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To better understand the water/Ni electronic interaction relevant to many industrial catalytic processes, we performed a comprehensive investigation of water dehydrogenation formation on Ni surfaces.
To understand the sharing processes, we performed user studies in two different environments.
To define affected cellular processes, we performed Gene Ontology (GO) term analysis of differentially expressed genes.
In order to characterize these processes we performed a two-photon excitation test and a single point spectral characterization.
To further determine whether differential targets of DMR-related miRNAs are responsible for psychosis-related biological processes, we performed functional comparison analysis.
In order to demonstrate the association of the 21 gene panel to biological processes we performed the Core Analysis in Ingenuity® Pathway Analysis (IPA®).
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To shed light on possible dynamic-conformational effects involved in the DNA cleavage process, we performed MD simulations of the I-CreI_3115 and I-CreI_D75N bound to the different DNA target sequences (Supplementary Table S3).
To attain parameters for the understanding of the lipid production process, we performed continuous cultivation experiments under either carbon or nitrogen limitation.
In order to determine the kinetic limiting step of the overall electrochemical process we performed experiments at different temperatures, and calculated the activation energies of the electron hopping process and ion transport process.
As part of the cognitive engineering process, we performed a cognitive task analysis that uncovered the sources of complexity in the military intelligence support of SASO and identified opportunities to provide more effective aiding.
To identify additional factors involved in this process, we performed CRISPR/SpCas9-based loss-of-function screens and selected for factors that confer PARP inhibitor (PARPi) resistance in BRCA1-deficient cells.
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