Indeed on the one hand no single experimental method can fully characterize the multiplicity of the protein functions, and on the other hand the huge amount of data to be processed poses serious computational problems.
Forth, AMBCA uses one single and systematic experimental method, whereas many different methods and experimental settings are reported in scientific reports from AMBCA, making the comparison problematic.
Secondary Ion Mass Spectrometry has been used in a unique way to study and fix gas pressure, substrate temperature and laser fluence, in order to obtain optimized conditions for one variable in single experimental run.
Note that this code acts on a single experimental block at a time, so it must be added to at least one question within each block in order to track departures and time away throughout your experiment.
We demonstrate that one single, easy-to-run experimental setup is a powerful tool for the study of olfactory behavior in mice that has many advantages and broad applications.
We referred all flux calculations to the volume of one single cardiomyocyte to integrate experimental flux rates from different studies (see Additional file 7).
We show here that one can determine, within a single experimental session made at constant baseline temperature of the skin T0, the thresholds and the latencies for pain elicited by Aδ- and C-fibers.
In summary, if genotyping is relatively inexpensive (i.e., half the cost of phenotyping a single experimental unit), one or two replications can be used without any difference in genetic gain.
Furthermore, the experimental observation that one single half-penny crack rather than the two kidney cracks forms at higher indentation loads is explained by the model.
For comparisons of single experimental conditions to chance levels, one-sample sign tests as provided on http://www.fon.hum.uva.nl/Service/Statistics/Sign_Test.html were used.
