Whereas conventional histological sections are usually 3 to 4 microns in thickness, thick-section methodologies depend on the use of sections of one or two millimetres.
The unmineralized matrix constitutes an osteoid seam or border, averaging 6 to 10 microns in thickness during active bone formation.
The usefulness of a forced flow cell in preparing composite layers several microns in thickness has been amply demonstrated.
Scanning electron microscopy examination of quenched samples burned at these low pressures indicates that the surface layers affected by combustion are only a few microns in thickness.
Therefore, a sample of few microns in thickness with a finesse of about 30 will achieve the best performance of optical modulator in terms of modulation depth, response time and power consumption.
Layers of a few microns in thickness are able to suppress hydrogen permeability by a factor of 2000 to 3500 at temperatures of 700 °C, as has been found in our gas phase permeation experiments.
Surface defects (deep grooves, smearing, adhesive chips, and indentations), a highly deformed thin surface layer up to a few microns in thickness, and high surface tensile residual stresses parallel to the grinding direction have been observed as the main damage induced by the grinding operations.
The tissue microarray sections were cut at 5 microns in thickness.
One H&E stained slide along with 10 unstained sections (6 microns in thickness) were cut.
Mouse tumor xenografts were fixed in 4% PFA, embedded in paraffin, and sectioned (∼5 microns in thickness).
In most molecular diagnostic laboratories, this is done by cutting one or two hematoxylin and eosin (H&E) stained slides and 5-10 unsectionssections, 6-10 minrons in thickness, from FFPE tissue blocks.
