To the best of our knowledge, the present study is the first example of the establishment of hairy roots for the study and production of PUFAs, and the first account of a Boraginaceae species hairy root culture.
Measurements made in rhizosphere soil indicate that the roots of the studied species reduce the concentration of pesticides.
Secondary analyses were performed, weighting the studies by sample size (the square root of the study participant numbers).
A similar result to the unweighted meta-analysis was obtained when the meta-analysis was repeated, weighting studies by sample size, using the square root of the study participant numbers as the weighting value (Talairach co-ordinates of the maximum sum-rank at x = 22, y = -4, z = 10 with voxelwise p = 0.0001; cluster size 4024 mm).
It was a big step to get the draft sequences of the Japanese radish 'Aokubi', with a long and thick root, for the study of repetitive elements.
Before meta-analysis, genomic control (GC) was applied to each study by multiplying the standard error of the effect estimates by the square root of the study-specific inflation factor (λ = 1.04 in SF, λ = 1.03 in SCALE).
The roots of the new study lie in a 2007 law reauthorizing federal programs for higher education.
Despite the importance of roots, the study of V. vinifera root tissues has been rather limited in contrast to the study of berry tissues.
The levels of oxide stress markers (SOR, H2O2, and MDA) have increased significantly under the action of Ag2O nanoparticles, followed by the stimulation of superoxide dismutase and ascorbate peroxidase activity, and the reduction of the total amount of ascorbate and glutathione in the tissues of the leaves and roots of the plants studied.
Although the roots of the single etiologic study can be traced back to Miettinen's 1985 book [2], the formal concept is a bit more recent than the other concepts that are already accepted in epidemiology.
