The phrase "adaptation pressure" is correct and usable in written English.
It can be used in contexts related to biology, evolution, or environmental science to describe the forces that drive changes in organisms or systems in response to their environment.
Example: "The rapid changes in climate have created significant adaptation pressure on local wildlife, forcing them to evolve or face extinction."
Alternatives: "evolutionary pressure" or "selection pressure".
Departing in the 'Worlds of Compliance' literature, it also explores if this typology can be useful for understanding the ways member states address institutional adaptation pressures in the implementation steps following the transposition phase.
As well, we have a century of experience to understand that pesticides accelerate adaptation pressures towards the toxin, making insects immune.
Therefore, adaptation to pressure is not likely to be caused by similar or identical changes across species (whether organismal of molecular), and we are therefore unlikely to find any consensus change that specifically mediates such a process.
Nevertheless, adaptation to pressure does not appear to be the sole factor ensuring adaptation to environment.
17 Furthermore, a molecular transition from RV to LV characteristics occurs during RV adaptation to pressure overload, as genes dysregulated in RVH have an expression pattern similar to the one in normal LV tissue.
Moreover, proteomic workflow and protein targets associated with cardiac hypertrophy are shown in Figure 2. As mentioned before, left ventricle hypertrophy (LVH) is a well-known characteristic of cardiac adaptation to pressure overload and an essential criterion of hypertensive heart disease [ 44].
Although heart adaptation to pressure overload is widely adverse, this molecular signalling dictates asymptomatic phenotype modulations, which over time affect cardiac structure (e.g., LV hypertrophy) and function (e.g., contractile impairment) and often evolve into heart failure [ 4] Figure 1.
Since it has been proposed that molecular adaptations to pressure are similar to adaptations to high temperature [8], the thermal stability of the proteins was investigated.
The local adaptations, time pressure, facilities, cleaning, parking, and having time to provide what professionals personally believed to be high quality, emerged as key aspects of how professionals conceptualised quality beyond the CE, PS, and PE dimensions.
