Sentence examples for systems we showed from inspiring English sources

Using mice and zebrafish as model systems, we showed that SMARCD2 controls early steps in the differentiation of myeloid erythroid progenitor cells.

To mitigate the shortcomings of traditional intrusion detection systems we showed the advantages of using autonomous agents as a source for sensor information.

By applying the method to three different systems, we showed that it is extremely flexible, since it can be applied to systems with different degree of heterogeneity and described by binary relationships and categorical variables.

Using adipogenesis and myogenesis as model systems, we showed that MLL3 and MLL4 are required for enhancer activation, cell-type-specific gene induction and cell differentiation [ 50].

Using heterologous tobacco and Arabidopsis transient or stable expression systems, we showed that PpHsp16.4 localized in the cytoplasm under the form of large and shapeless structures, resembling the heat-induced granules described by Löw et al [ 12].

For instance, in a recent analysis [ 3] of 496 patients of a previously published trial [ 4] investigating the results of three different uncemented total hip prosthesis systems, we showed that an interaction between volume (a surrogate for experience) and treatment occurred.

For non-identical parallel systems, we show a controller design approach and demonstrate its efficacy through a simulation example.

For such systems we show how to parametrize feedback controllers which can place the closed-loop poles in a desired region inside the unit bicircle.

Using irreversible thermodynamics for heterogeneous systems, we show how to write flux equations for heat and mass transfer across these films, but without these assumptions.

Using experimental data from three sets of mixed-wet systems, we show that applicability of this VSG is not limited to SWW systems only.

So in the framework of multistage chaotic synchronization systems, we show that the above scheme could be applied in secure communication.