The use of in silico PCR significantly increased the specificity of the detected deletions by eliminating the noisy sequences that were produced by experimental errors, such as randomly broken fragment ends, star activity of the restriction enzyme, sequencing errors and false mapping.
These have been obscured by catastrophic errors, such as the withdrawal of funding for equivalent-level qualifications (ELQs), which has decimated university adult education.
The functional behavior of manufactured surfaces is influenced by the errors such as roughness, waviness and form errors that are present on the surface.
The accuracy of the reconstructed concentration maps deteriorates when the reconstruction model is biased by systematic errors such as large inhomogeneities in the static magnetic field.
Unfortunately, in prokaryotes all analyses of intergenic regions are hampered by annotation errors such as incorrect initiation codon prediction, falsely predicted genes and frameshifts [ 35- 38].
On the other hand, it is hard to appreciate how the present results could have been caused by systematic errors such as information and selection bias.
It is known that specificity can be affected by technical errors, such as transfer of TB-bacilli from positive to negative samples.
In these cases, computational methods were unable to recognize mutations induced by sequencing errors, such as frame-shifts and stop codon mutations.
This was done to confirm that variation in speckle contrast is not caused by systematic errors such as low light intensity, noise, or vignetting.
