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Types of bone fractures
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Bone is a hard living, growing tissue; it makes up the framework of the body. Made mostly of collagen and calcium phosphate, bones are strong and flexible enough to withstand stress. The skeleton provides support and structure to the body, it gives us the ability to move and hold our body up against gravity. Although our body is very sturdy, we are often prone to painful and disabling injuries such as fractures.
A bone fracture is a medical term in which a bone becomes cracked, splintered, or severed as a result of physical trauma when the force exerted on the bone is stronger than the bone can withstand. Bone fractures are very common; the average person fractures their bone twice during their lifetime. As we get older, we lose calcium and other minerals in our bones making it weak and susceptible to breaking more easily. Fractures can occur in any bone in the body. The symptoms of a fracture depend on the particular bone and the severity of the injury, but may include: bruising, deformity, swelling, and inability to use the limb. Doctors are able to diagnose fractures through x-rays, some may also use CT or MRI scans. Broken bones are able to heal on their own, but seeking proper medical treatment is recommended to make sure the bones are aligned to heal
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An open fracture, also called a compound fracture, is a fracture in which the broken bone may pierce the skin exposing the bone and deep tissues. Closed fractures, also known as simple fractures, are broken or cracked bones that do not puncture the skin. Open fractures are more complex to treat than closed fractures because the punctured skin is exposing the tissues and to prevent osteomyelitis (bone infection) a specialist would be needed to cleanse the site. There are a number of different types of fractures, including but not limited to: avulsion, Salter-Harris, comminuted, greenstick, and
285) These types of injuries usually come from knives, axes, or other weapons like that. In some instances, a sharp trauma will look like a line across the bone. So, if someone is not trained in knowing what these marks are, they can be easily over looked. According to Byers (2011) “sharp trauma is the result of narrowly focused, dynamic compression forces applied to the surface of a bone.” (p. 285) Unlike blunt or projectile trauma, sharp force will be focused in a single area, unless the suspect us using an ax or machete there won’t be a large amount destruction to the bones. Using an ax or machete however can severely damage the bones that can look like blunt trauma. So, it is important for the forensic anthropologist to be able to distinguish between them.
The three functions of the skeletal system are to support, to allow movement, and to protect. The skeleton is the framework of the body and also cradles its soft organs, with it the body would be just a jelly mass it wouldn’t have no definite shape and would just collapse. It supports the softer tissues and provides points of attachment for more skeletal muscles to hold all of the parts of the body upright. For example, the bones of the legs as pillars to support the body trunk we stand up. It also supports the body against the pull of gravity. The skeletal allows movement. The skeletal muscle attached to the bones by tendons and uses the bones as a simple mechanical lever system to move the body and its parts. All together with the muscles
The etiology of calcaneal fracture is usually high energy trauma such as fall from a height or motor vehicle crash 1,2.
Hemothorax. Retrieved from http://emedicine.medscape.com/article/2047916-overview#aw2aab6b2b4 Norvell, J. G. (2013, June 11). Tibia and Fibula Fracture Clinical Presentation. Retrieved from http://emedicine.medscape.com/article/826304-clinical Queensland Government.
But after the early stage, your bones may become weak. These signs include: back pain, shortness of breath, shrinkage in height and bad, irregular posture. Many people don’t start showing signs until they have broken a bone, such as a wrist bone or a hip bone. There are two different types of Osteoporosis. There is Juvenile Osteoporosis (which is very rare), it occurs in children that is due to medication or medical conditions. Premenopausal Osteoporosis which happens to older women before menopause. There are three different ways to check for Osteoporosis. The first one is a painless bone density scan called a dual energy X-ray absorptiometry (DXA) (Stang, 2016). The second one is a digital x-ray radiogrammetry (DXR), it is like the DXA but uses less technology. And the last one is ultrasounds. Ultrasound scans are also used to screen for osteoporosis but it is not able to get a good reading like the others, so this method isn’t used as often. If you break a bone the doctor will try these types of x-ray to see if it was caused by
Bone contains an inorganic component composed of mineral salts, primarily calcium and potassium, and an organic component made of collagen, a complex protein that is found in various forms in bone and other connective tissues. According to Wolff’s Law, bone is capable of adjusting its strength in proportion to the amount of stress placed on it. When young, healthy people participate in exercise programs for extended periods of time, their bones can become more dense through increased deposition of mineral salts and the number of collagen fibers. On the other hand, if bones are not subjected to mechanical stresses, as in individuals with sedentary lifestyle or
Bones of the skeletal system serve as storage compartments for vital minerals like phosphorus and calcium. Excessive calcium in the blood is stored in bones. Calcium is released from the bones into the blood when there are deficient amounts of it in the blood.
