Results suggest that moderate lower body circulatory arrest can be safely performed for aortic arch repair and postoperative inflammatory responses tended to be lower in patients with moderate lower body circulatory arrest than those with deep lower body circulatory arrest.
This study shows that the corrected amplitude of the deep earthquake is lower than amplitudes of shallow earthquakes.
Although the δ13CDIC value in the deep water is lower than the value of the surface oceans as previously suggested at Chaotian (Saitoh et al. 2013b), our results demonstrate that the δ13CDIC value in the deep-water mass was not decreased remarkably by the addition of remineralized carbon released from the suspended organic matter by the water-mass anaerobic respiration.
The localization errors of deep sources are lower than those of shallow sources for the fourth row.
It is well-known that the number of photons decreases dramatically with the increase in propagation depth, leading to the measurement sensitivity in deep tissue significantly lower than that in superficial tissue.
The Mg/Ca value at HR2 (4.09 mmol mol−1, 1675 m water depth), which is the deepest site, was lower than that at the nearby shallower site St.1 (4.20 mmol mol−1, 1153 m), even though HR2 had the lowest δ 18Oc value of G. ruber (−2.9 ‰) (Table 2).
Both structural and trophic diversity were lower at the deeper stations than at the shallower stations within each study area, and both seemed to be controlled to some extent by trophic conditions (see DISTLM results, Table S6), something which is also supported by the observation that the quality of food at the deeper stations is lower than at the shallower stations (Fig. 2, 3).
According to Dai (2006), the proved rate of the exploration concessions of PetroChina is 17.6 % for deep oil and 9.6%% for deep natural gas, far lower than their mid-and-shallow counterparts of 39.6 % for oil and 14.6 % for natural gas.
This conclusion arises from the fact that the injected conductance needed to trigger the pathological behavior of deep tissue afferents is lower than that needed to cross the tipping point in cutaneous afferents.
HR variation in response to deep breathing was significantly lower than that of Ewing's [ 7] finding (p < 0.001), and significantly higher in the age groups 20 29 (p < 0.001), 40 49 (p = 0.001), and 70+ years (p = 0.001) than what was reported by Mathias and Bannister [ 31].
