"biological flexibility" is a correct and usable phrase in written English
You can use it to refer to the capacity of an organism to adapt its biology to its environment in order to survive. For example, "Of all the species in the Amazon rainforest, the capuchin monkey has the greatest biological flexibility, allowing it to thrive in diverse habitats."
The potential of the pig's digestive system, despite its biological flexibility, stirred little interest in the scientific community, especially among the Americans; it was assumed that the porcine organ would be too voluminous and that its high caloric output would induce obesity in a human.
Partial redundancy in paralog function would further provide an extraordinary biological flexibility for the occurrence of both developmental and evolutionary events.
Achieving biological softness and flexibility has been a critical challenge for bio-electronic materials in areas of implantable bionic interfaces and wearable devices.
The interplay between glass chemistry, structure, degradation kinetics, and biological activity provides flexibility for the development of scaffolds with highly specific cellular response.
To allow for such flexibility biological materials such as bone, silk, shell, skin, plant stem and insect cuticle have complex, often hierarchical, structures.
Nonexclusive coding of one particular event type lies within the natural variations of biological systems whose flexibility benefits from minor deviations.
This new paradigm may not be as simple and concise as "deterministic hierarchical model", but it takes into account the multi-functionality of biological molecules and flexibility of modular structure.
Their incorporation into biologically active peptide chains restricts flexibility and enhances biological activity and resistance to enzymatic hydrolyses (Cativiela et al. 2007).
The applied control strategies are mainly recipe-based and often do not take directly the high variability and flexibility of biological systems into account.
Overwhelming evidence now illustrates the defining role of atomic-scale protein flexibility in biological events such as allostery, cell signaling, and enzyme catalysis.
Silicon has widespread applications in healthcare and manufacturing due to its unique material properties, including high flexibility, low biological activity, ease of fabrication, and chemical and thermal stability [1 4].
