Nikolai I. Avdievich

This paper introduces a novel 2D J-resolved metabolite-cycled semiLASER spectroscopy method to quantify 16 metabolites in the human brain at 9.4 T, demonstrating improved sensitivity and reduced acquisition time.

This paper introduces a new fMRI method called SELINE to improve laminar-specific BOLD signal detection by reducing vein effects and improving spatial resolution.

The paper compares two techniques for measuring glucose metabolism in the human brain using deuterium-labeled compounds and MR spectroscopy, estimating TCA cycle and glutamine synthesis rates.