The phrase "a dynamic understanding of" is grammatically correct and can be used in written English.
It is typically used to describe a deep and active comprehension or interpretation of a concept, idea, or situation. Example: "To succeed in the rapidly changing world of technology, one must have a dynamic understanding of the latest innovations and trends."
This is the only way to fully understand the context of each user and gain a dynamic understanding of his characteristics and needs.
The answers to these questions require a dynamic understanding of complexity.
The model asserted by this article presents a dynamic understanding of expertise and of fluidity in the roles of participants.
This innovative sourcebook builds a dynamic understanding of China's early medieval period (220 589) through an original selection and arrangement of literary, historical, religious, and critical texts.
The perspective of the sociology of organizations is introduced as an alternative research agenda for creating a dynamic understanding of the co-evolution of networks and strategies in the biotechnology industry.
In triangulating among the conceptions he discusses, Thomsen seeks to draw out a dynamic understanding of the process of canonization by which works come to be considered part of world literature.
It also reinforces the contention that, rather than viewing changes with age as a picture of gradual loss, a more dynamic understanding of what is happening in the older brain needs to be considered.[16] Such a consideration might well explore practical means of not just attenuating decline, but of augmenting improvement, as is illustrated here for exercise.
A major challenge in systems biology is to develop a detailed dynamic understanding of the functions and behaviors in a particular cellular system, which depends on the elements and their inter-relationships in a specific network.
However, to use these interaction maps to develop a detailed dynamic understanding of the functions and behaviors that are specific to a biological system has yet to be realized.
The field is clearly inspired by the origin-of-life problem but goes beyond traditional prebiotic chemistry in its mission towards a quantititive dynamic understanding of complex reaction networks with autocatalytic components.
Such a framework would help enable a comprehensive and dynamic understanding of disease causation and pathophysiology.
