Elevated λmax for the Atss2- 3 mutant compared to wild type in the WS background was also observed (Table 3).
An increase in ROS production in cells expressing the PINK1-P95A protein in a PARL knockout background was also observed (2.1-fold increase, n= 4 experiments, P< 0.001).
Genetic background effect from wild germplasm background was also observed by Cardona and Kornegay [ 2] for the first five arcelin alleles and in the transgenic testing of arcelin variants described above.
Some background was also observed but it was distinguished from true hybridization signals because they usually appear as dots without any pattern and not in both chromatids of the same chromosome.
Differences between the two backgrounds were also observed (Fig.5-B, F 1,53) = 34.05, p<0.0001), FVB mice being less active and habituating faster [background × bins: F 5,265) = 6.40, p<0.0001] than B6.
Similarly small background conductances were also observed in both Mrs2p and Mrs2-type knock-out vesicles with a pipette solution including only 150 mM NMDG (data not shown).
Comparable background levels were also observed in intracellular extracts from control cells (i. e., E. coli harboring the expression vector pET303/CT-His without an insert) cultivated under the same conditions.
Fluorescein isothiocyanate (FITC) signals were observed at the midpoint of the bilobate plastids in both of the anti-BnFtsZD-1 and anti-BnFtsZD-2 (Fig. 3c, d), and cytoplasmic signals would be a nonspecific background, because such signals were also observed in negative control cells treated with pre-immune serums (Fig. 3c, d).
Similar results were also observed in Yki overexpression backgrounds.
Late-arising revertants were also observed in other ogg1 backgrounds of the trp5 –A149C strains, but were not inherently slow growing.
Similar phenomena were also observed in mice of C57BL/6J background.
