The phrase "as a complex feature of" is correct and usable in written English.
It can be used when discussing intricate aspects or characteristics of a subject, often in academic or analytical contexts.
Example: "The study highlights the role of social media as a complex feature of modern communication."
Alternatives: "as a multifaceted aspect of" or "as an intricate element of".
If consciousness exists as a complex feature of biological systems, then its adaptive value is likely relevant to explaining its evolutionary origin, though of course its present function, if it has one, need not be the same as that it may have had when it first arose.
The RNA-processing cascade is now seen as a complex feature of the ancestral eukaryotic cell.
Disruption, like evolution, is a complex feature of complex systems, and operates at a significantly high level of unpredictability.
Third, it is clear that a distinction can be drawn between a complex feature as a whole and the components of which it is made with regard to homology versus homoplasy.
For example, it has been suggested that once lost, a complex feature cannot be regained as the probability of its reemergence is too slight.
Given the need to maintain adequate tissue perfusion and oxygenation, and the negative impact of fibrosis on this process, it is likely that hypoxic regulation of epigenetic mechanisms such as DNA methylation are a central but complex feature of the wound healing response and progression to fibrotic disease.
These templates that can be represented by neurons acting as detectors for complex features of a sound could form the neural substrate for perceptual restoration in a similar way as the preexisting lexical representation affects restoration in humans [10].
Notably, Goldman treats aesthetic value not as a function of any more or less immediately discernible single property but rather as a complex configurational feature of works.
These observations of multi-parameters show the complex features of brain metabolism as a function of substrate delivery, transport and consumption in the variable demand of the injured brain, especially at high altitude.
In order to represent the complex features of the ETS dataset as comprehensively as possible, direct sequences of all accessions were submitted to GenBank in duplicates: (i) with all polymorphic sites included, and (ii) corrected for overrepresented character states (e.g., the major sequence types used for phylogenetic analyses).
The methodology used in this work is suitable for modeling complex features of reservoirs such as irregular boundaries, fractures, faults, inclined and distorted wells.
