The phrase "activate growth" is correct and usable in written English.
You can use it in contexts related to business, personal development, or any situation where you want to encourage or initiate growth.
Example: "To improve our sales figures, we need to activate growth by implementing new marketing strategies."
Alternatives: "stimulate growth" or "foster growth."
For example, oestrogen can activate membrane-bound ER and, via G-protein activation, can then activate growth factor receptors such as the epidermal growth factor (EGF) receptor and human epidermal growth factor receptor 2 (HER2/neu) (Filardo, 2002; Johnston et al, 2003).
Interesting in this context is that FOXO activation has been shown previously to activate growth factor signalling (reviewed in [ 38]).
Notwithstanding some differential effects in the four cell lines, the data are strongly supportive of the authors' conclusions that antihormones, while inducing potent growth-inhibitory activity in ER+ breast cancer cells, simultaneously induce and activate growth factor pathways that override the initial response and render the cells refractory to the inhibitory effects of fulvestrant.
Some chemicals might activate growth pathways or survival pathways in cancer cells (eventually damaging DNA and mutating genes — but indirectly).
After creating small defects in the teeth of rats, the team beamed lasers on the dental flaws to activate growth.
Should ADAM29 also function to activate growth receptors, then its amplification in tumors would make sense.
Mitogens and growth factors activate growth-promoting pathways, which stimulate (a) growth in size and (b) cell cycle progression.
Both stimuli activate growth-associated protein 43 (GAP-43) indicating that PC12 cells undergo substantial neuronal differentiation.
But even cancer-promoting damage is not random: mutations activate growth-promoting pathways including PI3K/mTOR, the most universal alteration in cancer [ 42- 45].
For the biomaterials that have been shown or proposed to activate growth-promoting responses after nerve injury, P. Ramburrun et al., in their paper, demonstrated a comprehensive strategy that was used to achieve sustained release of bioactive molecules from nerve conduits as a possible clinical application for peripheral nerve injury repair.
Hence, MMP activities have been implicated in EMT by activating growth factors and their receptors and cleaving cell-cell and cell-ECM adhesion molecules.
