While chloroplast sequences are still the most commonly used markers in plant phylogenetic studies, many analyses tend to rely on relatively small portions of the chloroplast genome, and few studies to date have applied plastome-scale sequences to phylogenetic questions [ 27- 34].
There are many analyses that come to mind to see whether the observed overlap is particularly high or not.
'Dr Blumsohn had full access to the raw clinical data relevant to the abstracts, posters and presentations published or made in his name and could (and did) request many additional analyses to make sure he was fully comfortable with the approach and conclusions.' In September 2003 Blumsohn told Eastell, a research dean at the university, that he thought the plotted graphs were misleading.
Shortly thereafter, a professor of mine at Brandeis, who contributed many thoughtful analyses to the preeminent genre magazine of its time, Cinefantastique, introduced me to its publisher and enfant terrible, the late, great Frederick S. Clarke.
This is very difficult to assess properly because it requires many more analyses to be performed, and the cost of this work is often prohibitive.
We investigated how our algorithm can be used to aggregate conflicting information from many phylogenetic analyses to create a single, more accurate tree.
However, in our systematic review, we performed many stratified analyses to reduce statistical heterogeneity, and therefore any associations shown could have been due to chance.
We decided to use HeLa cells, which are a convenient and reliable model system for conducting many biochemical analyses, to determine the molecular mechanism behind this phenomenon.
We ran many stratified analyses to consider the impact of these possible factors, producing some useful results, such as demonstrating a dose response.
Understanding the nature of the data, and having some content expertise are useful in determining which and how many sensitivity analyses to perform.
