Sentence examples for furthermore concluded that from inspiring English sources
Due to the low number of identified articles describing or discussing human-centered approaches it is furthermore concluded that the publication culture promotes technical descriptions and summative evaluations rather than descriptions and reflections regarding the design and development processes.
Sheets et al. [ 10] showed that increasing the radiation dose improves recurrence-free survival and furthermore concluded that IMRT had fewer gastrointestinal side effects and lower rates of hip fracture than conventional RT.
If we compare this to the amplified RNA distributions in C and D, we see that affected probes (D) show compressed distribution centering around 0. By comparing (A) and (C) one can furthermore conclude that amplification of RNA leads to increased ratios.
They furthermore conclude that in particular the predominant role of relatives, in case no decision of the deceased has been recorded (as is most frequent in both presumed- as well as explicit consent countries), reduces the potential of the presumed consent system.
Furthermore, Marples et al. concluded that females carried fewer P. acnes phages than men, which also correlated with the lower abundance of P. acnes on females [ 48].
Furthermore, we conclude that, as for many other aab, the standardisation of assays requires further effort and attention.
Furthermore, by Lemma 2.5, we conclude that is a nonexpansive mapping and.
Furthermore, studies concluded that there was significantly less pin loosening in calcium orthophosphate-coated groups (Saithna 2010).
Furthermore, we concluded that the exhaustive and the genetic framework (20x20 and 40x40) ranks were not statistically significant different.
Furthermore, they concluded that the cyclic analysis of FRP-confined concrete confirmed capability of the model to effectively predict the cyclic response of FRP-confined concrete.
Furthermore, they concluded that the energy spectrum becomes (n(p propto p^{-1}) for infinite number of shocks, where n(p) is the density distribution function.
