Sentence examples for suitable for laboratory from inspiring English sources
Different porosity measurement methods are investigated and compared to ascertain a relatively accurate and efficient method suitable for laboratory utilization.
Current readout systems are based on mechanical scanning and spectrometric measurements with system sizes suitable for laboratory equipment.
Magnetic resonance imaging (Cano et al. 2002) is a technique suitable for laboratory profiling of sodium and chloride distribution in cement-based materials.
Most studies make use of either in-house NP preparations, or commercial particles produced on a scale suitable for laboratory experiments.
Milling protocol is optimized to prepare equiaxial, micron-scale particles suitable for laboratory evaluations of their oxidation, ignition, and combustion characteristics.
Salt extraction under mechanical stirring was the most effective method and, for this reason, is suitable for laboratory fieldwork during or immediately after submarine archaeological excavations.
The robustness and ease of use of the ASFV Invader® assay, combined with the possibility to run and read the assay using simple and relatively inexpensive equipment, makes it suitable for laboratories lacking containment facilities and/or real-time PCR instrumentation or on a regional basis for on-site diagnosis close to putative sites of ASFV outbreaks.
To make the investigation of vaccine-induced immunological memory to TB more accessible, we wanted to establish an animal model suitable for laboratories without class III (P3) containment facilities.
This implies that the Taguchi methodology is most suitable for laboratory-based experiments, or where uniform soil properties would be expected in the field, such as arable-tilled soils or homogenous peat soils, but not those from grazed grassland.
Previous studies have shown that laboratory-reared F1 generation An. darlingi derived from wild-caught mosquitoes are suitable for laboratory-based studies of Plasmodium mosquito interactions by both membrane feeding assays and direct feeds.
Most ESC cultures are static two-dimensional (2D) systems, which while suitable for laboratory-scale studies, are limited by surface area availability and cumbersome for scale-up even though robotics have been successfully applied to 2D culture of hESCs (Thomas et al., 2009).
