This method makes use of the response probabilities of interest, and allows statistically meaningful designs to be constructed with relatively small patient numbers.
Whether these differences arise from exposure differences or physiological differences would need further investigation to validate the use of this dose response relationship for exposure quantification.
The recognition that human tumors stimulate the production of autoantibodies has initiated the use of this immune response as serological markers for the early diagnosis and management of cancer.
Toxicogenomics seeks to use the complexity of this response as a fingerprint or signature characteristic of that xenobiotic exposure.
Also, the potential use of this technique for response assessment in cancer therapy was recently demonstrated.
Some potential uses of this frequency response function for structural intensity are presented.
In this respect, the use of Nonlinear Response History Analyses (NRHAs) appears to be computationally expensive, time demanding and potentially tricky for most practicing engineers.
Based upon the substructure approach, this procedure makes use of novel response spectra that quantify the effects of the base-isolation-system (BIS) to the superstructure while accounting for the dynamic interaction between BIS and superstructure.
Monitoring the early age hydration process in cementitious materials containing mineral and chemical admixtures, and non-invasive determination of the pore structure features, through the use of electrical response, is discussed in this paper.
(Since different theories in the sentimentalist family make use of different responses, this entry will adopt a liberal definition of a 'sentiment' that comprises non-cognitive attitudes and states of all kinds emotions, feelings, affects, desires, besires, plans, and dispositions to have them).
