The phrase "adaptation of molecular" is not correct as it is incomplete and lacks clarity in written English.
It can be used in contexts discussing changes or modifications at a molecular level, but it needs additional context to be fully understood.
Example: "The adaptation of molecular structures in response to environmental changes is crucial for survival."
Alternatives: "modification of molecular" or "adjustment of molecular".
We could hypothesize that these differences arise from the adaptation of molecular parameters, such as codon usage, polypeptide folding and resistance to inactivation by mammalian cell proteases.
At the very least, it is likely that the adaptation of molecular taxonomy to biologically informative reference data, without relying on the assumptions that the latter are 100% reasonable, is a concept that is appealing for both traditional and molecular taxonomists.
It has also been used in studies of in vitro evolution, with characterizations of fitness during adaptation and of molecular evolution across the entire genome accompanying the adaptations; T7 has been the subject of an empirically based, kinetic simulation model.
Adaptation time of molecular quasispecies to a given environment is optimized at values of the mutation rate well below the phenotypic error threshold.
However, it is not clear what role is played by the impact of differing training intensities on the physiological heart muscle's adaptation, in terms of molecular changes.
In order to cope with salt stress, plants have evolved high degrees of developmental plasticity, including adaptation via cascades of molecular networks and changes in gene expression profiles.
In order to cope with salt stress, plants have evolved high degrees of developmental plasticity, including adaptation via cascades of molecular networks [ 2] and changes in gene expression profiles [ 3].
Study of the adaptive maintenance of molecular variation historically has followed one of two approaches, elucidation of the functional components of molecular adaptations at the biochemical level, or description of the historical footprints of selection acting on sequence variants [3].
In this situation, tumor progression may derive partly from mal-adaptation of a molecular mechanism that evolved to terminate and resolve innate immune inflammation.
We compared four homologous enzymes, which suggested a new halo-adaptive state in the process of molecular adaptation to high-salt conditions.
To cope with B-deficiency, plants have evolved a considerable degree of developmental plasticity, including adaptations via cascades of molecular networks.
