DNA
metabolism and repair is vital for the maintenance of genome integrity. Specific proteinaceous inhibitors of key factors in this process have high potential for deciphering pathways of
DNA
metabolism and repair. The
dUTP
ase enzyme family is responsible for guarding against erroneous uracil incorporation into
DNA
. Here, we investigate whether the staphylococcal Stl repressor may interact with not only bacterial but also eukaryotic
dUTP
ase. We provide experimental evidence for the formation of a strong complex between Stl and
Drosophila melanogaster
dUTP
ase. We also find that
dUTP
ase activity is strongly diminished in this complex. Our results suggest that the
dUTP
ase protein sequences involved in binding to Stl are at least partially conserved through evolution from bacteria to eukaryotes.
The data modeling process is challenging and involves hypotheses and trials. In the industry, a workflow has been constructed around data modeling. The offered modernized workflow expects to use of the cloud’s full abilities as cloud-native services. For a flourishing big data project, the organization should have analytics and information-technological know-how. MLOps approach concentrates on the modeling, eliminating the personnel and technology gap in the deployment. In this article, the paradigm will be verified with a case-study in the context of composing a data pipeline in the cloud-native ecosystem. Based on the analysis, the considered strategy is the recommended way for data pipeline design.
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