Chapter 22 Lymphatic System 1. What are the functions of the lymphatic system? How is this function related to the immune system? How is the lmyphatic system related to the cardiovascular system? 2. What are the major parts of the lymphatic system? vc 3. What type of tissue are lymphatic organs and tissues made of? What is the difference between a primary and secondary lymphatic organ? 4. How are lymphatic organs structurally different from lymphatic tissues? List the lymphatic organs
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b. Organisms are organized c. Organisms use and create energy for growth d. Organisms grow and develop by cell division e. Organisms respond to stimuli from environment & from within the organism itself to maintain homeostasis f. Organisms reproduce g. All living things adapt and evolve 2. Label the parts of the microscope 3. What does Nature of Science mean? How science is a unique way of knowing about the natural world 4. What is a body
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• Define wellness. Achievement of the highest level of health possible in physical‚ social‚ intellectual‚ emotional‚ spiritual and environmental dimensions • Know and be able to describe the six stages of the transthoertical model (pre-contemplation‚ preparation‚ action‚ maintenance‚ and termination) Precomtemplation- no intention of changing yet; unaware of or in denial about a problem Contemplation- recognizes there may be a problem and starts to see a need for change
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Exercise 10: Acid-Base Balance: Activity 2: Rebreathing Lab Report Pre-lab Quiz Results You scored 100% by answering 4 out of 4 questions correctly. 1. In cases of acidosis‚ the pH of the blood is You correctly answered: c. less than 7.35. 2. Carbon dioxide and water form You correctly answered: a. carbonic acid (a weak acid). 3. Which of the following is true of respiratory acidosis? You correctly answered: c. The amount of carbon dioxide in the blood is greater than normal. 4. Rebreathing You correctly
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Human homeostasis From Wikipedia‚ the free encyclopedia Human homeostasis is derived from the Greek‚ homeo or "constant"[dubious – discuss]‚ and stasis or "stable" and means remaining stable or remaining the same.[1] Homeostasis — also spelled homoeostasis or homœostasis (from Greek: ὅμοιος‚ "hómoios"‚ "similar"‚[1] and στάσις‚ stásis‚ "standing still"[2]) — is the property of a system in which variables are regulated so that internal conditions remain stable and relatively constant. Examples
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Good morning Mr. X‚ my name is Melissa and I am here to better explain your condition to you in more lemans terms to aid you to a healthier style of living. Hypertension is a blood pressure that is above the recommended 120/80 (systolic/diastolic) range. The systolic pressure is the pressure of the blood as it flows out during contraction while the diastolic pressure is the pressure of the blood within the artery as it flows into the heart during the rest period. Blood volume‚ the amount of blood
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Reference: Lovelock‚ James‚ The Vanishing Face of Gaia A Final Warning‚ Allen Lane an imprint of Penguin Books‚ London‚ England.2009‚ 178 pages. Basic Information: Title: The Vanishing Face of Gaia A Final Warning Author: James Lovelock Year of publication: London‚ England in 2009 Publisher: Penguin Books LTD Number of pages: 178 pages About the author: James Lovelock was born on July 26‚ 1919 in Letchworth Garden City in the United Kingdom
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Homeostasis is an organism’s process of maintaining a stable internal environment to a set point for sustaining life (Editors 2017). Homeostasis keep the internal conditions different from those outside. Homeostasis is important because it maintains a steady body temperature; a steady blood level; hormones; blood pressure. Our blood and body temperature would have dramatic swings without homeostasis. For example‚ Diabetes and its symptoms are examples of when blood sugar levels are out of homeostasis
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Homeostasis‚ in general‚ the sleep-wake cycle is regulated by two separate biological mechanisms in the body which interact together and balance each other. Studies say that high levels of adenosine leads to sleepiness. According to the two process model of sleep regulation the timing and structure of sleep are determined by the interaction of a homeostatic and a circadian process. The original qualitative model was elaborated to quantitative versions that included the ultradian dynamics of sleep
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Hyperthermia and Homeostasis Definition of homeostasis is the attempt to keep equilibrium of the internal organisms despite the external environment. Homeostasis is everywhere in your body‚ think of the heart for a second. If you have a high blood pressure your cells send signals to your brain to slow the heart rate down to keep equilibrium‚ or if you have low blood pressure your heart will beat faster. Hyperthermia relates to homeostasis through numerous different systems in the body. In
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