provided by 6 moving areas: 1. Bony Articulations a. Sternoclavicular b. Acromioclavicular c. Glenohumeral 2. Functional Joints d. Scapulothoracic e. Suprahumeral/ Subacromial f. Bicipital Groove ANATOMY OF THE SHOULDER AND SCAPULA BONES Bone | STERNUM | CLAVICLE | SCAPULA | HUMERUS (Proximal-to-mid-humerus) | Bony Landmarks | 1. Jugular Notch 2. Clavicular Notch 3. Notch for 1st costal cartilage 4. Manubrium 5. Sternal angle and
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Anatomy study guide Final 2k14 Endocrine system: Function: releases hormones‚ regulates long term metabolic process and shares some function with the nervous system Hormones: chemical “messengers” that act on target cells Hormones: Growth hormone (GH): they increase cell growth and replication by increasing protein synthesis‚ interior pituitary Follicle stimulating hormone (FSH): development of follicle (females) stimulation of sperm maturation (males)‚ interior pituitary Cortisol: accelerate
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267-269‚ 277-280 * Direct calorimetry uses the measurement of heat production as an indication of metabolic rate. * Indirect calorimetry estimates metabolic rate via the measurement of oxygen consumption. * Energy expenditure can be expressed in L•min-1‚ kcal•min-1‚ ml•kg-1•min-1‚ METs‚ and kcal•kg-1•hr-1. * To convert L•min-1 to kcal•min-1‚ multiply by 5.0 kcal•L-1. * To convert L•min-1 to ml•kg-1•min-1‚ multiply by 1000 and divide by body weight in kilograms. * To convert
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Christine Dursunian Principles of Dental Hygiene II Professor Willis Research Paper Stress‚ dieting and periodontal disease and to compromised systemic health. Stress‚ dieting‚ cultural diversity‚ foundation of health and periodontal disease: The average person would never think that all four of these topics would coincide with one another. They do‚ each affecting the other as stepping stones towards periodontal disease. Periodontal disease‚ including periodontitis and gingivitis‚ are
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I. Kidney Anatomy A. Every day the kidneys filter nearly 200 liters of fluid from the bloodstream‚ allowing toxins‚ metabolic wastes‚ and excess ions to leave the body in urine while returning needed substances to the blood; of this‚ only 1-2 L of urine is actually formed daily B. Location and External Anatomy 1. Kidneys - bean-shaped organs that lie retroperitoneal in the superior lumbar region. 2. The medial surface is concave and has a renal
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REVIEW SHEET EXERCISE 1 Cell Transport Mechanisms and Permeability 1. Match each of the definitions in Column A with the appropriate term in Column B. Column A Column B __E___ term used to describe a solution that has a lower concentration of solutes compared to another solution ___G__ term used to describe a solution that has a higher concentration of solutes compared to another solution ___A__ the movement of molecules from an area of higher concentration to an area of lower concentration
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9.01 Brings oxygenated air to the alveoli. Removes air containing carbon dioxide. Filters‚ warms‚ and humidifies the air. Produces sound (speech). Helps with sense of smell. Assists to regulate the pH within the blood. 9.02 Nose- Nares/Nostrils- Allow entrance for air. Nasal Cavity- Lined with mucous & ciliated epithelium. Air is filtered‚ warmed‚ and humidified. Nasopharynx- Part of the throat serving only as a passageway for air. Pharynx- Throat. 3 Passageways that serve for air
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Determining the Latent Period 1. Click Clear Tracings to erase the oscilloscope display. The voltage should be set to 5.0 volts. 2. Drag the 200 msec button to the right edge of the oscilloscope. 3. Click the Stimulate button once‚ and allow the tracing to complete. 4. When you measure the length of the latent period from a printed graph‚ you measure the time between the application of the stimulus and the beginning of the first observable response(increase in force). The computer can’t “look ahead
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Lecture 7 1. What are the equations for a. b. atmospheric fixation c. biological fixation 2. 3. Why is unused ammonia or nitrate dangerous 4. Nitrate reductase d. e. Describe the structure f. How is it activated g. How does it perform its job h. How is it regulated 5. How are the levels of nitrate diff in parts of a plant 6. What are steps of the assimilation of nitrogen 7. What are the two types of GOGAT and
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What is Exercise Physiology? Exercise physiology is a scientific discipline that focuses on how an organism responds to exercise. Exercise represents one of the greatest stresses that an organism can encounter. Therefore exercise represents an outstanding model for studying human and animal physiology. Most people are familiar with the study of exercise physiology as it relates to sport performance. However‚ in the last several decades it has become apparent that the study of exercise
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