Collectively, our results demonstrate that MPM SHG-detection is a useful tool for high resolution examination of collagen architecture in both normal and wounded human, porcine and ovine dermal tissue.
Engineering advances in CT have produced multi-slice instruments that can scan large areas of the body in short periods of time, and such instruments now permit high resolution examination of entire anatomic regions (eg, the chest) in a single breath hold.
Equipped with an ultrafast laser, a laser scanning two-photon excitation fluorescence microscope was employed for sub-cellular resolution examination of both sliced and flat-mounted retinas.
High resolution examination of the freshly isolated retinas verified multiple cellular sources, including the PRL, ONL, OPL, INL, IPL, and GCL of retinal autofluorescence.
Reporting online today in Science, Wadley and her colleagues describe the results of two sophisticated archaeological techniques: analysis of phytoliths, tiny fossil plant remains, which allows identification of plant species; and micromorphology, the high-resolution examination of archaeological remains.
Our analysis also provided a high-resolution examination of the performance of microarrays in detecting differential expression at different expression levels as well as at different fold changes.
Although several papers reported high-resolution examination of the performance of microarrays in detecting differential expression at different fold changes [ 29, 41], the results should be interpreted with caution and verified by quantitative RT-PCR due to the high rate of false positive results.
High resolution microscopic examinations of the specimen fracture surfaces suggest that the functionalized carbon nanotubes are covalent bonding nanoscale tethers between the fibers and the epoxy resin, resulting in toughened fiber matrix interfacial strengths to achieve these improved through-thickness mechanical properties for this nanocomposite laminate system.
However, because of the excellent contrast resolution, MR examinations show immediate results and are even more accurate in revealing lymph node involvement, pleural abnormalities and parenchymal caseation than unenhanced CT.
New in situ high resolution electronmicroscopic examination of amyloid fibrils in situ indicate that in Alzheimer's disease these fibrils are not simply long chains of self aggregated amyloid beta peptide.
