Kinetic and equilibrium studies were performed in aqueous medium at different temperatures and drug concentrations.
Equilibrium studies were performed in aqueous medium at different times, temperatures and drug concentrations.
After the cells had been cultured for 10 d and reached approximately 80% confluence, the rrIL-1β was added to the medium at different concentrations (0.1, 1.0, 10.0, and 50.0 ng/mL).
Numerical solution to the model gives concentration and electrical potential distributions in the porous medium at different times and gives as well the electrical current history.
In addition to Cd II) and Zn II), the partition behaviour of other associated metal ions namely, Mn II), Fe(II), Ni II), Co II) and Fe(III) from chloride medium at different acid molarity has been investigated.
The embryonic myocardial cells on day 6 were treated with Mn in the cell culture medium at different time points when the proportion of cells showing spontaneous contraction was over 95% after the 3-day primary culture.
In the present work, the conductometric measurements for complexation process between Cr3+ cation and the macrocyclic ionophore, 4-Isopropylcalix[4]arene (IPC4) were studied in tetrahydrofuran dimethylsulfoxide (THF DMSO) binary non-aqueous medium at different temperatures.
The effect of suspended nanoparticles of magnetite and hematite on thermal decomposition of heavy oil at a temperature of 360 °C in a vapor medium at different system pressures is revealed.
Various in vitro systems were designed and investigated for their ability to link in vivo and in vitro release profiles, including an open system (e.g. a column) with continuous flow of release medium at different flow rates and closed systems (e.g. a cuvette) using different release media and conditions.
