One research limitation concerns the use of invasive or destructive testing as the sole means to monitor mould growth in concealed assemblies, such as wall cavities, making it difficult or impossible to conduct time-course experiments to assess the performance of different materials and designs.
To get a better idea of the dynamics of FGF19 transcript expression, we conducted limited time course experiments, which showed that FGF19 transcript expressions were not increased by 1 h of incubation but, after then, continued to increase up to 6 h.
To obtain high quality data, it is important to conduct a time course experiment or to titrate the condition of interest.
It is generally difficult to conduct this type of time course experiments in batch cultures since there it is almost impossible to avoid local fluctuations in environmental conditions and the concentrations of metabolites.
To further investigate this issue, we conducted a time course experiment in which a 5'-end-labelled chiA RNA fragment was mixed with 5-fold excess LhrA or LhrA-Mut3*, in the absence or presence of Hfq (Figure 4C).
To assess IRF3 activation during the course of a WT HSV-1 infection and examine the effects of ICP0, we conducted a time course experiment examining IRF3 dimerization and nuclear translocation following infection with WT HSV-1 and a corresponding ICP0-null mutant in non-immortalized, non-transformed human fibroblasts.
To test this hypothesis, we conducted a time course experiment to determine whether there was a difference in onset or size of nuclear inclusion formation by Ataxin-3 in vivo.
Based on other time course experiments conducted, we anticipated M values of approximately 1.0.
Transport time course experiments were conducted by adding concentrations of D-glucose or D-fructose, and NaCl or KCl to different 50 mL tubes (Falcon, Newark, N.J) containing physiological saline and [H]-glucose or [H]-fructose.
Second, liquid and solid cultures were exposed to these same terpenes and time course experiments were then conducted in order to quantify g7466 (CYP52P6) expression profiles through qPCR.
