The phrase "also because of the complexity" is correct and usable in written English.
You can use it when explaining reasons for a situation or decision that involve complexity as a contributing factor.
Example: "The project was delayed, also because of the complexity of the new software integration."
Alternatives: "due to the intricacy" or "as a result of the complexity".
Testing for genetic disorders presents additional challenges, partly due to the presence of relatively small numbers of affected individuals in the population, but also because of the complexity of counseling, confidentiality issues and the potential for social, insurance or employment discrimination.
The conclusion may be that one needs to accept that the kind of evidence provided by realist evaluation can never be put in the same categories of evidence produced by controlled experimental methods, not only because of its perspective on causality, but also because of the complexity of the subjects on which it will be applied.
Identification of the cause of anemia was also impossible, because of the complexity of the data and the retrospective study design.
Identifying the genes related to specific traits based on the linkage maps is also challenging because of the complexity of the homologs and paralogs in polyploidy genomes [ 15, 18].
This is arguably due to conceptual confusion, but also because of the large complexity of the study system, which turns quantifying host specificity in the field into a challenge.
Women with a personal history of breast or ovarian cancer are also excluded, because of the complexities in risk counselling of women with a previous history of cancer.
However, the worm has also raised eyebrows because of the complexity of the code used and the fact that it bundled so many different techniques into one payload.
Using a shorter reshaping filter is not only desirable to increase the robustness against RIR perturbations, but also because of the lower computational complexity of the reshaping filter design.
They are in a separate sphere of research, however, largely because of a differing measurement methodology, but also because of the well-known complexities of associating specific environmental hazards to health [ 62].
In examining disasters like the Challenger explosion and the near-meltdown at Three Mile Island, Perrow argued that while the events were unforeseeable they were also, in some sense, inevitable, because of the complexity and the interconnectedness of the systems involved.
Simulation results also suggest that, despite or because of the complexity of the model, it behaves robustly enough to be a suitable and valid platform to study the physiological and pathophysiological phenomena in mouse cardiac myocytes.
