Using rigorous ancient DNA methodologies, we were able to determine the genotypes of a number of individuals unambiguously.
Since these predictions were generated using different methodologies, we were interested in evaluating the level of agreement among them, as well as between each one of them and the NCBI Refseq database.
By combining polysome profiling with genomic methodologies, we were able to assess global changes in hepatic mRNA translation.
To support the ESP methodology, we are developing some innovative tools.
With this formal verification methodology we are able to verify designs which are larger than is previously possible.
In addition to developing fundamental theory and methodology, we are actively involved in statistical problems that arise in such diverse fields as molecular biology, geophysics, astronomy, AIDS research, neurophysiology, sociology, political science, education, demography, and the U.S. Census.
Using pathway engineering and improved agro-infiltration methodology we are able to generate gram-scale quantities of purified triterpene in just a few weeks.
In the methodology, we are concerned about the three processes: vehicle location distribution [40], content retrieval, caching and correlation study [39].
By extending the algorithm, through PMCMC methodology, we are able to estimate hidden physiological parameters as well, like intrinsic conductances or reversal potentials.
Using this methodology, we are able to provide a very good estimate of the pdf of the interference power, for different values of the shadowing standard deviation, σdB.
