The phrase "and functionality of biological" is not complete and lacks context, making it difficult to assess its correctness in written English.
It could be used in discussions related to biology, technology, or systems that mimic biological processes, but it needs additional context to clarify its meaning.
Example: "The study focuses on the structure and functionality of biological systems in nature."
Alternatives: "and operation of biological" or "and performance of biological".
Particularly regarding asymptotic behaviour, logical analysis has been shown to be a useful tool for uncovering fundamental characteristics and functionalities of biological systems, (see e.g. [ 14– 14]).
Herein is described the rationale, structure, and functionality of a biological model to predict risk of ketosis in individual cows using in-line measurements of the ketone body β-hydroxybutyrate (BHBA) in milk.
To understand the behavior and functionality of various biological processes, it is important to get a clear cut idea of genes and gene products involved, evident by the regulatory interactions of DNA, RNA, and proteins.
Because alternative parameter combinations may correspond to different topological and regulatory structures [ 4], estimations with different initial values in fact constitute explorations of the structure and functionality of the biological space in which the pathway operates.
Certain examples presented here underline the importance of these proteins in the formation and functionality of the biological system they forge since their removal can even lead to organismal lethality (e.g., von Hippel-Lindau tumor suppressor [ 71– 71]).
Genomics, transcriptomics, proteomics, and metabolomics may contribute to the comprehension of the organization and the functionality of biological systems, with the possibility to also trace molecular variability during development, in different conditions, such as physiological, pathological, or influenced by environmental changes [4].
The unique properties and diverse functionality of biological membranes make them excellent candidates for nano-scale applications, such as sensors and actuators.
The expression and functionality of AKT1 parallels closely the biological functions of prolactin and its downstream signaling mediators.
The production of linoleic acid through the Δ12 desaturation catalyzed by FAD2 is central to the functionality of biological membrane systems, cellular signalling, thermal adaptation, and energy storage [ 55].
