Text Edition (10th/11th/12th) is specified if the figure numbers are DIFFERENT in the editions. If figure numbers are the SAME‚ then the edition is not specified. ****502 Students: Read this paragraph **** If you are a 502 student using this guide‚ this is based on Dr. Rust’s lectures in Physiol 201. Topics may have been covered in more detail in 502 or the coverage or emphasis may have been different since many topics in 502 were taught by other professors- so use your notes and slides along
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Organ Trail Webquests WorkSheet Tissues Describe the four types of tissues. Epithelium Function Epithelial tissue covers the whole surface of the body.It is made up of cells closely packed‚ in one of more layers. Characteristics 1.Covers the whale surface of the body surface 2.Cells are densely packed together 3.Epithelial tissue can repair and regenerate itself Classification 1 Shape. Squamous‚Cuboidal‚Columnar 2.Layers. 1 layer = simple Multilayer= stratified Draw and label tissue examples
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the body‚ and it is imperative to the body’s survival‚ as it serves many significant functions‚ including movement‚ protection‚ posture‚ and heat production just to name a few. The muscular system has three types of muscle: skeletal‚ smooth‚ and cardiac. However‚ the main focus will be on the skeletal muscles and how they contract‚ as well as fatigue and respond to changes in temperature. In terms of the anatomy of the skeletal muscle‚ it is connected to bones by tendons‚ enabling movement. The
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I. Types of Muscles a. Skeletal i. Striated ii. Uses intracellular calcium to contact iii. Big cylindrical cells iv. Multi-nucleated v. Voluntary vi. Location: attached to the bone vii. Used for locomotion b. Cardiac i. Involuntary ii. Uni-nucleated iii. Striated iv. Location: walls of heart v. Used to propel blood vi. Uses extracellular calcium c. Smooth i. Involuntary ii. Location: Walls of hallow organs iii. Non-striated iv. Uses extracellular calcium v. Spindle shaped cells
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left arm; as well as‚ in the right and left ankles. Finally‚ the lab will serve a purpose as a way to know how to read an electrocardiogram and calculate the heart rate. Introduction An electrocardiogram can be used to record activity during the cardiac process of pumping and returning blood to the body and heart because of the electric current that spreads through the tissue of the heart and to the surface of the body. By using four electrodes‚ one on your left and right wrist and one on the upper
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IEEE SENSORS JOURNAL‚ VOL. 12‚ NO. 3‚ MARCH 2012 439 Film-Type Sensor Materials PVDF and EMFi in Measurement of Cardiorespiratory Signals— A Review Satu Rajala and Jukka Lekkala Abstract—In this paper‚ some recent results obtained with filmtype sensor materials polyvinylidenefluoride (PVDF) and electromechanical film (EMFi) are presented. The materials generate a voltage when they are mechanically deformed‚ however‚ because of their capacitive nature only the change of an external force
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findings give good insight into safety precautions‚ maintenance‚ and medical diagnoses’ of our body. For instance when lifting weights‚ or determining underlining causes of a heart condition. Introduction The muscular system has more than 600 muscles (cardiac‚ skeletal and smooth muscle) throughout the human body. Contraction of these muscles is generated by specialized muscle cells. Skeletal muscles are voluntary and move the body by pulling on the bones‚ for instance‚ when throwing a ball or walking
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ECG is a powerful tool in the diagnosis of heart disease. It is exciting to unlock the codes behind the squiggles and spikes and actually decipher a patient’s heart patterns. However‚ I was having trouble identifying atrioventricular (AV) heart blocks. Therefore‚ I was extremely reassured by the first sentence of this article. Apparently‚ it is common to have difficulty decoding these rhythms‚ which gives me hope that with knowledge and practice‚ I will master them. Part of
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Muscle Study Guide Microscopic Anatomy Of A Muscle: [pic] Big(-); Muscle‚ fascicle‚ muscle fiber‚ myofibril‚ myofilaments; Small(+) Endomysium: Thin connective tissue investing each muscle cell. Epimysium: Connective tissue ensheathing the entire muscle. Fascicle: A discrete bundle of muscle cells. Fiber: A muscle cell. Myofilament: Actin- or myosin- containing structure. Perimysium: Connective tissue surrounding a fascicle. Sarcolemma: Plasma membrane of the muscle cell. Sarcomere:
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our body mass is composed of muscle. Types of Muscular Tissue There are three types of muscle tissue: 1. Skeletal Voluntary movement‚ attached to bones. 2. Smooth Involuntary movement‚ found in digestive tract‚ circulatory system‚ etc. 3. Cardiac Involuntary movement‚ found only in heart. Muscle Contraction Skeletal Muscle Muscle fibers Myofibrils Filaments Two types of filaments: - Thick: contain protein called myosin - Thin: contain protein called actin The alternation
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