None of these alignments can be expected to be error-free, but the fact that there are so many between the same two groups, and that sequence and functional relationships have been established for decades[20] implies that the existence of the edges if not the details of the alignment underlying each individual edge is reliable.
Because of these challenges, the predictions of ESPRIT cannot be expected to be error-free.
On the other hand, multiple development cycles may be avoided by the pattern-based approach, as long as its users are able to correctly use design and implementation patterns, which are expected to be less error prone.
We conclude that the naïf choice of a uniform distribution for π is strongly expected to be in error (see Fig. 7).
Although copy-number estimation could be expected to be more error-prone in these mitoses, with many clustered DMs, our collected data thus indicated that clustering of DMs could be one cause of deviations from the binomial distribution at high DM copy-numbers.
These reads are expected to be predominantly error-free, therefore the proportion of reads that are not corrected represents a measure of specificity.
Repair of double-strand breaks is thus expected to be more error-prone in a haploid because of the higher likelihood of using nonrecombinational repair.
Yet, the sequence data contained at least 158 genuinely different sequence reads (i.e., those that exhibited more divergence than would be expected to be produced by error).
However, many of the sequence reads differed from others at only one site, a degree of variation consistent with that expected to be caused by error.
Because of the relatively small number of samples and large number of tests conducted, we chose a relaxed FDR threshold of 0.1 (i.e. approximately 10% of differences are expected to be type I errors).
After one hour, no real change in muscle strength in patients is expected, so any observed differences were expected to be due to measurement error.
