In multiple linear regression models, each bone-related variable was evaluated in relation to cadmium, potential confounders (factors associated with both cadmium and bone) and effect modifiers (factors associated with bone).
Microstructure evolution by ECAP was evaluated in relation to deformation behavior.
The performance of two gas/liquid contact modes was evaluated in relation to the rate of gas hydrate formation.
Shark survival was evaluated in relation to fishery target (swordfish versus tuna) and four operational, environmental, and biological variables to evaluate the underlying mechanisms affecting mortality.
The assay was evaluated in relation to specificity, technical performance and as a marker for quantification of fibronectin in cartilage and cancer ex vivo models.
The AM1/TDHF methodology used was evaluated in relation to the second hyperpolarizability by considering fully characterised similar systems reported in the literature.
The highest fetal fibronectin value (cervical or vaginal) for each woman at each visit was evaluated in relation to spontaneous preterm birth at <35 weeks' gestation.
CO2 transport through functional assembled mono-layers was evaluated in relation to H2O and nonpolar gases such as CH4, O2, N2.
The surface character controlling the dissolution process of some species (CO2, H2O, C3H6O2, C4H8O2, C5H10O2) was evaluated in relation to the supra-molecular chemistry of membranes based on 80PTMO/PA12.
Here, the formation of resistant starch in wholemeal bread products was evaluated in relation to the processing conditions including fermentation time, temperature and the inclusion of palm oil as a vitamin source.
The ballistic impact resistance of glass/polymer composites was evaluated in relation to application in high-performance and lightweight bulletproof materials by using a strengthened soda-lime silicate glass.
