The rule requiring invertibility of the sign matrix is not a relevant feature due to its implication of biochemical identity.
In the context of QT interval, the novel implication of a biochemical pathway such as the nitric oxide pathway in repolarization and arrhythmogenesis has already led to the suggestion that it is no longer sufficient to focus on the electrical properties of the heart when attempting to link genetic variation to cardiac arrhythmias.
These new discoveries have important environmental and biotechnological implications for these types of biochemical reactions impact the degradation of environmental contaminants and the cycling of organic carbon as well as many inorganic elements.
Tumour heterogeneity also has implications on the use of biochemical relapse-free rate as an end point for measuring successful treatment of prostate cancer, as poorly differentiated cells produce less prostate-specific antigen than well-differentiated tumour cells [36].
One of the advantages of the presented model resides in the possibility to modulate phenotype severity by applying PT for different periods, allowing the study of physiological and biochemical implications of bilirubin toxicity at the desired developmental stage.
One of the advantages resides in the possibility to modulate phenotype severity by applying PT for different periods, allowing the study of physiological and biochemical implications of bilirubin toxicity at the desired developmental stage.
The evolutionary analysis below shows that the described variations are lineage specific (fig. 4), and the biochemical implications of the distinct patterns of the Qo motif are discussed in phylogenetic context.
Recent studies have begun to uncover how microbes interface with their host during exposure to drugs, dietary compounds, and environmental toxicants, with broader implications regarding the causes and consequences of biochemical individuality.
To better understand the functional implications of these mutations, a variety of biochemical and cellular assays, as well as computational methods, have been developed to assess the impact of the individual mutations.
These differences translated to statistically and biologically significant differences in thermodynamics of biochemical reactions between strains that could have implications when choosing a host for bioprocessing.
