unit 7 reflection
The skeletal system is made up of bones, joints, cartilages, and ligaments. It is divided into the axial skeleton and the appendicular skeleton. The axial skeleton consists of the bones in the core, which includes the skull, ribcage, and vertebrae; the appendicular skeleton consists of the bones in everything else. The function of the skeletal system is to protect vital organs, support the body, movement, and blood cell production. Different bone cells include osteocytes, osteoblasts, and osteoclasts. Bones are categorized into lone, short, flat and irregular bones.
Our bones are constantly being destroyed and new bone is being created. osteocytes and mature bone cells. Osteoblasts are bone-building cells that produce osteocalcin. Osteoclasts are huge cells that are found on the surface of the bone and destroy bone tissue. Bone remodeling is controlled by the parathyroid hormone based off Ca2+ levels.
Some negative impacts that can happen on the skeletal system are fractures are disorders. Fractures occur when more stress is applied to the bone than the bone can hold. Fractures are classified though how far it's broken through, the angle, and if there are fragmented pieces. The disorders of the skeletal system include arthritis, osteoporosis, scoliosis, kyphosis, lordosis, and rickets. These disorders include conditions such as bone inflammation, bone weakening, and abnormal curvatures.
Bones are able to move the way they do through joints. Joints are a point of connection between two bones or elements of a skeleton. Joints are classified based on the amount of movement possible from synarthroses to amphiarthroses to diathroses; and also what kind of material is in the joint resulting in fibrous, cartilaginous, and synovial joints.
Something I wanted to learn more about was about joints. I was curious by some joints in our body would have limited movement. For example, our elbow is considered a freely movable joint, but we can't bend out elbows backward, unlike a ball-and-socket joint. If we could, we could have much more flexibility that could possibly come in handy. The elbow is just one example or the potential if all our joints were more flexible and movable.
I found myself learning about the human body, its specific organs, and how to take care of them can be extremely helpful. Although I probably won't remember every detail about all the organ systems we covered, I think I am able to remember the basics of some of the organs that can help me in certain situations. For example, I recently had an issue with eye irritation. My sclera was swollen and I looked up online for what to do. If I hadn't learned about the eye anatomy, I would have probably typed in "what to do with a swollen white part of the eye" instead of "what to do with a swollen sclera" which could change my search results. Learning about your body can be extremely beneficial be preparing you for futuristic health issues.
Our bones are constantly being destroyed and new bone is being created. osteocytes and mature bone cells. Osteoblasts are bone-building cells that produce osteocalcin. Osteoclasts are huge cells that are found on the surface of the bone and destroy bone tissue. Bone remodeling is controlled by the parathyroid hormone based off Ca2+ levels.
Some negative impacts that can happen on the skeletal system are fractures are disorders. Fractures occur when more stress is applied to the bone than the bone can hold. Fractures are classified though how far it's broken through, the angle, and if there are fragmented pieces. The disorders of the skeletal system include arthritis, osteoporosis, scoliosis, kyphosis, lordosis, and rickets. These disorders include conditions such as bone inflammation, bone weakening, and abnormal curvatures.
Bones are able to move the way they do through joints. Joints are a point of connection between two bones or elements of a skeleton. Joints are classified based on the amount of movement possible from synarthroses to amphiarthroses to diathroses; and also what kind of material is in the joint resulting in fibrous, cartilaginous, and synovial joints.
Something I wanted to learn more about was about joints. I was curious by some joints in our body would have limited movement. For example, our elbow is considered a freely movable joint, but we can't bend out elbows backward, unlike a ball-and-socket joint. If we could, we could have much more flexibility that could possibly come in handy. The elbow is just one example or the potential if all our joints were more flexible and movable.
I found myself learning about the human body, its specific organs, and how to take care of them can be extremely helpful. Although I probably won't remember every detail about all the organ systems we covered, I think I am able to remember the basics of some of the organs that can help me in certain situations. For example, I recently had an issue with eye irritation. My sclera was swollen and I looked up online for what to do. If I hadn't learned about the eye anatomy, I would have probably typed in "what to do with a swollen white part of the eye" instead of "what to do with a swollen sclera" which could change my search results. Learning about your body can be extremely beneficial be preparing you for futuristic health issues.

