The phrase "adaptive determinants" is correct and usable in written English.
It can be used in contexts related to psychology, biology, or any field discussing factors that influence adaptability or change.
Example: "The study focused on the adaptive determinants that influence an organism's ability to thrive in changing environments."
Alternatives: "adaptive factors" or "flexible influences".
An Asn66Ser substitution in the alternatively spliced PB1-F2 protein (PB1-F266S) that is known to contribute to virulence and facilitate secondary bacterial infections was noted, but no other mammalian-adaptive molecular determinants were observed in the viral genome.
Some empirical evidence is offered to underscore the significance of the determinants of adaptive capacity in determining vulnerability; these are the determinants upon which the method is constructed.
Subsequently, we discuss four avenues into which the basic models have been extended by recent work (i) the role of phenotypic plasticity and its interactions with genetic evolution, (ii) determinants of adaptive potential and evolvability, (iii) adaptation to shifting spatial gradients and (iv) evolution and adaptation in a community context.
The method is designed to assess the potential contributions of various adaptation options to improving systems' coping capacities by focusing attention directly on the underlying determinants of adaptive capacity.
Molecular mechanisms underlying terminal differentiation of B cells into plasma cells are major determinants of adaptive immunity but remain only partially understood.
For life expectancy, sanitation and nutrition, we find a relationship that is close to linear the perfect substitute case where the various determinants of adaptive capacity can compensate for each other with relative and persistent ease.
Determinants of adaptive capacity.
Key determinants of adaptive capacity were identified as being inter-organizational, intra-organizational, objective and subjective.
To explore this further, it would be necessary to study the social determinants of adaptive capacity for extreme weather events.
We infer fitness and genetic constraints as determinants of adaptive evolution, and we predict speed and functional consequences of this process.
