Sentence examples for capacity of calcium from inspiring English sources
neutralizing capacity of calcium carbonate [4].
If the CO2 neutralizing capacity of calcium carbonate in ocean sediments is included, the capacity is even larger.
This study demonstrated the non-cytotoxic behavior and good proliferation capacity of calcium lactate/nylon-6 (CL/nylon-6) composite mat.
According to the study, the maximum monolayer adsorption capacity of calcium alginate, chitosan-coated calcium alginate, and chitosan-coated silica, as obtained from the Langmuir adsorption isotherm, was found to be 310.4, 222.2, and 254.3 mg/g, respectively [25].
The mechanism of adsorption process was illustrated by calculating Gibbs free energy, enthalpy and entropy from thermodynamic studies.The two-level, three-factor (23) Central Composite Design (CCD) expert Software was employed to find the optimum condition of batch process variables for maximizing the fluoride removal capacity of calcium activated hybrid activated charcoal.
Calcium acetate has about twice the phosphate-binding capacity of calcium carbonate, expressed per milligram of elemental calcium, and can be given at a somewhat lower dose.
An increasing number of evidences shows that are α-syn oligomeric species, rather than mature fibrils, which display the highest toxicity, becoming the main responsible species of the α-syn pore capacity, dysfunction of calcium homeostasis, membrane disruption and finally neuronal death [ 11, 46, 62– 62].
To answer this question we performed additional experiments using a method developed by Maravall et al. to determine resting calcium levels and the buffer capacity of endogenous calcium buffers in these structures [3], [12].
The nature of the secondary rise in calcium during DCD is either due to a reduction in the capacity of the calcium efflux mechanisms or a latent activation of plasma membrane ion channels or a combination of both that lead to an energy collapse of the neuron.
Cp(drug) = molar heat capacity of atorvastatin calcium.
This article reviews the most important factors influencing on both drug loading and release capacity of porous calcium phosphate bone substitutes.
