In this paper, all the cooler Operational Modes are presented, together with the description of the logic structure of the procedures and the advantages they produce for the operations.
By applying the techniques on data sets obtained from simulations and experiments, we present a direct comparative study of both procedures, identifying the advantages and limitations for each case.
The proposed analysis procedure has the advantages of both traditional explicit and implicit integration methods without their disadvantages.
This procedure combines the advantages of TAIL-cycling and suppression-PCR, thus significantly improving the amplification efficiency of the target flanking sequences.
We recommend laparoscopic surgery after endoscopic reduction because it is a safe and effective procedure, with the advantages of various surgical techniques used previously and lower invasiveness.
Results show good agreement with recent design standards; however, the proposed procedure has the advantages of accounting for complex mode shapes, non-uniform mass distribution, and interference effects from the surrounding.
These systems are designed to perform all the steps in an analytical procedure, with the advantages of low sample and reagent consumption, fast analysis, reduced costs, possibility of extra-laboratory application.
The RNA isolation procedure combining the advantages of organic extraction and solid-phase extraction can effectively recover small RNAs.
The procedure offers the advantages that it automatically identifies velocity-based thresholds that differ in x- and y- directions, the left and right eye, tasks, individuals, and instrumentation, and removes blinks and outliers from the POR record.
The use of iMRI during these procedures offers the advantage of radiographic confirmation during the procedure and may improve extent of resection.
