The type of homeostatic control mechanism that controls the release of erythropoietin to make red blood cells. Introduction: Hematologic system comprises blood, blood vessels, and blood-forming organs. Blood is a fluid connective tissue that carries oxygen, glucose, and nutrients throughout the body. It mainly consists of four types of components, namely red blood cells (RBCs), white blood cells (WBCs), plasma, and platelets.

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When human tissue, such as skin or a blood vessel, is torn or cut, the cells in the damaged region secrete a signal that activates specialized blood cells called platelets in the vicinity. As the platelets come in contact with one another, they begin to form a clot and release ad- ditional chemical signals to attract more platelets as well as other clotting factors until the bleeding is stopped. Which of the following correctly describes the feedback mechanism illustrated by the acti- vation of the platelets? A It is an example of positive feedback because the initial activation of the platelets causes the activation of additional platelets. B с D It is an example of negative feedback because the initial activation of the platelets is caused by a harmful stimulus. It is an example of positive feedback because the ultimate result of initial platelet activa- tion causes the bleeding to stop. It is an example of negative feedback because the initial activation of the platelets causes the…

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Chapter 8, Problem 2CT

Summary Introduction

To determine: The type of homeostatic control mechanism that controls the release of erythropoietin to make red blood cells.

Introduction: Hematologic system comprises blood, blood vessels, and blood-forming organs. Blood is a fluid connective tissue that carries oxygen, glucose, and nutrients throughout the body. It mainly consists of four types of components, namely red blood cells (RBCs), white blood cells (WBCs), plasma, and platelets.

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When human tissue, such as skin or a blood vessel, is torn or cut, the cells in the damaged region secrete a signal that activates specialized blood cells called platelets in the vicinity. As the platelets come in contact with one another, they begin to form a clot and release ad- ditional chemical signals to attract more platelets as well as other clotting factors until the bleeding is stopped. Which of the following correctly describes the feedback mechanism illustrated by the acti- vation of the platelets? A It is an example of positive feedback because the initial activation of the platelets causes the activation of additional platelets. B с D It is an example of negative feedback because the initial activation of the platelets is caused by a harmful stimulus. It is an example of positive feedback because the ultimate result of initial platelet activa- tion causes the bleeding to stop. It is an example of negative feedback because the initial activation of the platelets causes the…

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