The phrase "approaches typically use" is correct and usable in written English.
It can be used when discussing common methods or strategies employed in a particular field or context.
Example: "In educational research, approaches typically use a combination of qualitative and quantitative methods to gather data."
Alternatives: "methods commonly employ" or "strategies often utilize".
Other approaches typically use catalysts to convert syngas into ethanol, or they use enzymes to break biomass down into sugars that are then fermented by yeast to make ethanol.
Modern approaches typically use statistical methods for the identification of parts of speech, sentence boundaries, and other structure.
Existing approaches typically use binary classification frameworks that differ in the features used to represent protein pairs.
Modern image-based screening approaches typically use multi-well plates for efficiently screening chemical libraries, at a medium to high throughput level.
In addition, pop-PK and PBPK modeling and simulation approaches typically use different scaling strategies when accounting for differences in the PKs between adults and children.
Modern microscope-based screening approaches typically use multi-well plates, as these allow a significant increase in the number of tested compounds per day and save reagents and consumables at the same time due to the miniaturization of the experimental setup.
The purpose of this approach is to enable more detailed, dynamic thermal analyses of mobile systems on the lunar surface rather than relying on worst case, boundary condition design approaches typically used for spacecraft thermal engineering.
The adaptive management approaches typically used for this require the development of new policy instruments and measures when needed, but also evaluations of instruments and measures already in use or under way.
Failing to do so results in a heavy dependence on analytical approaches typically used for adults, and thus under-appreciates the novelty and complexity of the developing vertebrate cardiovascular system.
The method was designed as an alternative to time-intensive histochemical and behavioral approaches typically used for analysis of spinal cord injury (SCI) and our results provide both anatomical and functional insights.
Therefore, the decoupled and maximum throughput design approaches typically used to design communication networks do not lead to the desired optimal detection performance.
