Sentence examples for detectable extension from inspiring English sources

Assessing the surface expression of the CD40 and CD86 co-stimulation molecules on all LN DCs indicated that CAF01 only activated Adj+ DCs (Fig. 6), without detectable extension to bystander DCs.

Because there is no detectable extension change during the sliding process, the ssDNA may slide via small bulges.

As illustrated in lanes 1 4, at the lowest concentration of dTTP (100 μM), insertion was evident without a gapped substrate, but there were no detectable extension products.

Differentiation outcomes from each condition were alike, with the formation of few detectable neural extensions and robust formation of visible red blood and beating cardiocytes.

Even with a high concentration of the enzyme and longer incubation time, detectable full-length extension product was not formed.

cqu-miR-2941 cqu-miR-2941 cqu-miR-2941 cqu-miR-2941sion analysis in Cx. quinquefasciatus; howasereadily2941 was sequencedetectablee times in the Ae. albyprimer library, and thus was bextensionlimit of detection.

None of the additives tested yielded a detectable full-length extension product (Fig. 2a), although the addition of AMSO did improve on the number of recombinant clones (Fig. 2b).

These results support the notion that the limited spatial extension of detectable signal in SUB cSUB EGFP reporter lines is due to lower overall SUB EGFP protein levels in comparison to the SUB gSUB EGFP lines.

Differentiation outcomes from EPL cells removed from MEDII without dissociation (MEDII−/Dis−EBs), or from aggregates formed from dissociated EPL cells aggregated in the presence of MEDII (MEDII+/Dis+EBs), were mixed, with both conditions giving rise to an intermediate number of aggregates forming detectable mesoderm or neural extensions.

The incremental dilutions of methylated templates in an unmethylated background revealed small but reproducibly detectable methylation-specific primer extensions even in mixtures containing only one methylated copy in 100 unmethylated copies (that is, a detection limit of about 1%).

Hip flexion and extension are easily detectable on AP radiographs by non-orthogonal depiction of the head of the femoral nail, leading to an elliptic appearance of the proximal end.