Tests like this have always made me feel like a defective specimen.
Tests like this have always made me feel like defective specimen.
Within the normal adjacent breast specimens, the defective DNA damage signature patterns were inversely related to the stem-cell signature patterns.
As was expected, the yield loads estimated using the S&T models were slightly lower than the corresponding experimental results (see Table 1) in all cases except for specimen A-II (the specimen with the defective TTT node).
No significant difference in the degree of reticulation was detected between the defective samples and a reference specimen coming from the manufacturer.
Specimen A-II (with a defective TTT node) had a 18% reduction of the yield load compared with specimen A-I (without a defective TTT node).
Some specimens of RT22/SCB experienced a defective aluminization resulting in one side with a lower Al content, and some specimens of RT22/IN792 had less platinum than the specification.
Contrariwise, no significant change in mtDNA content, CS, and MRC activities was measured in treated versus untreated Surf1 −/− or WT muscles, and the histochemical reaction to COX was equally defective in both treated and untreated Surf1 −/− specimens.
The mutated MCPH1-transcript detected in the breast cancer specimen described above was unable to complement the defective activation of DNA damage response proteins, in contrast to full length MCPH1.
Only one specimen presented weld damage triggering a brittle failure, caused by a defective weld.
