Sentence examples for both studies can be from inspiring English sources

A detailed description of study design, recruitment procedure, exclusion criteria of both studies can be found in Hillegers et al. (2007), (DBO) and Vonk et al. (2007) (twins).

Differences in results between both studies can be explained by several reasons.

The results from both studies can be reconciled under a scenario where the increase in telencephalon volume in monogamous species (presenting reduced mating competition) is the result of accentuated sexual dimorphism in telencephalon volume.

However, despite these differences, the overall conclusion from both studies can be drawn that homeopathy is not inferior to conventional therapy.

Although the exact reason is unknown, a potential explanation for the different results between both studies can be found in the age of included dogs.

Indeed, we hypothesize that the unique genetic alterations in both studies can be attributable to the etiology of disease, differences in the (Asian) population examined or the distinct biological features of the disease subsites (in this case oral tongue).

Regarding reliability analysis considering contingencies in both networks, few studies can be found in the literature.

While NDS tend to focus on crash-explanatory factors, Field Operational Tests generally focus on evaluation of systems or functions, however, the data collected in both types of studies can be used for many alternative purposes, such as analysis of Environment, Efficiency and Mobility impacts.

It also suggests comparing case-control study results with those of cohort studies by plotting the results vs. follow-up interval; if the data from both types of studies can be modeled with a linear or second-order regression fit without large deviations, the case-control results should be afforded more credibility.

In this paper, we will show how graphite structures, that are inherent to the production process of the amorphous carbon support films, used for both SEM and TEM studies can be easily mistaken for the actual sample structures.

The research results obtained in this work including both laboratory and field studies can be potentially applied in other oilfields with similar geological and physical conditions, for large-scale MEOR process design and operation.