Compared to untreated samples, the interdiffusion of both species at the interface of the treated sample was critically important.
Since the flow distribution of the sample is critically changed with the pressure and the flow rate of the carrier, the 3D CFD analysis is indispensable to design the micro flow cell.
The ability to deliver ultrashort pulses to the sample is critically important for multiphoton imaging.
The full-scale samples are critically reviewed; uncertain estimations and observations by eye are discarded.
Sampling is critically relevant everywhere that analytical chemistry has a role to play.
Samples were critically point dried in a CO2 atmosphere (BAL-TEC CPD 030, Leica Microsystems GmbH, Wetzlar, Germany), sputter-coated with gold palladium by Hitachi ion sputter E-10455, HiTokyo, Japanokyo, Japan), then observed with a Hitachi SU8010 FESEM (Hitachi Co., Tokyo, Japan) at the Public technology service center, Institute of Microbiology, Chinese Academy of Sciences, Beijing, China.
After dehydration, samples were critically point-dried with CO2 using a Leica EM CPD030, and platinum coated using a Balzers SCD 030.
Thus, an analysis with extensive taxon sampling is critically important to test hypotheses based on molecular datasets with more limited sampling, and to provide a framework for comparative analyses.
Therefore, the sample processing steps of dry powder generation, DNA extraction, and sampling uniformity are critically important to the test procedure.
Both sampling tools and sampling protocols are critically important for accurate characterization.
