In conclusion, the fundamental element for the emergence of a global metabolic configuration characterized by presenting a metabolic core is the number of subsystems.
These data seem to indicate that the crucial element for the emergence of a global functional configuration characterized by presenting a metabolic core is a high number of metabolic subsystems.
These data seem to indicate that the fundamental element for the emergence of a global functional configuration characterized by presenting a metabolic core is a high number of metabolic subsystems.
Therefore it can be concluded that the fundamental element for the spontaneous emergence of a global metabolic configuration, characterized by presenting a metabolic core, is the number of metabolic subsystems belonging to the network.
On the other hand, experimentally, the dynamic structure of the cellular metabolism as a whole seems to be characterized by presenting a functional global configuration in which a metabolic core formed by several sets of enzymes are always in an active state, whereas the rest of the molecular catalytic sets exhibit dynamics of on-off changing states [12], [64].
The CLKs are characterized by presenting a C-terminal kinase domain with dual specificity, which is closely related to serine-threonine kinases, and an N-terminal RS domain that allows interaction with SR proteins.
In some situations, as previously mentioned, it would be reasonable to think that some of the effects characterized as presenting an NMDR might have a linkage to compensatory effects and not to endocrine disruption, leading to an adverse effect [ 7].
The line TG8 was previously characterized and presented a single copy of the gus gene integrated into the genome and mitotic stability in respect of the GUS+ phenotype [ 59].
But so far, the functional aspect of the APMAP TM helix has not been characterized and presents an interesting case for further experimentation.
In this paper, we characterize and present a series of highly structured MEP.1 plans for all odd m="4λ±1,λ≥2, with N=2m runs.
CNV regions involving short-range segmental duplications of DNA with near-identical sequence (niCNV), often representing multi-allelic and highly polymorphic systems, have proven particularly difficult to characterize and present a challenge to high-throughput analysis.
