Myelin basic protein

will fill young children up and other more important nutrients may be left out. It's recommend not to give children processed foods as they contain high levels of saturated fats. 2. High-protein foods; Children need two portions of high-protein foods a day. Portion sizes vary depending on the age. High-protein foods are meat, fish, poultry, eggs, tofu, Quorn (meat substitute), pulses. Meat, eggs and pulses contain iron and many vitamin B. Oily fish contain Vitamin A. 3. Milk and dairy products;

Chapter 12: Neural Tissue - An Introduction to the Nervous System Learning Outcomes 12-1 Describe the anatomical and functional divisions of the nervous system. 12-2 Sketch and label the structure of a typical neuron, describe the functions of each component, and classify neurons on the basis of their structure and function. 12-3 Describe the locations and functions of the various types of neuroglia. 12-4 Explain how the resting potential is created and maintained. 12-5 Describe the events

Lyme Disease 1. My name is Thomas Porter and I am a rising senior at Hilliard Davidson High School. In the near future, I hope to attend Ohio State University, Johns Hopkins University, or University of Pennsylvania and study neuroscience or biomedical engineering. Currently, I am trying to build my background in biomedical sciences and meet people with similar interests as me through the Mechanisms of Human Health and Disease class. I hope to someday become a physician-scientist researching neuroplasticity

Autoimmune diseases are a growing concern in the American population. An estimated 10 million Americans suffer from autoimmune diseases with 75% of these cases being of women. Furthermore, autoimmune diseases have grown to be within the top 10 causes of death among American women. The incidences of these diseases have been shown to increase with financial wealth, industrial development, and the modern progression of life. As such, the occurrence of these conditions is expected to grow as time passes

Americans are on fire over a hot topic controversy regarding vaccinations – “to vaccinate, or not to vaccinate?” More specifically, people are vividly debating whether or not children should receive the MMR vaccine. The injection itself was created in order to prevent infection of measles, mumps, and rubella - all of which are viruses that cause serious illnesses, and even death. Several thousand people in the United States, commonly referred to as “anti-vaxxers,” are choosing to defer the vaccination

polymers as well as their applications in tissue engineering. Introduction All cells exhibit some form of electrical excitability, from voltage gated ion channels to muscle contractions and heart beats electromagnetic fields are critical to the basic functions of life. Galvani famously showed in 1794 that a frog leg will contract when touched with the cut sciatic nerve of the other leg.This scientific breakthrough led to extensive research of electromagnetism within organisms. Electromagnetic fields

provide energy to various processes. Because of that, it is not surprising that mitochondria play central roles in making life and death decisions for the cell. Cristae are structures in the mitochondria of a cell that are studded with ATP and other proteins involved in the electron transport chain. If the number of cristae in a mitochondrion of a cell is increased, the cell has more energy and is more metabolically active, and this is an indicator of slowed ageing processes and increased cell survival

Cell Body- The cell’s life- support center Dendrites- Receive messages from other cells Axon- passes messages away from the cell body to other neurons, muscles, or glands Neutral Impulse- (actin potential) electrical signal traveling down the axon Myelin Sheath- covers the axon of some neurons and helps speed neutral impulses Terminal Branches of axon- From junctions with other cells There are billions of neurons throughout the body. Body’s communication system. Glial Cells Glial Cells- outnumber

Leukocyte intravascular crawling has only recently been identified as a key step in leukocyte recruitment. Leukocyte intravascular crawling occurs after firm adhesion and before transmigration in the leukocyte recruitment cascade. At a speed of 5-20um/min, leukocyte intravascular crawling involves the lateral migration of leukocytes along the luminal surface of the endothelium, which may assist in immune surveillance as well as searching for suitable sites for endothelial crossing (Shulman et al

Week 1 Chapter 1 1. What is the basic difference between anatomy and physiology? (p. 2) ANSWER: Anatomy (a-NAT-ō-mē; ana- = up; -tomy = process of cutting) is the science of structure and the relationships among structures. Physiology (fiz′-ē-OL-ō-jē; physio- = nature, -logy = study of) is the science of body functions, that is, how the body parts work. 2. Define each of the following terms: atom, molecule, cell, tissue, organ, system, and organism. (p. 6) ANSWER: AtomUnit of matter that makes