The phrase "and tests of many" is not correct and lacks clarity in written English.
It may be used in contexts discussing various assessments or evaluations, but it requires additional context to be meaningful.
Example: "The study included surveys, interviews, and tests of many participants to gather comprehensive data."
Alternatives: "and assessments of numerous" or "and evaluations of many".
Interest in the symmetric Gray (SG) code is high because of its importance in the design and testing of many types of electrical circuits and information systems.
The validation tools available to the system dynamics modeller, such as extreme case testing and sensitivity analysis, coupled with short running times for even the most complex model, allows for an efficient calibration process and testing of many more scenarios than alternative modelling tools.
Interest in establishing commercial eucalypt plantations dates back to the late nineteenth century with the introduction and testing of many eucalypt species around that time (Barr 1996; McWhannell 1960; Miller et al. 1992; Miller et al. 2000; Shelbourne et al. 2002; Simmonds 1927).
Primary tumours or metastatic lesions are considered equally suitable for testing, and testing of many different areas within a single tumour is not necessary.
The discovery of biologically active molecules typically involves the synthesis and testing of many compounds, each individually crafted to optimize the arrangement of functionality.
It is not uncommon for projects to be abandoned because the required profile is not attained, despite synthesis and testing of many hundreds of compounds.
This method was used as a baseline for comparisons (p-value is abbreviated as Single-p) and is similar to the tests of many single locus methods (Furlotte et al. 2012; Slate 2013).
The major advance offered by NGS is the ability to produce an enormous volume of DNA sequence inexpensively, allowing the rapid and efficient testing of many genes and hundreds of mutations concurrently.
Such formal definitions will facilitate the proposal and rigorous testing of many new hypotheses.
We suggest that a coculture assay circumvents these limitations, since it reproducibly detects activity with a much smaller number of T cells (5 × 10) and allows parallel testing of many variables in a short time and with use of fewer animals.
