Sentence examples for pathways for controlled from inspiring English sources

Although normal cells integrate multiple signalling pathways for controlled growth and proliferation, tumours seem to be heavily reliant on activation of one or more pathways.

In neuronal tissue engineering many efforts are focused on creating biomaterials with physical and chemical pathways for controlling cellular proliferation and orientation.

As the dementia advances it interferes with neurological pathways for controlling voiding resulting in incontinence [ 14].

Research into the genome-wide regulation of transposons in model organisms such as Drosophila melanogaster, zebrafish and mice has revealed the importance of two small RNA pathways for controlling their movement thereby preserving genome stability [ 1- 8].

We used zebra finches as a model system because they learn a complex motor sequence, show very significant reduction in song variability with learning (Ölveczky et al., 2005; Ravbar et al., 2012), and have separate but converging neural pathways for controlling learned aspects of song (VMP) and for driving vocal variability and plasticity (AFP).

Our results suggest an overlapping pathway for controlling cold stress response and flowering time in plants.

These findings identify a novel regulatory pathway for controlling HIV-induced microglial activation and cytokine production that may have important therapeutic implications for the management of HAND.

A reduction in the expression of cell cycle genes was not considered in the latter study, but a correlation to ERK1/2 activation, a well-established pathway for controlling the cell cycle, was described [59].

We have now demonstrated that C/EBPβ-3 levels correlate with not only virus replication in the brain, but the severity of CNS lesions and expression of inflammatory proteins in macrophages, endothelial cells and astrocytes, suggesting that this is an important pathway for controlling the progression of HIV and SIV CNS damage and disease processes.

We have designed a pathway for controlling the critical micelle concentration and micelle size of polyester-based systems.

Our objective is therefore to design a pathway for controlling the critical micelle concentration and micelle size that is applicable to different polyester based systems.