The phrase "amenable system" is correct and usable in written English.
It can be used to describe a system that is open to influence, change, or is responsive to suggestions or requests.
Example: "The new software was designed to be an amenable system, allowing users to customize features according to their needs."
Alternatives: "flexible system" or "adaptable system".
The goal, he adds, is to attract wary institutions into an amenable system.
Our new IPCR method is an amenable system for testing biological samples.
At the base of metazoan evolution the freshwater Hydra vulgaris has been shown an amenable system to study the interaction between nanoparticles and living systems [27], [28].
An amenable system for studying these suppressor proteins would be an aid in determining the molecular basis of their action.
Additionally, this genetically amenable system can be used to rapidly probe the key structure/function relationships of HsCdc7 and its interactions with potential cancer therapeutics.
Therefore, we wished to determine whether the effects of Reaper on mitochondrial dynamics could be examined in a more technically amenable system.
I suggest amenable systems for study.
Thus having high-throughput amenable systems suited for large scale identification of host and pathogen components contributing to the latter route, as well as the ability to screen for novel anti-infective compounds with far higher potency should be a significantly advantageous.
Until the introduction of siRNA technology and knockouts in genetically amenable systems, the majority of studies on Crk relied on identification of binding proteins to specific domains or by overexpression of wildtype or dominant negative Crk proteins in reconstituted systems.
This highly amenable expression system is helpful in order to investigate structure activity relationships of plant nsLTP.
The original conception of a quantum simulator [1] as a device that implements an involved quantum dynamics in a more amenable quantum system has given rise to a wealth of experiments in a wide variety of quantum platforms such as cold atoms, trapped ions, superconducting circuits and photonics networks [2 5].
