It is a quantity of type columnar mass density, having units of area density (kg/m2), though it is usually reported normalized by the volumetric density of liquid water (units kg/m3), thus being expressed in units of length (e.g., millimeter or inches).
The mechanisms by which pioglitazone reduces bone mass density have not been yet elucidated, even if recent data show that TZDs can influence differentiation of osteobasts.
The influence of GGN repeat AR polymorphism on bone mass and density has not been studied previously and, hence, we can not compare our results with other studies.
Simulation results demonstrate that absolute sorption (expressed as a mass basis) divided by bulk gas density has negligible temperature effect on CH4, C2H6, and CO2 sorption on dry coal when pressure is over 6 MPa.
Following Chen and Hasegawa (1991), we assume that the magnetospheric plasma consists of a core component which is mainly responsible for the mass density, but has a small plasma pressure, and a hot component which has a relatively small concentration, but large temperature, thus providing a high plasma pressure and large plasma to magnetic pressure ratio, β ∼ 1.
Low skeletal muscle mass and density have recently been discovered as prognostic and predictive parameters to guide interventions in various populations, including cancer patients.
Genetic variations and mutations have been identified in the OPG/RANKL pathway, and the contribution of their polymorphism to bone mass density (BMD) has been studied.
It is also found that change in mass density ratio has significant effect upon the magnitude of stress-intensity factor at lower ratio of viscosity-to-permeability. As for the normally incident P-waves of the second kind, the presence of the pore fluid affects both the magnitude and character of the stress-intensity factor.
