Sentence examples for we revealed for from inspiring English sources

Together, we revealed for the first time that the oxygenation by the Oxy chip was effective on the osteoblastic differentiation and survival of three-dimensional cultured MSCs.

In the present study, we revealed for the first time the different roles of FL-L1CAM and its splice variant in the promotion of metastasis.

Using SPIG1 expression, we revealed for the first time that the MTN-projecting cells in the pan-ventronasal domain of the retina form two distinct regular mosaics overlaying with equal density (Figure 8).

Thus, the bisexual mitotic and meiotic germline expression and subcellular localization we revealed for the medaka and trout dazl gene must represent the characteristics of the vertebrate dazl gene prototype, which have been highly conserved during evolution of vertebrates from fish to mammals.

We revealed, for the first time, statistically significant differences in clinical features between anti-NF155 antibody-positive and -negative cases.

During our analysis, we revealed for Hopi/Osr27 and Osr8 the presence of truncated copies sharing a deleted region compared to the reference copy.

In this paper we reveal for the first time the occurrence of styrylpyrones in East African biodiversity.

We reveal, for the first time, that phonon softening – the commonly-known mechanism that controls the thermal conductivity of graphene upon stretching – does not prevail in GO.

Here, we reveal for the first time that the thickness of the degradation layer on the metallic Li anode surface shows a linear relationship with Li areal capacity utilization up to 4.0 mAh cm−2 in a practical LMB system.

It is known that binary CrCx and MnCx carbides can be formed in steels, but in this study we reveal for the first time that Cr and Mn were found combined in novel ternary cementite type (Cr, Mn)C carbides.

Taking bimetal semi-coherent interfaces with high symmetrically distributed misfit dislocations as an illustration, we reveal for the first time that the dynamic evolution of misfit dislocation patterns in interface appears for some specific interface types and loading schemes, and eventually governs the preferred sites of dislocation nucleation and the shear sliding mechanism.