The function of a specialized cell is related to its structure because you would need the correct structure for a function to work. For example, a hand and nose are two different types of structures and they both have different functions. Obviously, the hand is made so that it can do stuff, such as pick up food, while the nose is made to breath. If the structures of the hand and nose were switched, then those functions wouldn’t be able to still work, because how can you pick up food with the structure of a nose. Therefore, the structure of a cell does determine what the function will be. Those are the reasons why cells in multicellular organisms aren’t all the same, because different structures determine how the cell is going to function. Specialized cells make the organisms more efficient in energy use and staying alive because it helps you to live your daily life style. For example, the feet are structured so that you can walk and the hands are structured so that you can pick up stuff. If the structures were the same, then we definitely won’t be able to do those types of things.
Stem cells are first made as unspecialized and have no use, but they are able to go through the process of mitosis. Later on, stem cells are used to help out the body if something is wrong. the quote “In addition, in many tissues they serve as a sort of internal repair system, dividing essentially without limit to replenish other cells as long as the person or animal is still alive.” (HIOF, 2009) meant that when a stem cell divides, that stem cell will either stay a stem cell or become a cell with a specialized function such as a brain cell. Stem cells are important in normal development because it is the reason for having specialized cells such as the heart, lung, skin, sperm and eggs.
There are two types of adipose cells, white and brown. The white adipose cell contains large fat droplets, a small amount of cytoplasm, and flattened nuclei, while the brown adipose cell contains fat droplets of different sizing, large amounts of cytoplasm, a number of mitochondria and a round nuclei.
Epithelial cells from the trachea help to move the mucous upwards and out of the respiratory tract so that it can clean the pathway. The Epithelial cell are covered with goblet mucosal cells which are covered by Microvilli. The structure is long so that there is room to take out mucus to clear the pathways, though if the structure gets damaged, then it can cause life threatening attacks.
The things that I have learned about cell diversity are how a structure of a specialized cell is related to its function. Its structure determines its functions because the structure needs to be the right shape and size to do the necessary functions it is assigned to. The concept “Structure determines function” is important to human physiology because we need to know that every cell is many different kinds of shapes and that helps them to have different functions. Depending on how a cell looks like can determine its function because of how it is used.
Stem Cell Basics: Introduction . In Stem Cell Information [World Wide Web site]. Bethesda, MD: National Institutes of Health, U.S. Department of Health and Human Services, 2009 [cited Thursday, August 23, 2012] Available at http://stemcells.nih.gov/info/basics/basics1 Satalker, B. (2010, July 23). Trachea Function. Buzzle. Retrieved August 23, 2012, from www.buzzle.com/articles/trachea-function.html Tracheal Epithelium Surface. (n.d.). Astronomy and Science Calendars, Posters, and Gallery Prints. Retrieved August 23, 2012, from http://www.astrographics.com/cgi-bin/ase/ase.cgi?affiliate=&mode=display&gallery=3&ty