Cells are scraped from the cervix and sent to a laboratory, where they are stained and inspected under a microscope by a pathologist looking for abnormalities.
Several layers grow at the same time, creating terraces that can be seen on a pearl's surface when inspected under a microscope.
In order to determine the correct ⟨110⟩ direction, the grooves can be inspected under a microscope to determine and compare the lengths of the incomplete portion of the formed grooves.
Out of 23 samples investigated in the laboratory, 14 of the 16 touch imprint samples presented characteristic conidia when observed under a microscope and two of them were doubtful; none of the cotton swabs were inspected under a microscope prior to culture.
The plates were air dried and inspected under a microscope.
After de-fatting the tissue in acetone, the mammary epithelia was stained with iron/hematoxylin and inspected under a microscope for assessment of overall development.
The stained cells were inspected under a fluorescence microscope (Eclipse TE300 inverted microscope, Nikon Corporation, Tokyo).
Following sterilisation, all the files were visually inspected under a light microscope and scored using an established scale.
Each well was inspected under a light microscope at ×100 magnification and captured more than three pictures from different fields.
As disintegration or lysis comprises cell integrity samples were inspected under a light microscope prior to freeze-drying.
