Sentence examples for systems in experimental from inspiring English sources

Moreover, many software systems in experimental design stress data analysis and not properly address data interpretation.

With the increase in the use of such techniques to characterize multi-degree-of-freedom systems in experimental practice, there is a need for the results of such characterization techniques to be more than a simple answer to the question, "Is the system chaotic?" but rather, "How chaotic is the system?".

There have been many reports of the transcriptional profiling of estrogen responses in breast cancer cell lines in vitro, including those in MCF-7 [ 8, 9], T47D [ 27] and ZR75.1 [ 28] breast cancer cell lines and their derivatives [ 29, 30], as well as those using model systems in experimental animals [ 31, 32].

In this paper, we consider the neurobiological bases of these clinical features by reviewing the abnormalities of brain structure and function that have been discovered in patients with mood disorders, and integrate these findings with information obtained about the function of putatively homologous brain systems in experimental animals.

Okada, H., Iwamaru, Y., Yokoyama, T. & Mohri, S. Immunohistochemical detection of disease-associated prion protein in the peripheral nervous system in experimental H-type bovine spongiform encephalopathy.

Taken together, IL-17 released by lymphocytes bearing the γδ T cell receptor appear to be a causative factor in the inflammatory destruction of the biliary system in experimental BA.

The effects of lead exposure on the circulating renin-angiotensin system in experimental animals appears to vary depending on the dose and duration of lead exposure [1].

Moreover, recent studies have shown that reduced Cathepsin D expression results in α-syn accumulation and degeneration of the dopaminergic system in experimental models and in patients with PD [83].

This paper reviews the chronic effects of lead exposure on the renin-angiotensin system in experimental animals and human beings.

For determination of disorders of the central nervous system in experimental animals, a passive avoidance task (fear-aggravated test) is used for evaluation of learning and memory.

Fine particulate pollutants have been demonstrated to cause formation of excessive amount of reactive oxygen species in airways and the cardiovascular system in experimental animals, leading to tissue inflammation and cell death (Dye et al. 1997).