3. There are two types of blood‚ oxygen-rich and oxygen-poor in cardiovascular system. 3a. What’s the partial pressure of O2 and CO2 in oxygen-rich blood respectively? How do they affect the pH value of the blood (6 points)? Decides the development of CO2 and O2 amongst air and lungs‚ amongst lungs and blood‚ and amongst blood and body cells.Blood gets to be acidic when there is an expansion in CO2 content (this relationship will be portrayed further amid your class on blood-gas examination)
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Cardiovascular System Anatomy & Physiology The heart is the pump responsible for maintaining adequate circulation of oxygenated blood around the vascular network of the body. It is a four-chamber pump‚ with the right side receiving deoxygenated blood from the body at low presure and pumping it to the lungs (the pulmonary circulation) and the left side receiving oxygenated blood from the lungs and pumping it at high pressure around the body (the systemic circulation). The myocardium (cardiac
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Cardiovascular System Blood Vessels Laszlo Vass‚ Ed.D. Version 42-0008-02-01 Lab RepoRt assistant This document is not meant to be a substitute for a formal laboratory report. The Lab Report Assistant is simply a summary of the experiment’s questions‚ diagrams if needed‚ and data tables that should be addressed in a formal lab report. The intent is to facilitate students’ writing of lab reports by providing this information in an editable file which can be sent to an instructor. puRpose
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Role of energy in the body There are six main forms of energy- Chemicals Heat Electrical Light Nuclear Sound Energy can be measured or expressed by joules or unites of hear (kilocalorie). 1 kilocalorie= 4.184 kilojoules. Sources of energy- Protein 1g= 4 kcal Carbohydrate 1g= 4 kcal Fats 1g= 9 kcal In our bodies we need energy we need energy for everything we do‚ move our muscles‚ talk etc. Without energy we wouldn’t be able to do anything‚ energy is needed for our bodies to function
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to have an ever-increasing need for more energy. Both households and industries require large amounts of power. At the same time our means of production face new problems. International treaties aim to limit the levels of pollution‚ global warming prompts action to reduce the output of carbon dioxide and several countries have decided to decommission old nuclear power plants and not build new ones. Such development brings about the need to replace old energy production methods with new ones. While
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circuits • Allows the heart muscle to receive sufficient oxygen even if an artery is partially blocked • Coronary Veins: drain the heart muscle‚ converge and drain into the coronary sinus‚ empties into the right atrium. Elements of the conduction system: • 1.) The SA node (PACEMAKER) generates impulses • 2.) The impulses pause at the AV node • 3.) The AV bundle connects the atria to the ventricles • 4.) The bundle branches conduct
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the three energy systems that are responsible for the production of ATP. Adenosine triphosphate (ATP) is the immediately usable form of chemical energy use for muscular activity. It is stored in most cells‚ especially muscle cells. Other forms of chemical energy‚ such as that available from foods we eat must be transforming into ATP before they can be utilized by muscle cells . Human body cells generated ATP by three methods which are: I. ATP-PC system II. Glycolytic system III. Oxidative
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VENTRICLES OF THE HEART. ACCOMODATES BLOOD VESSELS CALLED THE CORONARY SINUS THAT DRAINS THE HEART WALL AND BRANCHES OF THE CORONARY ARTERY THAT SUPPLY THE HEART WALL WITH BLOOD THE INFERIOR AND SUPERIOR VENA CAVA ALLOW DEOXYGENATED BLOOD FROM ALL SYSTEMS OF THE BODY TO FLOW INTO THE RIGHT ATRIUM THE PULMONARY VEINS ALLOW OXYGENATED BLOOD FOR THE LEFT AND RIGHT LUNGS TO FLOW INTO THE LEFT ATRIUM THE AORTA HAS 3 SECTIONS: 1THE ASCENDING AORTA THRU WHICH OXYGENATED BLOOD FLOWS UPWARD.2 THE AORTIC
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Both the cardiovascular and respiratory system help each other by working together to make sure that the tissues of the body are getting the correct amount of oxygen so that they can help the body to work efficiently as possible. They also help to make sure that carbon dioxide is forced out. The cardiovascular and respiratory system start to work together when the oxygen from the surroundings/environment enter through the nose‚ this will start the process where the body will receive the oxygen.
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keep them in physiological limits. To achieve this‚ every organ works together and thus the body works together as a whole. This requires body to communicate with the organs‚ this is established through two very highly specialized systems; nervous system and endocrine system‚ they use electrical impulses and hormones to communicate respectively1. It is vital for our body to maintain homeostasis for our survival‚ this ability of the body allows us to adapt to our environment which is why we can live
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