Sentence examples for both proteins were observed from inspiring English sources

Reduced expression levels of both proteins were observed in three of the 52 (5.8%) specimens (Table 2-wrap>).

Using antisera against LSU and RLSB, dramatic and corresponding reductions in the accumulation both proteins were observed in the rlsb-silenced plants, relative to wild type Col0.

In double label images of NOCA-1d::GFP or PTRN-1 GFP PTRN-1 GFP::β-tubulin, many puncta of both proteins with observed coincidentagRFP the microtubule bundles in the body epidermis.

Low levels of both proteins were observed in membranes of epithelial cells, imaging through z-stacks of endoderm explants revealed clear enrichment of Vangl2 at the apical/luminal surface of epithelial buds (Figs  8F, G, J, K and 4H).

Finally, when VPS33B c.1225+5G>C) mutant (known to be associated with an attenuated clinical phenotype, see above) was co-overexpressed with wild-type VIPAR (Fig. 3D), specific fluorescent spots containing both proteins were observed.

The greatest capacitance decrease for both proteins was observed when exposure occurred at or more positive to the electrode open circuit potential (OCP).

In addition, colocalization of both proteins is observed in the cytoplasm and in the nucleolus.

Following the incubation of differentiated PC12 cells with F-Aβ40 and AF633-Trf, a punctate localization of both proteins was observed in the perinuclear region (Figure 4A&B).

In several cases, a heterogeneous expression of both proteins was observed in limited areas.

Strong membrane staining together with weak cytoplasmic reactivity for both proteins was observed in AIS.

A remarkable phage enrichment for both proteins was observed by ELISA after 3 or 4 rounds of biopanning.