ANATOMY AND PHYSIOLOGY OF THE HEART Anatomy: The heart and heart wall layers: The heart is located in the left side of the mediastinum; it consists of three muscle layers the Endocardium‚ myocardium‚ and epicardium. The epicardium is the outermost layer of the heart. The myocardium is the idle layer of and actual contracting muscle of the heart. The endocardium is the innermost layer and lines the inner chambers and heart valves. Pericardial sac: The pericardial sac encases and protects
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Comparative Anatomy Investigation Aim: To create a scientific comparison between the Integumentary and Digestive systems between a mammal (i.e. Rat) and an amphibian (i.e. Toad). A dissection of both a rat and a toad had been completed to make a comparison between an amphibian and a mammal. In specific the Integumentary system and the Digestive system were closely observed and studied. This comparison will first investigate the Integumentary system and all similarities and differences the
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Exercise 1: Cell Transport Mechanisms and Permeability: Activity 2: Simulated Facilitated Diffusion Lab Report Pre-lab Quiz Results You scored 75% by answering 3 out of 4 questions correctly. 1. Molecules need a carrier protein to help them move across a membrane because Your answer : c. they are too large. Correct answer: d. they are lipid insoluble or they are too large. 2. Which of the following is true of facilitated diffusion? You correctly answered: c. Movement is passive and down a concentration
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8. What is the substrate of peptide? Explain‚ base d upon your results. Protein Digestion by Pepsin The following questions refer to activity 3: Assessing Protein Digestion by Pepsin. 9. At which Ph did you see the highest activity of pepsin? How does this correlate to the location of pepsin in the body? 10. What effect did boiling have on pepsin? 11. Was there any digested BAPNA containing the pepsin or deionizer (DI) water? How can you tell? 12. What is the substrate in this experiment
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BIOL 165: ANATOMY & PHYSIOLOGY1 Laboratory Manual 2013-2014 http://www.udel.edu/biology/Wags/histopage/colorpage/cin/cin.htm To be used in Anatomy & Physiology-BIOL 165 & 166 labs only Not to be used as a source of reference Not to be sold or distributed outside of the classroom Lecturers: Nadia Washington‚ MSc. Delano Lewis‚ PhD. Disclaimer The exercises used in this manual are from various sources and are adapted to suit the Anatomy and Physiology
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The Anatomy and Physiology of Cystic Fibrosis Samantha J. Cordova Pueblo Community College Abstract The main topic researched in this paper is cystic fibrosis. The research in detail is that cystic fibrosis is classified as a genetic disorder and in what ways this disorder affects the gene expressions. More facts found in this paper will be who can get cystic fibrosis‚ which organs are mostly affected‚ and what specifically causes the problems found from cystic fibrosis. Common symptoms
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ZOOLOGY 4700 ADVANCED HUMAN ANATOMY Fall 2015 - Jake Shearer‚ Jared Porter‚ Thomas Caussat‚ Steven Calderwood‚ Jeffery Gibson Termini Generales Medianus: ● Situated at or nearer to the median or midsagittal plane. Cranialis: ● Situated at or nearer to the cranium. Caudalis: ● Situated at or nearer to the tail. Rostralis: ● Situated at or nearer to the nose. Apicalis: ● Situated at or nearer to the apex. Basalis: ● Situated at or nearer to the base. Medius: ● Situated at or nearer to the midline
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ANATOMY AND PHYSIOLOGY OF HUMAN HEART The human heart is a cone shape‚ hollow‚ muscular organ located in the mediastinum between the lungs. It is a about the size of an adult fist. The heart rests on the diaphragm‚ tilting forward and to the left in the client’s chest. Each beat of the heart pumps about 60ml of blood‚ or 5L/min. During strenuous physical activity‚ the heart can double the amount of blood pumped to meet the increased oxygen needs of the peripheral tissues. ANTERIOR VIEW
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Anatomy Exam Chapters 5‚6‚8‚9 Heat-Loss Center (page 840) * behavioral changes- getting shade‚ going into water * vasodilation and shunting of blood to skin surface- inhibition of vasomotor center causes warm blood flow to the surface‚ skins turns red‚ skin temperature rises‚ radiational and convective losses increase * sweat production- sweat glands are stimulated to increase secretory output‚ perspiration occurs‚ evaporative heat losses accelerate * respiratory heat loss- respiratory
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Chapter 5 The skin is composed of two distinct regions‚ the epidermis and the dermis. These two areas are firmly attached to one another along a wavy borderline. The epidermis (epi = upon) composed of epithelial cells‚ and is the outermost protective shield of the body. Epidermis - Structurally‚ the epidermis is a thick keratinued stratified squamous epithelium consisting of four distinct cell types and five distinct layers. Cells of the Epidermis - Cells populating the epidermis include: keratinocytes
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