The phrase "a range of different systems" is correct and usable in written English.
It can be used when discussing various types or categories of systems in a particular context, such as technology, biology, or organizational structures.
Example: "The research project aims to analyze a range of different systems to determine their effectiveness in resource management."
Alternatives: "a variety of systems" or "multiple systems".
It is important therefore to study the functioning of polarity regulators in a range of different systems and organisms.
Hypothetically speaking, such a 'whole mixture' should be composed of non-carcinogens and potential carcinogens given that individual chemicals that are not carcinogenic could act on a range of different systems, tissues and/or cells and act synergistically with other chemicals to instigate carcinogenesis.
An expert will be able to give you advice on a range of different systems based on the features you are looking for and the price range you'd like to stay in.
Health care in the EU is provided through a wide range of different systems run at the national level.
The selection criteria were defined to include a broad range of different systems.
The included studies covered a range of different health systems, all of which lacked specific systems for treating patients with multimorbidity.
But I also want to show there is a room for a range of different farming systems when they are managed properly".
The systems should be able to deal with the idiosyncrasies of individual patients, their care needs, their support networks and their care team, and capable of leveraging a range of different health systems, services and data as appropriate.
To explain the existence of highly specialised parasites, Poulin (1998) proposed the "trade-off hypothesis" (TOH), which states that a species (such as a predator or parasite) exploiting multiple victims (prey or hosts) is more likely to encounter a range of different defence systems and, because of the costs in overcoming each, cannot be optimally adapted to all victim types.
This paves the way for extensive further research to find the optimum non-synchronous conditions for a range of different phase systems that are desirable for the separation of large molecules, proteins and biologics but can tend to emulsify in the standard "J" type centrifuge systems currently available and routinely in use for aqueous organic phase systems.
As such the pathways presented here are based on data derived from a range of different cellular systems and mammalian species (human and mouse).
