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Fill in the blanks using the word bank to describe 02 and CO2 transport in the respiratory system. Words CAN be used more than once. Enhance(s) Reduced Hemoglobin Diffusion Carbaminohemoglobin will Inhibit Increase Chloride Shift Carbonic Acid to the in one of two ways: by binding to hemoglobin, creating (HbO2), or by dissolving in plasma. Since oxygen has poor solubility in water, most oxygen molecules are transported via As oxygen leaves the lungs and enters the red blood cells, it binds to a hemoglobin (HHb) molecule which consequently forms Oxyhemoglobin (HbO2) and releases a hydrogen ion (H+), which will pH. An increase in H+ the unloading of oxygen from the blood to the Tissues Decrease Plasma Carbonic Anhydrase Oxygen is transported from the oxygen. Lungs Oxyhemoglobin Red Blood Cell(s) Bicarbonate to the (HbCO2), or as Carbon dioxide is transported from the dissolved in plasma, binding to hemoglobin as plasma. The process of carbon dioxide converting into HCO3- occurs mostly in the occur in the plasma as well. This process begins when carbon dioxide enters the red blood cell via with water, forming quicker in the red blood cells because of moves from the red blood cells into the loss of HCO3-, Chloride ions (Cl-) move from the plasma to the and is reversed in the lungs. The loading of carbon dioxide in one of three ways: ions (HCO3-) in but can and combines (H2CO3), which then dissociates into H+ and HCO3-. This process is (H2CO3). After the bicarbonate ion is generated, it where it is transported to the lungs. To balance the . This process is called the unloading of

Fill in the blanks using the word bank to describe 02 and CO2 transport in the respiratory system. Words CAN be used more than once. Enhance(s) Reduced Hemoglobin Diffusion Carbaminohemoglobin will Inhibit Increase Chloride Shift Carbonic Acid to the in one of two ways: by binding to hemoglobin, creating (HbO2), or by dissolving in plasma. Since oxygen has poor solubility in water, most oxygen molecules are transported via As oxygen leaves the lungs and enters the red blood cells, it binds to a hemoglobin (HHb) molecule which consequently forms Oxyhemoglobin (HbO2) and releases a hydrogen ion (H+), which will pH. An increase in H+ the unloading of oxygen from the blood to the Tissues Decrease Plasma Carbonic Anhydrase Oxygen is transported from the oxygen. Lungs Oxyhemoglobin Red Blood Cell(s) Bicarbonate to the (HbCO2), or as Carbon dioxide is transported from the dissolved in plasma, binding to hemoglobin as plasma. The process of carbon dioxide converting into HCO3- occurs mostly in the occur in the plasma as well. This process begins when carbon dioxide enters the red blood cell via with water, forming quicker in the red blood cells because of moves from the red blood cells into the loss of HCO3-, Chloride ions (Cl-) move from the plasma to the and is reversed in the lungs. The loading of carbon dioxide in one of three ways: ions (HCO3-) in but can and combines (H2CO3), which then dissociates into H+ and HCO3-. This process is (H2CO3). After the bicarbonate ion is generated, it where it is transported to the lungs. To balance the . This process is called the unloading of

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Fill in the blanks using the word bank to describe 02 and CO2 transport in the respiratory system. Words CAN be used more than once. Enhance(s) Reduced Hemoglobin Diffusion Carbaminohemoglobin will 02/CO2 Transport Inhibit Increase Chloride Shift Carbonic Acid Oxygen is transported from the Tissues Decrease oxygen. Plasma Carbonic Anhydrase to the in one of two ways: by binding to hemoglobin, creating. (HbO2), or by dissolving in plasma. Since oxygen has poor solubility in water, most oxygen molecules are transported via As oxygen leaves the lungs and enters the red blood cells, it binds to a hemoglobin (HHb) molecule which consequently forms Oxyhemoglobin (HbO2) and releases a hydrogen ion (H+), which will pH. An increase in H+ the unloading of oxygen from the blood to the Lungs Oxyhemoglobin Red Blood Cell(s) Bicarbonate to the (HbCO2), or as Carbon dioxide is transported from the dissolved in plasma, binding to hemoglobin as plasma. The process of carbon dioxide converting into HCO3- occurs mostly in the occur in the plasma as well. This process begins when carbon dioxide enters the red blood cell via with water, forming. quicker in the red blood cells because of moves from the red blood cells into the loss of HCO3-, Chloride ions (Cl-) move from the plasma to the and is reversed in the lungs. The loading of carbon dioxide in one of three ways: ions (HCO3-) in but can and combines (H2CO3), which then dissociates into H+ and HCO3-. This process is (H2CO3). After the bicarbonate ion is generated, it where it is transported to the lungs. To balance the This process is called the unloading of
Transcribed Image Text:Fill in the blanks using the word bank to describe 02 and CO2 transport in the respiratory system. Words CAN be used more than once. Enhance(s) Reduced Hemoglobin Diffusion Carbaminohemoglobin will 02/CO2 Transport Inhibit Increase Chloride Shift Carbonic Acid Oxygen is transported from the Tissues Decrease oxygen. Plasma Carbonic Anhydrase to the in one of two ways: by binding to hemoglobin, creating. (HbO2), or by dissolving in plasma. Since oxygen has poor solubility in water, most oxygen molecules are transported via As oxygen leaves the lungs and enters the red blood cells, it binds to a hemoglobin (HHb) molecule which consequently forms Oxyhemoglobin (HbO2) and releases a hydrogen ion (H+), which will pH. An increase in H+ the unloading of oxygen from the blood to the Lungs Oxyhemoglobin Red Blood Cell(s) Bicarbonate to the (HbCO2), or as Carbon dioxide is transported from the dissolved in plasma, binding to hemoglobin as plasma. The process of carbon dioxide converting into HCO3- occurs mostly in the occur in the plasma as well. This process begins when carbon dioxide enters the red blood cell via with water, forming. quicker in the red blood cells because of moves from the red blood cells into the loss of HCO3-, Chloride ions (Cl-) move from the plasma to the and is reversed in the lungs. The loading of carbon dioxide in one of three ways: ions (HCO3-) in but can and combines (H2CO3), which then dissociates into H+ and HCO3-. This process is (H2CO3). After the bicarbonate ion is generated, it where it is transported to the lungs. To balance the This process is called the unloading of
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