The phrase "artificially complex" is correct and usable in written English.
It can be used to describe something that has been made unnecessarily complicated or intricate, often in a way that is not natural.
Example: "The software's user interface is artificially complex, making it difficult for new users to navigate."
Alternatives: "unnecessarily complicated" or "falsely intricate".
Many of the artificially made complex compounds, i.e., xenobiotics persist in the environment and do not undergo biological transformation.
Designer cellulosomes are artificially constructed complexes of enzymes, generally equipped with a dockerin module that interacts with cohesin module with high specificity and affinity and degrades the polymeric cellulose efficiently (Vazana et al. 2012).
The mainstream French film industry is, for the most part, kept going artificially, through a complex system of direct and indirect subsidies.
"Instead of broad-based, sustainable growth fueled by rising wages and investment, the U.S. economy was artificially inflated by complex financial engineering that made credit more easily available and exposed the entire economy to enormous risk".
While this scale artificially translates a complex phenomenon into a simplified score, it allows some quantification of ecological selection pressure between different antibiotic schemes.
In order to investigate the details of the effects of Stl on RNAP active center functioning, we used artificially assembled elongation complexes (ECs).
For the remaining mutants, we determined kpol (catalytic rate at saturating substrate concentration) and Kd (substrate dissociation constant) of single nucleotide incorporation and misincorporation reactions using artificially assembled elongation complexes [ 7, 15, 16].
But we must resist the urge to artificially simplify those necessarily complex and time consuming evaluations just to feed the data monster with statistics and test scores.
By using the culture concept, we tend to artificially ossify the diverse, complex, and constantly changing social environment that is any organization.
To characterize the structural basis of sequence specificity and flexibility of the Escherichia coli Hsp70 chaperone DnaK, we have analyzed crystal structures of the substrate binding domain of the protein in complex with artificially designed peptides as well as small proline-rich antimicrobial peptides.
