k Appendix intestinal smooth muscle layers, light micrograph Light micrograph of the smooth muscle wall of a human appendix. The smooth muscle is made up of individual cells that are arranged in two perpendicular layers. The outer layer top half of image is cut in crosssection and therefore we see its nuclei as circles dark blue dots surrounded by cytoplasm pink. The inner layer lower half of image is cut parallel to the direction of the smooth muscle cells, so we see their nuclei as thin lines dark blue parallel to its long cytoplasm pink fibres. Haematoxylin and eosin stained tissue section. Magnification x200 when printed at 10 cm., by ZIAD M. ELZAATARISCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Appendix intestinal smooth muscle layers, light micrograph Light micrograph of the smooth muscle wall of a human appendix. The smooth muscle is made up of individual cells that are arranged in two perpendicular layers. The outer layer  top half of image  is cut in cross section and therefore we see its nuclei as circles  dark blue dots  surrounded by cytoplasm  pink . The inner layer  lower half of image  is cut parallel to the direction of the smooth muscle cells, so we see their nuclei as thin lines  dark blue  parallel to its long cytoplasm  pink  fibres. Haematoxylin and eosin stained tissue section. Magnification: x200 when printed at 10 cm., by ZIAD M. EL ZAATARI SCIENCE PHOTO LIBRARY
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Appendix intestinal smooth muscle layers, light micrograph

Light micrograph of the smooth muscle wall of a human appendix. The smooth muscle is made up of individual cells that are arranged in two perpendicular layers. The outer layer (top half of image) is cut in cross-section and therefore we see its nuclei as circles (dark blue dots) surrounded by cytoplasm (pink). The inner layer (lower half of image) is cut parallel to the direction of the smooth muscle cells, so we see their nuclei as thin lines (dark blue) parallel to its long cytoplasm (pink) fibres. Haematoxylin and eosin stained tissue section. Magnification: x200 when printed at 10 cm., by ZIAD M. EL-ZAATARI/SCIENCE PHOTO LIBRARY

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