"macroscopic perspective" is a correct and commonly used phrase in written English.
It refers to a broad or general view of something, often in contrast to a more specific or detailed view. Example: "In order to fully understand the impact of climate change, we must look at both the microscopic and macroscopic perspectives. While the effects on individual species may seem small, the larger, macroscopic perspective reveals how it is causing significant changes to entire ecosystems."
From a macroscopic perspective, the cytoskeleton may be modeled as a continuum body unbalanced by internal protein motors.
Biofilms are recognized as complex systems but their physical properties have been mainly studied from a macroscopic perspective.
(For now, I'll continue to evaluate this from a macroscopic perspective rather than trying to predict the behavior of individual senators — something we'll save for a separate article).
Adopting a macroscopic perspective, this study employs intercity cooperation network analysis to assess the institutional performance of the Pearl River Delta's (PRD) integration policy.
The scientific discussion in this module is about heat transfer, and explaining why it is so hard to cook a perfect steak from both a microscopic and macroscopic perspective.
The primary motivation of the paper is to study the spatiotemporal relation of congested links, observing congestion propagation from a macroscopic perspective, and finally identifying critical pockets of congestion that can aid the design of peripheral control strategies.
From a purely macroscopic, thermodynamic perspective, Berthollides can be understood in terms of the minimization of the thermodynamic function called the Gibbs free energy, which accommodates the interplay of energy and entropy as functions of temperature and pressure.
The scientific discussion will focus on what causes phase transitions in foods from a macroscopic and microscopic perspective.
The failure mechanism was investigated from macroscopic and microscopic perspective and conclusions regarding the crack initiation and propagation were conducted and analyzed.
Due to their large-scale perspective, macroscopic behavior cannot be traced back directly to microscopic elements).
In this study, using in vitro and in vivo analysis, we provide a detailed assessment of the ability of US to further enhance drug transport and distribution in the brain from a macroscopic tissue-level perspective.
