The above consideration is supported by the lateral conductive measurement along the NW.
This consideration is supported by an increasing amount of studies, which address a shift from traditional approaches to the characterization of binding kinetics [5, 6, 10 16, 22, 23].
This latter consideration is supported by the increase in OGDH, the cofactor binding (GO 0048037), in a key enzyme of oxidative metabolism (GO 0004591) in the Krebs cycle, and in ADSS, the activity of which is also related to ATP synthesis through purine metabolism, probably to compensate energy supply by glycolysis.
This consideration is supported by findings that physiologic changes occur even for so-called mild cases who are more likely to be asymptomatic or only rarely symptomatic [ 54].
This consideration is supported by the fact that no lag phases were detected in the presence of this potentially toxic/inhibitor substrate.
This consideration is supported by the circumstance that reported training attendance, despite being low at around 50%, was associated with more accurate knowledge and more frequent signposting and referrals to specialist smoking cessation support.
This consideration is supported by the fact the reliability of gait analysis without the opportunity for freeze-frame or slow-motion is not always found to be worse [ 12, 13].
This consideration is supported by the finding that MSC form different tissue sources possess different cellular properties due to the regulatory influence of their natural local microenvironment [ 67, 68].
This consideration is supported by the observation that the favorable impact of Her4 expression loses its significance in the Her2 positive/ER negative collective, both in terms of EFS (p = 0.370) and OS (p = 0.120).
This theoretical consideration is supported by the fact that estimates of heterozygosity and proportion of monomorphic loci were not markedly different in the sample of Norwegian coastal cod (see additional file 2) compared to samples from other populations, except for the most differentiated populations of Canadian cod and Baltic Sea cod.
