The phrase "a true system" is correct and usable in written English.
It can be used when discussing the authenticity or validity of a system in various contexts, such as technology, philosophy, or organizational structures.
Example: "In order to achieve optimal performance, we must implement a true system that aligns with our core values."
Alternatives: "an authentic system" or "a genuine system".
That would be a true system error.
Unlike other companies, Microsoft never developed a true system for innovation.
"For it to be a true system, you have to be assured the best talents are being chosen first.
That, he said, would help its members better respect a true system of law and political competition, including freedom of the press and freedom of thought.
Mill ceased to attend the society in 1829, but he carried away from it the conviction that a true system of political philosophy was something much more complex and many-sided than he had previously had any idea of, and that its office was to supply, not a set of model institutions but principles from which the institutions suitable to any given circumstances might be deduced.
PDIGP exploits distributed component object model (DCOM) as a communication paradigm, which as a true system model offers generic support for the issues of naming, locating and protecting the distributed entities in proposed architecture of PDIGP.
In a true systems approach, the term is used to mean the full range of people, procedures, skills, tools, organisation and culture.
These data can be combined with pharmacological models to present a true systems biology approach to quantifying risks from exposure to xenobiotics such as TCDD, suggest the authors.
However, proteomics the science of analyzing all the proteins present in a system at any one time still has some maturing to do before scientists can integrate its data payload into a true systems approach.
This study takes advantage of a unique digital pathology resource by bringing together the expertise of researchers from diverse disciplines in order to develop a true systems pathology approach to cancer medicine.
The ability to test hypotheses in the context of the network and to build modules that can be quantitatively linked to toxicity are first steps in a true systems-biology approach to mechanism-based use of genomics in risk assessment.
