Systems

According with Dr. Murry Bowen, family it’s a system where each individual is connected all together. Whatever affect to one member of the family, will affect to other too. Family system theory focuses on family by understanding each individual as an important part of the family. When each member of the family is willing to cooperated together, the family will have positive effect. Some of the disadvantage of this theory is that, in order to have effective results must need every member’s…

The gastrointestinal system is the system that is used to break down food and absorb nutrients that are essential for the bodies’ survival. In the gastrointestinal system, there is a special mechanism for motility and breakdown of nutrients. This system is facilitated by four types of tissue; muscosa, submucosa, muscularis externa and serosa (Sherwood, 2010, p.591-594). The muscosa is innermost layer that serves multiple functions with an epithelial layer for protection and portions for…

The innate immune system is the defense mechanism that is activated immediately or shortly after the body is exposed to invading microorganisms.1 This system is quick in response and does not have a memory, meaning it doesn’t need previous exposure to the foreign microbe’s antigen before it can be activated.2 The adaptive immune system consists of antigen-specific immune responses.2 This system is slow in response because after it is exposed to an antigen, it needs time to process the antigen…

The integumentary system is commonly known for one of many visible complex organ systems. The system is made up of skin, hair, nails, glands, and nerves. The integumentary system shields the body from substances in the outside world. It holds body fluids, protects the body from a disease, removes waste products, and regulates the body’s temperature. While accommodating to do all of that, the integumentary systems teams up with many systems in your body. All of those systems each sustain internal…

The operating system (also sometimes referred as the OS) is the computer program that runs the different functions of the computer, it without it, it would be nearly impossible for the user to interact with the computer. The OS helps to run the memory, storage and computer hardware. The Operating system I use most often is Macintosh’s OS X Snow Leopard. Most of what makes up an operating system is code, but that code would be challenging for the average user to decipher on their own the user…

Brianna Susnak Mini-Project #1 1. The six steps of the formation of the solar system are: • Gravitational collapse—the protostellar cloud collapses into a rotating disk. This disk increases in temperature and rotation rate, due to the conservation of energy and angular momentum. The rotating cloud is flattened into a disk, and the materials in the disk move in a circular motion. The material in this disk forms planets that orbit in the same way that the material from which they are formed…

The dual system processing slow, high-energy, voluntary (system 2) is supported by ideal and fast, low-energy, involuntary (system 1) is supported by real. We use both ideal and real in order to help ourselves to come to an understanding of the world we live in. Dual system processing is what our brain use to respond to our surroundings. Slow, high-energy, voluntary (system 2) allows us to stop and think of our mistake, then be able to correct it, and fast, low-energy, involuntary (system 1)…

Solar System Explanation The parts of the solar system are the Sun, Planets, the Kuiper Belt(meteors), the Main Belt(asteroids), comets, dwarf planets, and moons. The sun is located in the center of the universe and all of the other objects orbit around it. The sun only rotates about every 25-36 Earth days. The sun is the closest star and a heat source for almost all the planets. All of the planets orbit around the sun but all at different paces. For example, It takes Earth 365 days to orbit…

there must be a balance of chemical messengers, otherwise known as neurotransmitters. The predominant neurotransmitter in the reward system is dopamine because of its association with and direct effect on the reward system. The probability of a drug or behavior becoming addictive depends on the speed and intensity of the release of dopamine into the reward system (Juarez et al. 2016). Most drugs of abuse increase the activity of dopamine by interacting with dopamine synapses branching to the…

The interaction between the CNS and the systemic immune system is delicate, being limited by the presence of the blood brain barrier (BBB), which renders the CNS immune homeostasis in a dormant self-tolerant state (1). Selective permeability of the BBB plays a crucial role in regulating the entry of specific molecules into the CNS and excluding most macromolecules from passing into the brain (2, 3). This unique feature of the BBB also prevents leakage of neurotransmitters into the circulation.…