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Therefore, the three methods detected approximately the same number of QTL regions.
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Detailed study of the patients' clinical condition and detection rates using the two methods suggest that both methods detect approximately 80% of clinically and pathologically confirmed metastases.
By using RT-PCR probing for the β-globin gene, we found that the PCR-based method detected approximately 10-fold less DNA compared with the UV-absorbance method at 280 nm (data not shown).
This method detects approximately 2,000 colony-forming units in the sediment of 1 ml of milk and does not cross react with M. agalactiae, M. capricolum subsp. capricolum, M. capricolum subsp. capripneumoniae, M. conjunctivae, M. hyopneumoniae, M. leachii, M. putrefaciens, M. mycoides subsp. capri, M. mycoides subsp. mycoides or 19 other bacterial species [ 25].
It is estimated that most laboratories would have detected approximately 80% of BRCA1 and BRCA2 mutations (excluding the large deletions) by their chosen methods.
We detected approximately 1 3% SP cells among KYM-1 cells.
The combined method could detect approximately 94% of carriers because most of the cases resulted from a common single deletion event.
Cutaneous HPV infections were found in 41% of AK (27 skin biopsies) by PCR based methods able to detect approximately 100 HPV types [ 21].
For the statistically high-powered AFLP dataset, BLMM and mLASSO methods both appeared to detect approximately equal numbers of suggestive or significant QTL per trait (in the range of 0 5).
We have previously shown, that based on the parameters used by us (see Materials and Methods), CSR analysis can detect approximately 63% of the sensitive strains that are detected by a large-scale spot test (ST) analysis with no repeats [ 20].
When an intermediate value of the clustering parameter is chosen (0.5), the method is able to detect approximately one third of the transitions with a high precision (80%).
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