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Anatomical Terminology Model (Play Dough)

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Anatomical Terminology Model (Play Dough)

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This presentation shows all the anatomical terminology in a human body. We portrayed these terms by using play-dough to show the location of the terminology.
https://docs.google.com/presentation/d/1TW4ExrL4GqdapGpQO-3x0vkx_SuoVW7np4Jj-0o3P5I/edit#slide=id.p

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The drawing below is of all the Levels of Hierarchy.

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The Data below is the action potential of a cockroach. The stages of the action potential is labeled to show where exactly what is occurring.

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The picture below is a model of the Cockroach's leg. This is a picture that we took after taking the leg out. The cockroach felt no pain, because we put it in a cup of ice to anesthetize it.

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This drawing was made by understanding anatomical language by following the directions for this drawing. For example, the ventral lip in the drawing, meaning in the front side of the body.

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The body has to maintain homeostasis in order to have stable internal body conditions. The drawing below is an example of how the body maintains homeostasis.

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This video explains the structure function relationship of the neurons (Example: Bipolar Neurons are the sensory neurons in the eye, due to the structure of the neuron).

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The cockroach has maintained homeostasis when we put it in the ice bath. The ice made the leg of the cockroach numb, making the body used to the conditions around. When the cockroach's leg was pulled out, it experienced no pain, and when the cockroach leg grows back, it is maintaining homeostasis because they need their legs to survive in all conditions, internal and external.

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Everything has matter, and all living organisms have many atoms in it's body. Some atoms include K+ and Na+. In addition, every living organism drinks water (H20), which is a molecule. The molecules eventually join together to form Macromolecules.

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I drew a few pictures of cockroach's to show the anatomical terminology in this organism.

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The picture below is of a chondrocyte (cell) in the elastic cartilage (type of Connective Tissue).

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The picture below is an example of a type of Epithelial Tissue (Simple Columnar).

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At the beginning of the year, we dissected a pigs eyeball. An eye is an organ in our body

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The nervous system consists of a Brain, which is an organ. Together, certain organs of the body work together to form a certain system. The picture below, is an example of the nervous system.

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The end of the Level of Hierarchy is an organism! The organism is the living object. The picture below is of a cockroach.

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Every tissue has different purposes. In the Tissue lab, I wrote the structure function relationship for all the tissues. It can be found on the second slide of every tissue.

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Nithya Anand - Histology Lab - Tissues The Fabric of Life - 143353

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The Compact Bone tissue for example, has hard mineral deposits (calcium salts) as a matrix and therefore is able to function as protection to body parts. Due to its durability, it is able to protect and support.

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The cockroach has atoms such as Na+ and K+. Humans have these atoms in their body too. These are important atoms in the body because it serves as a big role during action potential, as well as for other purposes.

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Cockroaches need water to survive, just like humans do. Water is a molecule (H20). This molecule is the most abundant in the body, thus  the organism will have good digestion, circulation of the blood, and will be healthy.

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Macromolecules are made up of multiples atoms and proteins. Proteins are necessary for the build up of our body as well as the body of a cockroach. Also, proteins are the building blocks of many parts in the body such as muscles. This way the body will be able to move. Also, macromolecules form the protein bilayer of a membrane, and allow for an action potential to occur.

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All living organisms are made up of cells, and all cells have organelles within. For example, the mitochondria can take nutrients and break it down, due to the shape. Humans and cockroaches both have mitochondria in the cell because because the cells in both organisms need energy.

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Cells are considered the building blocks of life. There are structures in all shapes and sizes, and depending on the cell, the function corresponds. For example, a red blood cell carries oxygen throughout the body. Every living organism has cells,  but the function of certain cells vary from organism to organism. In a cockroach, red blood cells are not used to carry oxygen, whereas in humans they are.

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Cockroaches have tissues in their body, and so do humans. But, some tissue types are different. An example of a type of tissue in the   human body, is Stratified Squamous Epithelium. The tissue is found where friction is most present because most of the cells from the tissue fall off, and can regenerate (Ex: Skin). Cockroaches do not have tissues to protect all their organs and body parts, because for example, they have an open circulatory system.

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A brain is a major component in the body. The brain controls the body. We are able to study cockroaches because they are very similar to humans. The brain tells the body what to do.

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The cockroach has a nervous system, which includes nerves. The neurons have extensions that can send messages throughout the body. The brain is the control center of the body of cockroaches as well as in humans. Therefore, these organisms can control their own actions.

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Due to the previous levels of hierarchy working, and the structure function relationships, the organism can now function with all the components in the body.