In the present study, the biologic effects of CML and CEL were studied, with specific emphasis on EPC function.
The enzymic mechanism of the production of such free radicals and their subsequent reactions with biological molecules is studied with specific metabolic inhibitors and free-radical scavengers.
Expression changes in these genes need to be studied with specific experimental design, taking into account e.g. the daily cycles in the expression level of the genes and targeting the studies on specific tissues like the heads of the flies.
Therefore, the influence of phosphate on growth and recombinant protein expression (at various induction times) in batch cultures was studied with specific online-monitoring tools for small scale cultivations, namely RAMOS [ 28, 29] and BioLector [ 30, 31].
In this paper a generic Model Predictive Control design procedure is studied with a specific attention to linear discrete time-delay models and dynamics affected by input/state constraints.
The PsA group was studied with a specific protocol designed for this study, which included epidemiological and demographic data, medical history, clinical features, physical examination, laboratory data (including tests for rheumatoid factor and antinuclear antibodies) and radiographs.
The heterogeneity of ASD suggests that it should be studied with respect to specific behavioral phenotypes and in specific contexts.
Chromosome 4 was studied with a centromere-specific probe (CEP4 Spectrum Green, Vysis Inc., North Chicago, IL), and KIT gene with BAC probes (clones RP11-1106L19 and RP11-977G3).
Phosphorylation of eIF2α was studied with anti-eIF2α and eIF2α-phospate specific antibodies (Cell Signaling Technology).
