The phrase "activation capacities" is correct and usable in written English.
It can be used in contexts related to the ability or potential of something to activate or function, often in scientific or technical discussions.
Example: "The activation capacities of the enzyme were tested under various conditions to determine its efficiency."
Alternatives: "activation abilities" or "activation potential".
It is not inconceivable that activation of cytokines that have diverse and crucial activities, such as TGFβ, can be regulated by different proteases under various conditions (Annes et al., 2003), and, in addition to plasmin, a limited number of MMPs, including MMP9, have been shown in vitro to possess TGFβ activation capacities (Dallas et al., 2002).
To determinate whether OsNAP has activation capacity, we tested the transactivation activity of OsNAP in yeast.
Second, since the fusion proteins lack the SET domain with its histone H3-Lys4 methylactivitytivity, how do they retain transcriptional activation capacity?
We show that the NHD has potent transcriptional activation capacity, which differs from that of acidic activator domains and depends on a conserved NPF tripeptide.
Moreover, muscle activation capacity can be reduced depending on disease activity state and joint pain and effusion [25,26].
These studies and many other observations indicate that the aging process impairs the activation capacity of AMPK signaling and in that way, disturbs autophagic activity, evokes oxidative stress and triggers the activation of inflammasomes.
The ratio between activated and basal cGMP-PDE1 activities was significantly decreased by 29% (Fig. 5C), suggesting that PDE1 activation capacity was more important in control rats that in ANGII 0.4 rats.
Other proteins are expected to enhance activation by bringing in more activation capacity; however, even without external activation, the B protein dimer is active.
For example, in Gerbera the E function is split between the highly specialized GRCD1 and GRCD2 factors, which are active in stamens and carpels, respectively [ 41, 42], and a more general activation capacity provided by GRCD4 and GRCD5.
We also demonstrate that the impaired maximal activation capacity observed in SOD1, Neurotomized, and Musk mice is not highly related to Hdac4 gene upregulation.
Co3O4 deposited on TiO2-{0 0 1} exhibited a much higher PMS activation capacity and pollutants degradation efficiency, i.e. p-nitrophenol and rhodamine B, and a much lower Co2+ leaching.
