Sentence examples for is appropriate to classify from inspiring English sources

Our results suggest that SGB is appropriate to classify narcolepsy subtypes with a high accuracy, and it can consider mixture of clinical features on machine scale and learn to classify NT1 and NT2 by identifying the most important features that are even not part of the current classification criteria such as the mean REM sleep latency of MSLT (which indicates no circular reasoning).

For this reason, it is appropriate to classify these episodes as recurrent wheezing illness rather than asthma and to reserve the definition of asthma for older children with more persistent symptoms.

In older children, it is appropriate to classify chronological age in whole-number years (e.g., 8 years rather than 8.25 years); however, infants may have age stored in months (or days for newborns).

Indeed, in a double classification from signal and global image, it is appropriated to classify the signal (sampled amplitude of signal which is more local than global) using neural local approximators (RBF), while, it is appropriated to classify the global image (area mean grey level of global image which is more global than local) using neural global approximators (MLP).

There is no exact time at which H. erectus became H. sapiens, but it would not be appropriate to classify remote human ancestors and modern humans in the same species just because the changes from one generation to the next were small.

The authors suggest it may also be appropriate to classify Archaeomarasmius more conservatively as incertae sedis (of uncertain placement) within the Tricholomatoceae, Agaricales, or Homobasidiomycetes.

These three components can be allocated to two dimensions which we believe are appropriate to classify innovations.

Thus, it appeared to be appropriate to classify MH together with ERM patients as non-PDR cases.

Despite the variation in measurements, all were appropriate to classify insulin deficiency and cut-offs were largely comparable with most approximating 0.2 nmol/L, 21 22 24–26 28 30 and four studies using a slightly more conservative cut-off (0.03 0.08 nmol/L).

If the findings in experimental animals are confirmed in humans, it will, perhaps, be appropriate to classify osteoporosis as an inflammatory, or even an autoimmune condition and certainly new therapeutic 'immune' targets will emerge.

Future researchers will need to decide whether this proposed plan is suitable to the data sources and consider tailoring the system to account for variability in antibiotic characteristics (it may be appropriate to classify timeliness using a cut-off point other than 1 hr for certain antibiotics with different biological properties).