescent “on–off–on” strategy is established for the
synchronous detection of Cu2+ and glutathione in aqueous solution. Red carbon dots (R …

Purpose To demonstrate the framework of a novel Hadamard-encoded spectral editing
approach for simultaneously detecting multiple low-concentration brain metabolites in vivo …

Lafora disease is a fatal teenage-onset progressive myoclonus epilepsy and
neurodegenerative disease associated with polyglucosan bodies. Polyglucosans are long …

J-difference-edited spectroscopy is a valuable approach for the detection of low-
concentration metabolites with magnetic resonance spectroscopy (MRS). Currently, few …

Purpose The need to detect and quantify brain lactate accurately by MRS has stimulated the
development of editing sequences based on J coupling effects. In J‐difference editing of …

Purpose To combine metabolite cycling with J‐difference editing (MC MEGA) to allow for
prospective frequency correction at each transient without additional acquisitions and …

Purpose J‐Difference editing (MEGA) provides an effective spectroscopic means of
selectively measuring low‐concentration metabolites having weakly coupled spins. The …

Purpose A flexible MEGA editing scheme which decouples the editing efficiency from TE is
proposed and the utility of asymmetric adiabatic pulses for this new technique is explored. It …

Edited magnetic resonance spectroscopy is a method capable of probing biochemical
processes non-invasively, but suffers from an inherently low signal-to-noise which results in …