Sentence examples for longitudinal relaxivity through from inspiring English sources

Gd or Gd-chalets, when incorporated with nanomaterials increase their longitudinal relaxivity through increase of the rotational correlation time.

The probe did not show photodynamic therapy capability, but displayed strong red fluorescence with two emission peaks at 650 nm and 710 nm when excited at 585 nm, and the relaxation experiment indicated the probe had a longitudinal relaxivity (r1) of 7.1 mM−1.6−1, 1.6 times higher than that of small molecule contrast agent DTPA-Gd3+.

While the exact mechanisms leading to the observed improvement in the longitudinal relaxivity remain elusive, it is possible that the surface bound water on lipid nanoparticles through mPEG2000 greatly reduces molecular rotation.

b) Temporal evolution of the longitudinal relaxivity.

The longitudinal relaxivity (r1) is 11.5 mM−1.s−1 at 1.4 T.

The longitudinal relaxivity, leakage factor and coupling parameter were estimated.

The longitudinal relaxivity increases with the increasing viscosity of pure water/glycerol mixtures.

Importantly, they exhibited favorable biocompatibility with excellent performance in longitudinal relaxivity rate (r1) of 6.45 mM−1S−1 and radiosensitization enhancements.

Water proton relaxivity analysis indicates that the longitudinal relaxivity R1 (the effect on 1/T1, 9.1 mM−1 s−1) of AAD-EMFs is higher than that of the commercial MRI contrast agent, Magnevist (gadolinium-diethylenetriaminepentaacetic acid, Gd-DTPA, 5.6 mM−1 s−1).

Due to their high longitudinal relaxivity value (r1 = 10.203 mM−1 s−1), PPy@BSA-Gd could serve as considerable probe for T1-weighted magnetic resonance imaging (MRI).

Novel chiral dendrimer triamine-coordinated Gdendrimer triamine-coordinatednd shown to have lonGdtudinal relaxivity (r1) 3 times higher than that of complexesy used Gd-DTPA.