Sentence examples for more precisely stated from inspiring English sources
With the rise of the sharing economy, or more precisely stated, an on-demand economy, it is likely that a larger proportion of the future work force will be freelancers.
With the rise of the sharing economy, or more precisely stated, an on-demand economy, it is likely that a larger proportion of the future work force will be freelancers.
More precisely stated, the spacetime metric results from the affine-projective structure of the behavior of neutral test particles of negligible mass and from the conformal structure of light rays received and issued by the observer (Weyl, 1921).
Inferential knowledge is defeasible, or, more precisely stated, what a subject takes to be inferential knowledge may turn out to be pseudo, non-genuine, a false cognition imitating a true one, or even in Gettier-style cases an accidentally true cognition masquerading as one genuinely inference-born.
More precisely stated, patients with greater ERCC1 protein expression in tumour cells than adjacent normal basal epithelial cells demonstrated inferior PFS.
We believe additional experiments are not required, but please consider rewriting the paper to more precisely state your case.
Between emotional and intellectual functions, there is the same relation of foundation as that between judgment and perception, since judgment, or more precisely states of affairs, are presupposed by emotional functions which, although more complex, are nevertheless structured in the same way.
Japan's indigenous ritual practice, Shinto, or more precisely State Shinto, is closely intertwined with Japan's military adventures in Asia and sites like Yasukuni Shrine remain a sore spot for regional neighbours like China and Korea who suffered at the hands of Japanese army.
Using this definition of compatibility, we can now more precisely state that M forms a match if every pair of RPDs between its k protein pairs is compatible.
More precisely, unless stated otherwise, in all later discussions, let Ω be a fixed, nonempty, closed and bounded domain in R m and let p : Ω → ( 0, ∞ ) be a fixed function which satisfies ∫ Ω p d ω = 1.
