These changes in cell shape are achieved by modulation of the cytoskeleton, most importantly the actin cytoskeleton, through forces generated by the actomyosin network.
This is achieved by modulation of the individual switches of Hsp90.
Recently, many publications demonstrated that tissue specificity is achieved by modulation of the angiotensin receptor proteins together with effector proteins [ 51], which would fit well with our data and implies that AGTR1A is involved in the adipocyte development.
Although it is possible that a part of this crosstalk inhibition is achieved by modulation of FIG/mating-specific gene expression in the nucleus (Shock et al. 2009), even a membrane-tethered version of Hog1, which, in principle, cannot enter the nucleus, can prevent this crosstalk, implying that a cytoplasmic substrate might be involved in this process (Westfall et al. 2008).
Cell fate reprogramming, such as the generation of insulin-producing β cells from other pancreas cells, can be achieved by external modulation of key transcription factors.
Translated into the current framework, amygdala influences on cell survival might be achieved by BLA modulation of fluoxetine's molecular and network targets in the hippocampus.
It thus appears that enhancement of overall cell migration by different pro-migratory genes can be achieved by selective modulation of a variety of dynamic cellular features such as cell polarization and protrusive membrane activity.
This suggests that the adjustment of FRP to low Fe supply might be achieved by the modulation of a period lengthener that is absent in these mutants.
We show that this can be achieved by a force modulation (leading to a modulated spreading resistance signal) in combination with a lock-in deconvolution concept.
This can be achieved by using higher modulation levels or multiple antennas systems such as multiple-input multiple-output (MIMO), but recently another method, based on embracing interference rather than suppressing it, has become a hot topic.
