Sentence examples for exclusively contribute from inspiring English sources

However, the discrepant results may be due to our moving stimuli, compared to the static stimuli (hand posture) used in [23] that might exclusively contribute to the selection of a specific hand posture but not to the reaching movement.

While the resulting formulation of Eq. (4) yields high quality estimates of μ′ s over a wide range of values, it is possible that higher order moments of the PF exclusively contribute to SFR intensity at low μ′ sd fiber.

This is why the SRM analyses as well as the analyses with the PIN1 S4andnd PIN1 S4A S5A lines are particularly valuable, because they do show that in agreement with the in vitro phosphorylation experiments and the oocyte experiments, S4 and S5 do not exclusively contribute to PIN activation by D6PK (or PID).

Comparatively to other chronic diseases, osteoarthritis labelling may have lower potential to modify physical health-related quality of life particularly because without an obvious compensatory treatment benefit, the role of diagnosis may exclusively contribute to the amplification of the vigilance and concern about the joint disease-related symptoms [ 37].

Indeed, no germline variants in the MED12 exon 2 have been reported or are in the databases, including an analysis comprising of a predominantly east Asian or Korean cohort 11, 22. Together with the previous studies, our data suggest that the MED12 exon 2 mutation may exclusively contribute to the pathogenesis of uterine leiomyomas, leiomyosarcomas, breast fibroadenomas, and phyllodes tumors.

As we know that TiO2 NPs are famous for their strong UV absorbing (for UV screen) and strong visible light reflecting (for white pigment) capabilities, their 'absorbance' in the visible light range (>400 nm) are exclusively contributed by the photon 'blocking' effect where the emitted photons are scattered rather than absorbed by the NPs along the incident beam direction.

Thus, we speculated that segmental duplications exclusively contributed to the expansion of PP gene family in the maize genome.

In summary, large-scale segmental duplication events appear to have exclusively contributed to the current complexity of the IQD gene family.

In summary, large-scale segmental duplication events appear to have exclusively contributed to the current complexes of the CCCH gene family.

Based primarily on the genomic organization of NAC genes, we could conclude that segmental duplications exclusively contributed to the complexity of NAC gene family in the Populus genome.

Therefore, segmental and large-scale tandem duplication events appeared to have exclusively contributed to the expansion of the OsPTR gene family.