Hydrogen can be produced using renewable energy sources, like wind, but it can just as easily — in fact, perhaps more easily — be extracted by less environmentally benign means.
Although detecting a high number of benign CNVs added to the interpretation workload, this was less of an issue since the mere fact of being able to classify them as benign means their interpretation was fairly straightforward.
There was no significant difference noted in staining intensity when comparing matched benign (mean intensity score = 0.6, Fig. 5C) and prostate cancer specimens (mean intensity score = 0.4).
Fifty-seven lesions from 52 women were analysed including 39/57 malignant (mean size, 15 mm; range, 7-45 mm) and 18/57 benign (mean size, 17 mm; range 7-50 mm) –see Table 2 for pathological subtypes.
A total of 52 lesions were 2 cm or smaller; 25 malignant (mean lesion size 14 mm, range 6 20 mm) and 27 benign (mean lesion size 11 mm, range 5 20 mm).
Benign disinflation means rising real incomes for lenders, pensioners, and workers, and falling energy prices for industry.
Only three lesions classified as benign by means of breast imaging and LCNB came up to be malignant (two invasive cancers, one DCIS) at excision biopsy.
The proportion of the melanocytic cells stained positively for HAS2 was significantly higher in dysplastic nevi (mean 76-10076-100%000) and in situ melanomas (mean 76-10076-100%000) compared to benign nevi (mean 26-50%).
There is no significant difference in size between the benign nodules (mean 2.7 cm, SD 1.7 cm) and the malignant nodules (mean 2.8 cm, SD 1.1 cm) (unpaired t-test, p = 0.68).
hK6 specific activity (ng hK6 mg−1 total protein) was significantly elevated (P<0.001 by the Kruskal Wallis test) in extracts of ovarian tumour (mean 32.7, standard error 3.8, range 0.04 to 497) compared to extracts prepared from normal ovarian tissues (mean 3.5, standard error 2.5, range 0.05 to 20.8) or from ovarian tissue with benign disease (mean 3.2, standard error 2.6, range 0.03 to 21.5).
Some tests used benign substances meant to simulate the spread of the toxins.
