The phrase "ability of biological" is not correct as it is incomplete and lacks clarity in written English.
It could be used in contexts discussing the capabilities or functions of biological entities, but it needs additional context to be meaningful.
Example: "The ability of biological organisms to adapt to their environment is crucial for survival."
Alternatives: "capacity of living organisms" or "capability of biological systems".
The residues of these organic solvents reduce the ability of biological cells to form new tissue.
The coating of fibronectin could improve the cell adhesive ability of biological foam ceramics without evident effect on proliferation.
The ability of biological systems to organize themselves into greater and greater complexity appears, at first glance, to violate the second law of thermodynamics, which states that: Over time, the disorder or entropy of any closed system must increase.
In this article, we review recent research efforts exploring the possibility that heteropolymers with disordered sequence distributions (disordered heteropolymers) can mimic the ability of biological macromolecules to recognize patterns.
It could be observed that the microbial population changed while passing the treatment system, indicating the ability of biological waste gas treatment systems to retain potentially pathogenic microorganisms from waste gases.
A key tenet of medical device design has evolved from the exquisite ability of biological systems to respond to topographical features or chemical stimuli, a process that has led to the development of next-generation biomaterials for a wide variety of clinical disorders.
Self-healing materials, which are inspired by the repair functionality of biological systems, increasingly incorporate microvascular components as an approach to mimic the autonomic healing abilities of biological organisms.
While the concept may seem to belong to recent technological developments, it has been discussed long before the current trend in computers with the objective of trying to duplicate the learning abilities of biological neurons that constitute the basic element of the brain.
Within biological systems there is a requirement for robustness, defined as the ability of that biological system to continue to carry out its fundamental tasks [1].
The focus is on the characteristics of silver nanoparticles which make them excellent candidates for use in the medical field besides delving into the unique ability of certain biological systems to synthesize silver nanoparticles and also looks at the chances of these particles to induce toxicity in humans and the environment as a whole.
This fact suggests that the acquired ability of certain biological systems to be robust against mutations that change their kinetic properties is a direct consequence of their ability to respond to environmental perturbations (i.e., environmental robustness).
