With this analysis, both dislocation density and sub-grain size evolutions have been determined and compared to the results of transmission electron microscopy (TEM) and scanning TEM (STEM) spot-check evaluations.
Interestingly, 15 to 24% of the groups included isoforms with "opposite" regulation patterns, resulting in partial or complete compensation: for example, in the stem, spots #1352 and #1353 were respectively B. oleracea- and B. rapa-specific and were both identified as putative fructokinases.
Conium maculatum is a tall biennial (living for two years) with green stems spotted with red or purple, large compound leaves, and white flowers.
Cytori Therapeutics has a device to spot stem cells in fat it says might heal lots of body parts.
X-ray mappings were acquired in the same microscope as above, in the scanning transmission (STEM) imaging mode, spot size was 40 nm.
Color code: red, intron sequence; blue, exon 1 sequence; yellow, translocation breakpoint hot spot stem loop sequence (PATRR).
We find numerous segments of translocation breakpoint flanking sequence insertions within the 10,000 bp region, but these lack the breakpoint hot spot stem loop sequences (PATRRs).
Phoma medicaginis is the causal agent of spring black stem and leaf spot in alfalfa (Medicago sativa), a major fodder and forage crop in temperate and Mediterranean regions.
Two F2 populations segregating for resistance to spring black stem and leaf spot were established between SA27063 and the two susceptible accessions, A17 and SA3054.
In this study, the cytology and genetics of resistance to spring black stem and leaf spot caused by Phoma medicaginis, an economically important necrotrophic pathogen of Medicago spp., was examined in the model legume M. truncatula.
The translocation breakpoint 5′ end sequence flanking the stem loop hot spot seems to be a major player in carrying and spreading exon and intron motifs in the genome.
