FETAL PIG ESSAY Through the dissection of the fetal pig‚ we were able to compare and contrast the structure and functions of the organs to those of a human. We dissected the pig and observed all the exterior and interior structures. The fetal pig’s structure was almost identical to the human body. Since humans and pigs are both mammals‚ it can be very useful to study the fetal pig. We dissected the pig so that we should see the skeletal and organ structures that we learned about in class. Because
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Kidneys * Kidneys maintain the purity and constancy of our in internal fluids. Every day‚ the kidneys filter gallons of fluid from the bloodstream. They then process this filtrate‚ allowing wastes and excess ions to leave the body in urine while returning needed substances to the blood in just the right proportions. Kidneys also regulate the blood’s volume and chemical makeup so that the proper balance between water and salts and between acids and bases is maintained. * The Kidneys alone
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Dissection of the Respiratory System of the Fetal Pig Inferior to the Larynx Dissection is an art. We must carefully and accurately dissect the pig so we can identify all important parts. We must use caution when carrying and cleaning sharp dissection tools. Dissection must help us to get to figure out specific parts of the organ that we need. In general‚ dissection in biology lab will help us to see of how all the systems get together in an entire organism. We will get to see how
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donors are recruited (or learn through word-of-mouth and volunteer) and flown to another nation‚ where the organ is removed in a makeshift operating room. KIDNEY THEFT While at first believed to be a true but surreal horror story (often involving the victim waking up in a bathtub full of bloody ice cubes)‚ and then dismissed as an urban legend‚ kidney theft has been known to happen. A day laborer‚ Mohammad Salim Khan‚ who lived close to Delhi‚ India‚ was looking for a day’s wages when he agreed to go
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anatomy of the cane toad and the rat in order to find the differences of two different animals and how the animal has changed throughout time to suit its living conditions. Materials and Safety/Ethical considerations: List materials used in the dissection Safety and hygiene equipment: Gloves Glasses Newspaper All benches were wiped Method: 1. A rat and a cane toad were dissected to compare their similarities and differences in anatomy structure. 2. Newspaper was laid out under the dissecting
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KIDNEY TRANSPLANT Content Page Introduction 2 Background: History of Kidney Transplants 4 Medical Technique 7 Social Issues Related To Kidney Transplant 12 Bibliography 13 Introduction The kidneys are located at the rear of the abdominal cavity and are approximately 10cm long and 5.5cm thick. They are packed with roughly one million microscopic filtering units called nephrons. This huge supply of filters correlates with the main function of kidneys
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keeping the blood glucose at set point. Picture 1 ( http://www.bio.miami.edu/~cmallery/150/physiol/c45x10glu-homeostasis.jpg) In the homeostatic system many organs have specific roles. The kidney as several roles as a homeostatic organ‚ one of the roles is the regulation of blood PH ‘the kidney excrete a variable amount of hydrogen ions into the urine and conserve bicarbonate ions’ (Principles of human anatomy) as these two activities help regulate the blood PH level. The urogenital system
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Diet For Renal Patient Fluid & Fluid Control Kidneys help control the amount of fluid that leaves your body. If your kidney disease progresses‚ your kidneys may be unable to regulate the removal of fluid from your body and as a result your doctor may ask you to limit your fluid intake. Too much fluid may cause swelling‚ shortness of breath‚ or high blood pressure. What exactly is a fluid? Fluids are any food that is liquid or anything that melts into a liquid. Examples of fluids include the
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The liver converts excess protein into urea. The kidneys remove unwanted substances such as urea‚ excess water and salt. © Boardworks Ltd 2009 What is urea? Excess amino acids in the body are broken down by the liver‚ producing a waste substance called urea. This process is important because it converts toxic ammonia to urea‚ which is done using carbon dioxide. Once formed‚ urea is transported by the circulatory system to the kidneys. The kidneys filter the blood‚ removing urea and excess water
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Comparative Anatomy Title: Date: Aim/Hypothesis: To compare the anatomy of the cane toad and the rat in order to … Materials and Safety/Ethical considerations: List materials used in the dissection Explain the safety and ethical considerations when collecting and dissecting animals. You can refer to the email sent home about toad collection in this section. Method: 1. A rat and a cane toad were dissected to compare their similarities and differences in anatomy structure. 2. Newspaper
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