QUESTION 6 Explain how the components of bone cells are important for homeostasis of the entire body.Your response must be at least 200 words in length. QUESTION 7 In your own words, explain the five


  1. Explain how the components of bone cells are important for homeostasis of the entire body.

Your response must be at least 200 words in length.


  1. In your own words, explain the five primary functions of the skeletal system.

Your response must be at least 200 words in length.


  1. As an EMS healthcare worker, explain why epiphyseal fractures are a major concern.

Your response must be at least 200 words in length.


  1. Explain the six classifications of bones.

Your response must be at least 200 words in length.

Expert Solution Preview

Bones are a vital part of our body – not only do they give the body its shape and support, but also perform vital physiological functions that maintain homeostasis. Bone cells, the skeletal system, and bone fractures are some of the key concepts in the study of the skeletal system. In this article, we will answer questions related to these topics.

Answer 6:
Bone cells are not only essential for the growth and maintenance of the skeletal system but also play a crucial role in maintaining homeostasis throughout the body. Firstly, osteoclasts aid in the regulation of blood calcium levels by breaking down bone tissue and releasing calcium into the bloodstream. Secondly, osteoblasts maintain bone strength by synthesizing new bone tissue. Thirdly, osteocytes help detect and respond to mechanical stress and regulate bone remodeling. The compact structure of bones provides protection to various vital organ systems, and its flexibility ensures that the body’s movements are smooth and coordinated. Overall, bone cells are crucial elements of the body’s homeostatic mechanisms, with any imbalance potentially leading to serious health issues.

Answer 7:
The skeletal system performs five primary functions essential for maintaining the body’s equilibrium. Firstly it provides support and shape to the body, allowing muscles to attach and work efficiently. Secondly, it aids in movement, facilitating body motion through coordinated muscle contractions. Thirdly, the skeletal system serves as a storage location for minerals, such as calcium and phosphorus, and releases them back into the bloodstream as needed. Fourth, it houses and protects vital organs such as the brain, the heart, and the lungs. Finally, the skeletal system is involved in the production of blood cells, in a process called hematopoiesis. Without the skeletal system, the body would not be able to move, support itself, or maintain its organs’ integrity, ultimately leading to death.

Answer 8:
Epiphyseal fractures are of major concern for EMS healthcare workers as they involve damage to the growth plates of bones, which can lead to significant long-term effects. Growth plates are areas of developing cartilage and bone tissue found in children and adolescents, located at the ends of long bones. Any injury to these plates can result in deformed bone growth, leading to limping, uneven limb development, and reduced range of motion. Further, an epiphyseal fracture may affect the blood supply to the growth plate, which can lead to delayed growth and significant medical complications. Therefore, EMS healthcare workers must recognize the symptoms and understand the potential long-term effects of these fractures and provide immediate medical attention to avoid any complications.

Answer 9:
Bones are essential for providing structural stability to the body, supporting movement, and protecting vital organs. There are six classifications of bones based on the shape and size of the bone. Firstly, long bones, such as the femur and humerus, are longer than they are wide and provide support and mobility to the body. Secondly, short bones, such as the wrist and ankle bones, are cube-shaped and provide stability and support. Thirdly, flat bones, such as the skull’s bone and the scapula, are thin and wide and serve as attachment sites for muscles. Fourthly, irregular bones, such as the vertebrae and pelvic bones, have complex shapes and serve specific purposes, such as protecting organs and providing stability. Fifthly, sesamoid bones, such as the patella, are embedded in tendons and assist in joint movement. Finally, wormian bones are small bones found between suture lines of the skull and their function is still unknown. Understanding the classifications of bones is essential for studying their anatomy and physiology and identifying any medical issues that may arise.

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