³¹P-MRS is a noninvasive method for measuring intracellular pH. This study presents a ³¹P-informed deep CEST approach for generating high resolved pHi data by using proton-based APT-CEST input data. The higher resolution enables contrast features, which are not a pure T1 segmentation and differ from conventional CEST metrics

This study presents a novel multimodal MRI approach to measure cerebral blood flow (CBF) and oxygen metabolism (CMRO₂) in preterm infants. Exploratory findings suggest noninvasive respiratory support is associated with higher CBF and CMRO₂, highlighting its potential impact on neonatal brain oxygenation and development.

Rotating frame methods, which are sensitive to slow molecular motions, have different correlation times than T₂ and T₁, making them more sensitive to myocardial damage after LAD occlusion. This study showed that rotating frame relaxation time methods have the potential to be a noninvasive MR diagnostic marker for acute and chronic myocardial infarcts.

This paper describes the preparation, testing and application of a novel type of calibration phantom for quantitative sodium MRI. The use of a synthetic, cross-linked polyacrylamide gel substance is an important step towards standardisation in sodium MRI, overcoming inherent drawbacks of agarose-based calibration phantoms.