Sentence examples for which may radically from inspiring English sources

Potentially breakthrough science and technologies promise applications which may radically affect society.

Oral chemotherapy is an important topic in the 21st century medicine, which may radically change the current regimen of chemotherapy and greatly improve the quality of life of the patients.

While the accuracy of radiology VR has been measured as being as high as 98%, this translates into 10 errors in a 500-word report (not an unlikely length in cross-sectional imaging), which may radically alter the sense of a report [3].

Long-term objectives include testing the effect of the intervention on systemic illnesses among persons with dementia; examining the transferability of this intervention to other activities of daily living; and disseminating threat reduction interventions to nursing home staff, which may radically change the manner in which care is provided to persons with dementia.

Software organizations should realize the impact that this expansion in the roles of software has in their specific digital transformations in order to be able determine and assess the future customer value constellations – which may be radically different from the traditional ones [16, 17].

One of the most difficult problems in applications of semi-parametric partially linear single-index models (PLSIM) is the choice of pilot estimators and complexity parameters which may result in radically different estimators.

However, it was felt that tightly holding a mask onto a healthy volunteer was likely to cause discomfort, which may have led them to radically alter their breathing or even withdraw from the study altogether.

Those apps, however, show the potential of a platform that is radically different from its competitors (which may just explain its failure).

The simulation results may not carry over to radically different types of classifiers, which may learn at a much different rate or have very different full dataset accuracies than those examined here.

Of course, despite the substantial mechanistic differences, the Lamarckian and Darwinian schemes are similar in that both are essentially adaptive in the final outcome and in that regard are radically different from random drift (which may be denoted the "Wrightian modality of evolution", after Sewall Wright, the originator of the key concept of random genetic drift [ 23]).

Further formation/accumulation of aggregates may radically impose physical stresses/damages to membranes as well as on whole cells, which may be required for pathogenesis of some diseases.