With the application of large-N array receive coils, the problem
of undesired, high-intensity lipid signals becomes yet more pronounced
as these components derive from tissue in close proximity to
the coil elements. Current work includes improving the estimation
of the low-SNR metabolites in the presence of such disturbances,
with the goal of robust, rapid, and reliable separation of desired
and artifactual signals.
With the application of large-N array receive coils, the problem
of undesired, high-intensity lipid signals becomes yet more pronounced
as these components derive from tissue in close proximity to
the coil elements. Current work includes improving the estimation
of the low-SNR metabolites in the presence of such disturbances,
with the goal of robust, rapid, and reliable separation of desired
and artifactual signals.