An ankle fracture is a break in one or more of the three bones that make up the ankle joint. The ankle joint is made up by the lower (distal) sections of your lower leg bones (tibia and fibula) along with a bone in your foot (talus). Depending on how bad the break is and if more than one ankle joint bone is broken, a cast or splint is used to protect and keep your injured bone from moving while it heals. Sometimes, surgery is required to help the fracture heal properly.
Osteoporosis is a disease in which the bones become so weak and brittle that even a cough can cause enough stress on the bone that it will cause the bone to facture. The most commonly broken bones are the hip, wrist, and the spine. Although it affects men and women of all races, post-menopausal Caucasian and Asian women are more commonly affected than those of other ethnicities and sexes. In fact, thirty percent of all post-menopausal women in the US and Europe will be diagnosed with Osteoporosis and at least 40 percent of those will suffer from a fracture in their lifetime.
Moreover, people have to restrain eating instant foods, coffee and alcohol. The proper amount of drinking can prevent fracture, but excessive alcohol can reduce the absorption of calcium. In addition, drinking depletes calcium that creates bones and levels of estrogen. Next, smoking interferes to reduce the body’s abilities that generate bones and heal the fracture. When people quit smoking quickly up, the strength of the bones and the abilities will be better to recover damages.
Fibular fractures may be complete or incomplete fractures. Fibula fractures may occur anywhere along the bone. The fracture we are trying to fixate is a complete fracture. Fractures occur when a force is placed on the bone that is greater than it can withstand, and when a fracture does occur in the fibula, it’s usually at the same time as the tibia. When only the fibula fractures, it is usually because of a direct blow to the side of the leg or an extreme sideways bend at the ankle or knee. Some other common causes of fibular fracture include, direct hit from doing contact sports such as hockey or lacrosse, stress fracture; weakening of the bone from repeated stress, or indirect injury, caused by twisting, turning quickly, or violent muscle contraction. Tripping, falling or impact during an accident are also major causes of fibular
Although your teeth are also considered part of your skeletal system, they are not counted as bones. Your teeth consist of enamel and dentin. Enamel is the strongest substance in your body. The main priority of the skeletal system is to provide support for the body. Without bones our body would be in a pile of guts and mush on the floor. Your skeleton furthermore assists to protect your internal organs and fragile body tissues. The brain, eyes, heart, lungs and spinal cord are all sheltered by your
Bone Homeostasis is the bones regulation spefic process Inorder to allow the body to function properly.
However some of the basic bone functions include storing of crucial nutrients, minerals and lipids, producing red blood cells for the body, protect the organs such as heart, ribs and the brain, aide in movement and also to act as a buffer for pH. With the differences in all of the bones there are four things that remain the same in each bone, their cells. Bones are made up of four different cells; osteoblasts, osteoclasts, osteocytes and bone lining cells. Osteoblasts produce and secrete matrix proteins and then transport the minerals into the matrix. Osteoclasts are responsible for the breaking down of tissue. The osteoblasts and osteoclasts are both responsible for remodeling and rebuilding of bones as we grow and age. The production of osteoclasts for resorption is initiated by the hormone, the parathyroid hormone. Osteocytes are the mature versions of osteoblasts because they are trapped in the bone matrix they produced. The osteocytes that are trapped continue making bone to help with strength and the health of the bone matrix. The bone lining cells are found in the inactive bone surfaces which are typically found in
The Skeletal System, also known as the Skeleton make up a framework that support the body and protect the organs. The Skeleton consists of the bones and joints of the body. In the human body there is 300 bones at birth, these then fuse together to make 206 bones in a fully grown adult. The Skeleton is made up of two divisions: The axial and appendicular Skeleton.