Improved MP preparations were achieved when 7 13 ml of acetone-ethanol solution was employed at both HTlc-DIK/polymer ratios.
The sample preparation was achieved using liquid liquid extraction.
A straightforward divergent preparation was achieved using key intermediates, which were designed as common precursors.
The plasma protein precipitation and sample preparation was achieved by using acetonitrile, followed by organic phase evaporation to dryness and the residue reconstitution in the mobile phase.
Optimization of caprylic acid precipitation of equine plasma non-immunoglobulin proteins for antivenom preparation was achieved by regression analysis of the responses of three highly significant factors assayed by factorial design.
Excellence in bowel preparation was achieved in 17.7% of the patients, and good, fair and poor were 70.3%, 9.9% and 2.1%, respectively.
The composite measure of excellent or good quality preparation was achieved by 76.3% (CI, 72-81%) of those who used NaP solution alone; by 68.7% (CI, 54-84%) of those who used NaP solution with adjunctive medication; and by 87.8% (CI, 83-93%) of those who used NaP tablets (Table 3 and Figure 2).
The preparation is achieved through cation-exchange of Cu2+-ions on electro-oxidized carbon fibres, cathodic reduction of the exchanged Cu2+ to Cu and subsequent immersion of the carbon Cu systems in solutions of Au-salts for various time periods, in order to obtain different coverages of Au on the electrodes.
However, antigen preparation is achieved using different methods for WB (reduction and linearization with DTT or 2-mercaptoethanol, and SDS) and microscopy (organic denaturation and fixation by cross-linkages).
Therefore, when reproducible sample preparation is achieved, the hybrid methods may provide a cost-effective alternative to protein-level calibration for accurate quantification.
