Sentence examples for steady functional from inspiring English sources

Persistent growth-factor dependence, steady functional properties, lack of ability to generate colonies in soft-agar colony-forming assay and to establish tumors upon orthotopic transplantation, point to the fact that immortalization by c-myc T58A does not bring about tumorigenicity in hNSCs.

In the steady state, the functional properties of DCs appear to vary according to their anatomical locations.

When transcription activation conditions are satisfied, transcript and protein quickly reach their functional steady states.

After an initial improvement in the first year of follow-up, all groups showed a steady decline in functional disability over the 10 years (figure 1).

Thus, there is probably a limitation in the repression strength that can be applied to minimize the time separation between two functional steady states.

If the input signal has to drive the host gene to its functional steady state, a large overshoot can be unwanted since it represents an unnecessary metabolic cost and a possible source of toxic effects [ 57].

The steady post-injury functional recovery observed in WT rats was accompanied by the early activation at the epicenter of injury of several growth-promoting signals and by the down-regulation of intermediate neurofilaments and of genes involved in the regulation of ion currents at the 7 day post-injury time point.

The ligands synthesized were evaluated for affinity and selectivity by radioligand displacement and a functional steady-state GTPase assay.

We focus on the role of MT dynamics, stabilization, and transport in an effort to understand how the molecular mechanisms governing these processes lead to the formation of the functional, steady-state spindle structure.

The patients in both groups had respiratory disease of a similar severity; the functional steady-state characteristics were thus similar in the two groups.

Subsequent to assay development and high-throughput screening, my group is then required to characterise any compounds which prove active against the target of interest, through mechanistic evaluation such as steady-state and pre-steady-state experiments, or functional cell-based follow-up assays.