Nonetheless, one of the strengths of HFCC is that it can analyze multiple phenotypes simultaneously.
The development of WGA methods (reviewed in [ 6, 7]) has recently made it possible to analyze multiple genomic loci from single cells.
It is important to analyze multiple SNPs and their interaction to find more reliable prognostic or predictive biomarkers, because it is hard to predict complex clinical outcomes of lung cancer patients by using only one SNP.
With a smaller sample size of "usable" plays per game, it is vital to analyze multiple games for each safety prospect.
While studies have achieved global analysis of one single-cell[9], [10], to gain insight into the behavior of a population, it is necessary to analyze multiple single-cell samples.
In most SS patients and controls, it was possible to analyze multiple biopsies taken at the same time.
To cope with these difficulties, it is worthwhile to analyze multiple methods for merging assemblies, provided that the merged assemblies are compared and evaluated on reasonable grounds (see [ 11]).
It was discovered, by analyzing multiple foci occurring simultaneously within individual tumors, that chromosome 18p events occur at a significant frequency (56%) early in the tumorigenic process, making LOH at chromosome 18p one of the most common known events in DCIS tumors.
The real power of GIS, though, lies in its ability to analyze multiple data layers or variables.
MAFFT was used because it is specifically designed to analyze multiple sequence alignments comprising thousands of sequences.
Wigwams requires little user input (further aided by easy-to-use graphical user interfaces) and is computationally inexpensive and relatively fast, making it a useful method to analyze multiple time series experiments for evidence of co-regulation.
