Paget's Disease of bone is the result of abnormalities in the bone remodeling and breakdown process. This leads to bones within the body becoming quite misshaped and weak. A decrease in the activity of the cells, known as osteoclasts that participate in the breaking down of the bone cell matrix through the release of enzymes and mineral components is a contributing factor to Paget's disease. In addition to low osteoclast activity, the cells that build the extracellular matrix of bone tissue, known as osteoblasts, continue to increasingly build the bone. This subsequently leads to excessive formation and breakdown of bone. Because of these factors, Paget's disease is also known as osteitis deformans, and "...is the second [most] common metabolic bone condition after osteoporosis" (Tuck). This disease most commonly affects adults around the ages of fifty and beyond. There are many factors revolving around Paget's disease that are constantly being studied and clarified such as the causes of the disease, tests to diagnose and identify it, possible treatments, and the expected outcome of a person that has been affected. …show more content…
Possible viral causes of Paget's disease are associated with slow virus infections that are present for many years before symptoms appear. According to Mills, "[These] viral infections include respiratory syncytial virus and the canine distemper virus" (Mills). Historically, the measles virus was a suspected viral infection leading to Paget's disease as well, but modern studies have found that this conclusion is doubtful. Instead, it has been heavily debated that the association of measles to Paget's disease may have been due to laboratory errors and
A relationship between serum prolidase applications, disease activity and bone metabolism has been proved for clubfoot as well as for other musculoskeletal
Clinical Orthopaedics and Related Research®, 471(4),
Fibrodysplasia Ossificans Progressiva which is sometimes referred to FOP is a very rare genetic disorder in which bones grow uncontrollably to the point of causing disability (Fibrous Dysplasia). As one of the rarest and most disabling diseases, FOP causes bone to form in and over muscles, tendons, ligaments, and other connective tissues (What is FOP). Bridges of this extra bone develops across joints which causes immobility (What is FOP). These bridges also create a second skeleton that imprisons the body in bone.
The present study revealed the juvenile aseptic bone necrosis- a disorder in which poor blood supply leads to bone damage- might have rendered Tut particularly vulnerable to physical injuries.
There are many diseases out in the world; one of the least talked about is lupus. Lupus is an autoimmune disease with about 1.5 million people in America living with it. Though no one truly knows the cause for it, it is chronic. This affects the inside of your body including your organs, heart, lungs, kidneys, blood vessels, brain and joints. Your skin can also be damaged as well.
The FGFR3 protein spans across the cell membrane resulting in one end inside the cell and the other outside the cell allowing the protein to interact with growth factors outside the cell and receive signals for growth and development. The FGFR3 protein in the bone cells help control bone growth through a process previously mentioned called ossification, where cartilage is transformed into bone using calcium. When growth factors bind to the FGFR3, the protein is activated and FGFR3 is able to regulate ossification. When the Gly380Arg mutation occurs, it results in the FGFR3 protein being absent or damaged therefore preventing it from interacting with external growth factors causing the loss of control of ossification. This causes problems during bone development where cartilage fails to turn into bone.
Hemangioma is a common type of. It is a tumor-like birthmark of cells called endothelial cells. You can get hemangioma anywhere in your body. Most appear during the first weeks of life, and then grows rapidly for 6-12 months. They start to shrink which may take 7 years.
Lymphadenitis Lymphadenitis is the result of swollen lymph nodes due to an infection. Due to the large number of microbes that are collected from tissue fluid and circulate in the lymph vessels, the macrophages present in the lymph nodes may not be able to ingest them as they may be too large, thus leading to the enlargement of the lymph node. When a lymph node become infected, they are usually a lot more noticeable due to the increase in size, the lymph nodes becomes tender and are felt in other parts of the body. Normal lymph nodes can only be felt under the jaw, under your arms and in the groin area.
I was initially exposed to the field of osteopathy at the end of eighth grade when I visited the Queens Hospital for appearance of skin rashes. Unlike other physicians, I had seen previously regarding this condition, the osteopathic physician treating me at the moment did not dismiss me with just another ointment. Instead the physician took a detailed history and tried to investigate the underlying causes of the rash, not just my symptoms. Due to the physician’s reconnaissance nature, I was able to receive a correct diagnosis. Even though the rashes turned out to be from bed bugs’ bites, the physician’s approaches to medicine inspired and motivated me to further research the field of osteopathic medicine.
Did Your Child Get Fifth Disease? Know When They Can Return To Daycare One disease that may be going around at your child’s daycare is fifth disease. It is very contagious, and it can keep your kid home sick for a few days if they get it. Here is what you need to know about fifth disease, including the signs they have it and when they can safely go back to daycare.
The virus first appeared clinically in 1978, which caused a widespread epidemic to dogs of all ages due to them being exposed to it for the first time. Later on, a vaccine was created. Now, Parvo is very rare. Parvo has many clinical signs, diarrhea and lethargy being
Lupus is a chronic, autoimmune disease that can damage any part of the body (skin, joints, and/or organs inside the body). When you have lupus, the body attacks the healthy tissues that’s supposed to fights off viruses, bacteria, and germs. Normally our immune system produces proteins called antibodies that protects the body from these invaders. Autoimmune means your immune system cannot tell the difference between these foreign invaders and your body’s healthy tissues and creates autoantibodies that attack and destroy healthy tissue. These autoantibodies cause inflammation, pain, and damage in various parts of the body.
Introduction Kyphosis is a spinal disorder involving an excessive outward curve that causes an abnormal rounding of the upper back. It occurs when the spinal bones (vertebrae) in the upper back (thoracic spine) become wedge-shaped and cause deformity. Kyphosis is sometimes called dowager's hump, hunchback, or roundback. It is most common among elderly people, but can happen at any age. There are four main types of kyphosis: Postural kyphosis.
Brain Tumors Can Be Defeated With Multi-Disciplinary Approach The brain is a sophisticated, elegant and an elaborate mass of tissue and nerve cells. It seamlessly controls our senses, our personality, helps regulate vital body functions and controls how we move in our surroundings. When abnormal cells grow in the brain to develop a tumor, it can disrupt how we function and will require the ‘right’ treatment considerations that balance how the tumor is treated with how well our brain operates. Right treatment for brain tumor, however, needs a multi-disciplinary approach including intensive rehabilitation and post operative care, which is rarely available under a single roof.
Because of the lower gravity, bones do not support the same weight as they once did on Earth. Also, many astronauts return with bone degradation from the loss of bone density. The underlying cause for this is a reduction in functionality of osteoblasts (bone cells that deposit calcium and other minerals in the bones) in space. Thus, osteoporosis occurs because of the decrease in calcium formation on the bones while osteoclasts continue to dissolve bone tissue. Research in simulated MG has shown a significant decrease in calcium nodule formation, as well as changes in bone-related genes in