The phrase "allowed the screening of" is correct and usable in written English.
It can be used when discussing permission granted for a film, presentation, or event to be shown to an audience.
Example: "The committee allowed the screening of the documentary at the annual film festival."
Alternatives: "permitted the showing of" or "authorized the display of".
A complete unbiased approach in this setup would have allowed the screening of 381,600 different interactions, i.e. 159 staphylococcal proteins tested against 2400 human proteins.
The availability of commercialized lipases had allowed the screening of lipase preparations with high concentrations and the ability of prokaryotic lipases to hydrolyze PHA was further confirmed in this study.
This method (implemented in Datamonkey,[ 66, 99] ) allowed the screening of Tlr sequences for recombination breakpoints.
This allowed the screening of the harsh conditions typically experienced by therapeutic antibodies during the isolation process.
This 'dilute and shoot' approach allowed the screening of the majority of β-2 agonists, hormone and metabolic modulators, diuretics and masking agents, stimulants and cannabinoids.
New technological advancements have allowed the screening of large libraries using phenotypic readouts and it is anticipated that these screening efforts will yield new structurally diverse antileishmanial compounds and will help identify new critical targets.
The protocol described herein allows the screening of hundreds of Sav mutants within a reasonable time frame using CFE.
Comparisons between available experimental data (mixing ratios) and calculated limits lead to the conclusion that the present numerical method may allow the screening of other fuel/oxidant systems potentially of interest for spacecraft propulsion as well as for the determination of the range of mixing ratios able to ensure auto-ignitibility (hypergolicity) in combustion devices.
Overall, hxt 0 GLUT5 is a convenient, versatile, low-cost, GLUT5-specific, and fast system for identification and characterization of human GLUT5 ligands, allowing the screening of compound libraries for potential GLUT5 effectors that could serve as drugs for cancer, metabolic disease, and diabetes.
