On Plate 12.4, figure 3 (3rd photo on page 438, bottom, left…
On Plate 12.4, figure 3 (3rd photo on page 438, bottom, left, on page 439): Name the tissue, stain used, and magnification Why is this stain used for this tissue specimen, rather than the standard H&E stain? What color does the stain impart on the tissue being examined? What cells are visible between the molecular layer (MOL) and the inner granule layer (Gr)? What is the advantage of using this stain on the specimen as described by the author?
Read DetailsIn Plate 8.3, figure 1, 2 and figure 3, pages 275 and 276:…
In Plate 8.3, figure 1, 2 and figure 3, pages 275 and 276: Name the tissue, stain and magnification in each photo. The sections labeled “EB” identifies what structure? When does EB growth begin and end in the life cycle? What are the two specialized cells that are involved in the formation of bone and the removal of bone in the remodeling process? The middle picture has a section labeled “CAV”. What is CAV? What does CAV contain? What is the “BMC”?
Read DetailsThese photomicrographs represent human Skeletal Muscle, stai…
These photomicrographs represent human Skeletal Muscle, stained with H&E at various magnifications. (see Plate 11.1) How is muscle tissue classified? In figure 1 above, the author mentions small blue dots visible at this magnification. What are the small blue dots? How do the small blue dots distinguish skeletal muscle from smooth or cardiac muscle? Figure 4 is a cross-section of human skeletal muscle. What are the blue dots/structures surrounding the MF? What is the CT, and what role does CT play in the structure of the skeletal muscle?
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