The phrase "as the examples mentioned" is correct and usable in written English.
It can be used when referring back to previously provided examples in a discussion or text.
Example: "The results of the study were consistent with the findings, as the examples mentioned illustrate the trends observed."
Alternatives: "as previously noted" or "as indicated in the examples".
The distinction between protein substrates that undergo degradation via ERAD or autophagy might not be as simple as suggested by the examples mentioned above, where soluble substrates are degraded by ERAD and insoluble substrates are degraded through autophagy.
For example, this "reversion" is common when analyzing for the first time cases of loss of structure, such as the example mentioned of blind fish in caves.
What's more, these results will change as those examples mentioned before.
In this context, as in the two examples mentioned above in plants and jawless vertebrates, the ability to produce a wide range of non-self recognition molecules would allow for the detection of a wide range of pathogens and counteract their immune-avoidance strategies.
As in the other examples mentioned throughout this section, it is not clear why Fiering et al. only cite those papers in apparent contrast with the original article.
Thermodynamics far-from-equilibrium, such as examples mentioned at the beginning of this section.
As well as the monotonicity properties, another interesting ingredient of the above examples is that we cannot infer, as in the optimal transportation examples mentioned in the previous section, that bounded domains are A -bounded so second derivative estimates do not follow from the relevant arguments in [14, 20].
Such principles enjoy a similar conceptual status as the distributivity laws between conjunction and disjunction, or as the collapsing example mentioned above.
Although it is tempting to focus on single-nutrient effects such as the folate example mentioned above, nutrigenomics researchers contend that the real focus should be on the impact of multiple nutritional imbalances (both excess and deficiency) on the genome.
