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Simple Squamous Epithelial Tissue vs. Frog Eggs (1)

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Simple Squamous Epithelial Tissue vs. Frog Eggs (1)

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The Function of these cells is to form a membrane that allows for quick diffusion, osmosis, and filtration.

These cells are located can be found in the lining of the pericardial, peritoneal, and pleural body cavities (mesothelium). They are also found in the lining the inner surfaces of blood vessels (endothelium) and in the alveoli of the lungs.

These cells consist of a single layer of flat cells with a flattened nucleus that form thin linings of the body parts listed above.

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Simple Squamous Epithelial Tissue Vs. Frog Eggs (2)

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Simple Squamous Epithelial Tissue Vs. Frog Eggs (2)

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The little black dot (will become a tadpole) in the frog eggs resembles the nucleus of the simple squamous epithelial cell as does the shape of the rest of the egg. The way that the outer layer of eggs are lined up are meant to represent the pattern and layout of simple squamous epithelial tissue.

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The function of compact bone tissue is to support soft tissues, protect internal organs, provide calcium and phosphate storage, and act as levers for muscle movement.

Compact bone tissue is located in (you guessed it) the bones in the skeletal system

If you look closely at this tissue, you can see small rounded "dotted" lines. Those are called lacuna; they house osteocytes. The dark circle is the haversian canal that contains blood vessels. The ring that surrounds everything is called the osteon; this is the structural unit of compact bone.

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The pupil (Black center dot) looks like the Haversian canal, and the small brown ring of the iris is similar looking to the osteon. The small oblong vertical dots that are scattered around the iris remind me of the lacuna (even though they are actually horizontal).

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Reticular Connective Tissue and The Intestines (1)

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Reticular Connective Tissue and The Intestines (1)

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The function of the reticular connective tissue is to bind muscle cells together.

Reticular connective tissue is located in the liver, spleen, kidneys, lymph nodes, and bone marrow.

The small pink dots are reticular cells, and they secrete thin branched reticular fibers. The black lines are the reticular fibers. Together the cells and fibers form supportive stroma (framework)

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Dense Regular Tissue and Wooden Floors (1)

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Dense Regular Tissue and Wooden Floors (1)

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The function of dense regular tissue is to resist stress and pressure from one direction.

Dense regular tissue is found in tendons, ligaments, and aponeuroses.

The purple lines/dots are the nucleuses of the fibroblasts and the white lines are collagen fiber bundles that are arranged into parallel rows.

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Dense Regular Tissue and Wooden Floors (2)

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Dense Regular Tissue and Wooden Floors (2)

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The knots in the wood represent the nucleus of the fibroblasts. The straight lines in the color of the wood and the straight lines that separate each panel of wood looks like the parallel collagen fibers.

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Reticular Connective Tissue and the Intestines (2)

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Reticular Connective Tissue and the Intestines (2)

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Disclaimer: Reticular tissue is not found in the small intestines. This is strictly an imagery comparison

The outline yellow outline small intestines look like the reticular fibers of the reticular connective tissue, and the little black dots inside of the highlighted small intestines looks like reticular cells.