Sentence examples for compared to frequent from inspiring English sources

We also evaluate the impact of multi-sourcing with rare but long disruptions compared to frequent but short ones.

The probability of increased grapefruit consumption decreases quickly for occasional consumers (the probability at age 80 was decreased by 83%% compared to the probability at age 20) compared to frequent consumers (at the same age differences, the probability decreased by 67%%) as age increases.

This is likely due to the limited opportunities for extra-pair matings under cage conditions (two 5min-tests per breeding attempt) as compared to frequent encounters under aviary conditions.

In this present study, we report ERP values from an awake chimpanzee and especially focus on this well-documented component of human studies, where it is well known that the brain responds differently to infrequent, physically deviant tones compared to frequent tones.

The former reflected shorter latencies for novel and infrequent stimuli compared to frequent stimuli (p < 0.001 and p < 0.001, respectively).

Preliminary Mann–Whitney U tests showed that individuals who were non-or infrequent fallers perceived their health status to be worse in the SF-36 dimension of role limitations – emotional compared to frequent fallers (p = 0.002) (Table  2).

Control children had higher evoked power amplitudes and a lower spectral frequency for low frequent words compared to high frequent words and pseudowords.

We argue that, compared to less-frequent exposure, frequent exposure to chlamydia may well produce unique immunobiological characteristics that likely to have important clinical and epidemiological implications.

Compared to non-frequent attenders, frequent attenders (new) were more likely to have pneumonia (OR 1.66), stroke (OR 1.49), dementia (OR 1.46), or severe substance abuse (OR 1.44), also to need home visits or emergency attention.

Infrequent (/m/→/n/) changes resulted in an attenuated MMN response as compared to the frequent (/n/→/m/) changes, the difference between infrequent (−4.0±1.6 nAm) and frequent (−8.3±1.4 nAm) changes amounting to 4.3±1.4 nAm (M±S.E.M).

Children tested on medication had significantly less frequent movements ("temporal scaling") at both T1 and T2 compared to more frequent movements when tested off medication F 1,15) = 24.49 p < .00, η = .62.62