A model system consisting of an enzyme, alkaline phosphatase (ALP), and an inorganic colloid, calcium carbonate (CC), flocculated by a cationic dimethylamino-ethyl-methacrylate polyacrylamide (CPAM), demonstrated that the optimized CC flocs are best for enhancing the detecting sensitivity of ALP.
In the present study, hydration mechanism has been altered and engineered through incorporation of calcium carbonate (CC) obtained from various sources and efficacies of using CC have been examined through physico-chemical and mechanical characterization.
Recently a tri-phase material consisting of poly- d,l-lactide) (poly- d β-tricalcium phosphate (β-TCP), and calcium carbonate (CC) was proposed as a novel bone substitute candidate.
LC, calcium carbonate (CC), and sevelamer hydrochloride (SH) were comparable in terms of controlling the serum phosphorus, Ca × P product, and intact parathyroid hormone (iPTH) levels.
Early studies in dialysis patients with ESRD demonstrated the effects of LC in lowering phosphorus levels during short-term follow-up compared with a placebo and calcium carbonate (CC) [ 17, 18].
Control Calcium Chloride Curves (CCs) were constructed twice.
To confirm its possible mechanism through voltage gated channels, we constructed calcium chloride curves (CCs) in K-rich medium.
Xiao et al. [ 18] detected the presence of calcium channel autoantibodies (CC-AAbs) in patients with DCM and found that CC-AAbs could prolong action potential duration (APD) and ultimately lead to VT in animal models.
At this stage, with no evidence for either a down-regulation of GIRK channels or a change in G-protein availability, together with evidence for a persisting action of clonidine on calcium currents in CC, one is left with the hypothesis that, those α2-ARs associated with calcium channels and those associated with GIRK channels must be differentially regulated.
The top three overrepresented terms in each category were as follows: synaptic transmission, neurological system process and cell communication (BP); synapse, cell junction and plasma membrane (CC); and calcium ion binding, transporter activity and calmodulin binding (MF).
