The phrase "assay equipment" is correct and usable in written English.
It can be used when referring to tools or instruments used for testing or analyzing substances, particularly in scientific or laboratory contexts.
Example: "The laboratory invested in new assay equipment to improve the accuracy of their chemical analyses."
Alternatives: "testing apparatus" or "analysis tools".
Residual transition metals on the surface of all assay equipment, including vials and cuvettes used in experiments, were removed by soaking them in 1 N HCl for 1 day and then thoroughly rinsing them with double-distilled water.
At the baseline and follow-up examinations, venous blood was sampled in the morning after an overnight fast for laboratory measurements, including fasting plasma glucose (FPG) and HbA1c (Diabetes Control and Complications Trial aligned assay; equipment and reagents from BioRad, Milan, Italy, at both baseline and follow-up examinations).
The great advantages of ELISpot are the lack of assay-specific equipment essential for assay performance, especially when considering developing countries as important and necessary trial sites for Phase II and III evaluation, its relative high-throughput performance and its potential robustness.
This result implies a need to further assay construction equipment operation to critically isolate influences on operator skill development.
For example, inaccurate outcomes from HER2-immunohistochemical tests can occur due to issues with fixation, assay validation, equipment calibration, testing reagents, and interpretation criteria, leading to both false-positive and false-negative results [ 3, 4].
Failed blood sampling or assay or equipment problems resulted in some loss of data, so analyses were carried out with the complete sample of 59 for subjective measures, 58 for cardiovascular variables and MHPG, 56 for cortisol, and 54 individuals for IL-6.
Consequences of working in high containment are the practical difficulties associated with containing specialist assays and equipment often essential for experimental analyses.
As we used archived serum from 1991 to assess the level of D-dimer that was frozen at −80 degrees Celsius and analysed by one clinical chemist using the same assays and equipment, we are confident that we have minimised bias due to the storage and analysis of the samples.
Development of new analytical techniques is largely focused on increasing resolution and comprehensiveness, increasing speed and throughput of analytical assays and equipment miniaturization.
The selection of these surveillance conditions was influenced by the need to establish laboratory infrastructure in Mexico; the hepatitis and febrile exanthem testing protocols involve serologic assays with similar equipment and assay techniques.
This article discusses the design for preparing samples for motility assay, describes the equipment required for its setup, and deals with methods for quantification and presentation of the results.
