...Prognosis of Osteogenesis Imperfecta Anitra Swann Baltimore City Community College Professor McNair AH 130 October 18, 2011 Abstract Osteogenesis Imperfecta is a heritable disorder of bone formation resulting in low bone mass and a propensity to fracture. It exhibits a broad range of clinical severity, ranging from multiple fracturing in utero and perinatal deaths to normal adult stature and a low fracture incidence. The disorder is currently classified into seven types based on differences in bone architecture. In addition to its primary effect on the skeletal system, the alterations in connective tissue may affect several extra skeletal structures, such as the cardiovascular system, sclera, middle and inner ear, tendons/ligaments, and central nervous system. Patients with Osteogenesis Imperfecta also have a greater incidence of airway anomalies, cardiovascular anomalies, and increased incidence of perioperative bleeding, easily fractured bones and teeth. Treatment of Osteogenesis Imperfecta by bisphosphonate therapy can improve bone mass in all types of the disorder, and while not being a cure for the disorder does improve the quality of life of the patient. This paper will examine the causes, treatment, and prognosis of Osteogenesis Imperfecta. Student Examination into the Causes, Treatment, and Prognosis of Osteogenesis Imperfecta Osteogenesis Imperfecta (OI) is an abnormally brittle bone disease that is inherited. The term Osteogenesis Imperfecta means “imperfect...
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...breaks, losing body extremities, and cerebral palsy (Heller, 2001). Pupils with bone disorders seldom are in regular classrooms. This paper evaluates an orthopedic and musculoskeletal disorder along with an advocated educational intervention: Osteogenesis Imperfecta. Musculoskeletal Disorders Bottom of Form Osteogenesis imperfecta is also known as the “brittle bone” disorder. It is an inherited disease where a person’s bones are broken with no problem. Almost all incidences of osteogenesis imperfecta are triggered by a domineering chromosomal imperfection. A lot of the population of kids that have osteogenesis imperfecta were born with this disease and they received it from one or both of their parents and other children that have this disease have no idea how or why they got it because no one in their family has had this ailment. There are four types of osteogenesis imperfecta that researchers have identified and these are Type I, Type II, Type III, and Type IV. The signs and symptoms of osteogenesis imperfecta range from mild (Type I) to severe (Type II to IV). Mild osteogenesis imperfecta only has half of the standard volume of required collagen (connective tissue), but anatomically alright. Severe osteogenesis imperfecta can be the reason for some still births and perinatal deaths, this...
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...Osteogenesis Imperfecta is a rare hereditary disorder that affects the connective tissue and causes extremely brittle bones which are in turn easily broken and deformed. There are multiple subdivisions of the disorder, ranging from Type I, Type II, Type III, and Type IV. Although the subdivisions go by number, the most serious and dreaded is Type II, which is also classified as Vrolik Disease. The symptoms could range from a very mild case, or a very severe case with multiple complications. Usually, Osteogenesis Imperfecta is inherited as autosomal dominant traits, but in some cases, it is otherwise. A common form of the disease is Type I, which does not result in the severe complications and is the most mild out of the four major subdivisions of the disease ("Osteogenesis Imperfecta"). Although there are four main types of Osteogenesis Imperfecta, the most common and most mild version of the disease is classified as Type I. Like other versions of the disease, the main consequence of Type I is easily fractured bones. Since is the mildest version, most fractures occur before reaching puberty, but can sometimes occur to women when they enter the menopause phase. A unique part of this subdivision is that it can cause curvature of the spine also known as Scoliosis. The face is also affected by having a triangular face, blue sclera, and a lot of dental problems. The disease can also cause hearing loss by the time they are in their 20s or 30s. Another similarity it shares with the...
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...Special Class Discussion OI or Osteogenesis Imperfecta, which is commonly referred to as Brittle Bone disease. It causes Isaiah to be susceptible to fractures and breaks in his bone very easily. Isaiah was diagnosed with type III OI during the second trimester (20 weeks), which is a very severe form, but survivable. Though the diagnosis was not the best, the couple, Vicky and Dave, have made the most out of the situation. From what I have had the opportunity to observe via the blog, Isaiah is living a full life given the circumstances. Full of Disney whimsy and seasonal outings just as any kid would experience. I love the fact that his parents are both very understanding and even tempered people, from what they present in the blog. Making the childs life as stress free as possible. Though they try not to focus on the hardships in their blog, some of it is very apparent when you read between the lines. One instance is when Vicky wrote about how she could not tell if Isaiahs moaning and crying was due to hunger, a fever or a fracture. The condition carries a huge burden, regardless of how hard the parents try and normalize his life. The parents try and maintain a positive atmosphere, but in my mind I am very curious as to what toll it is taking on their physical and emotional health? Questions: 1) Do you have any plans for Isaiah as he gets older? Education? 2) How is Isaiah in social situations with other children? 3) Does Isaiah have any favorite activities...
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...Chapter 6: Skeletal System: Bones and Bone Tissue Multiple Choice 1. Important functions of the skeletal system include A) protection of the brain and soft organs. B) storage of water. C) production of Vitamin E. D) regulation of acid-base balance. E) integration of other systems. Answer: a Level: 1 2. A band of connective tissue that attaches a muscle to a bone is a(n) A) aponeurosis. B) ligament. C) bursa. D) epimysium. E) tendon. Answer: e Level: 1 3. Ligaments attach A) muscle to muscle. B) bone to bone. C) muscle to bone. D) nerve to bone. E) nerve to muscle. Answer: b Level: 1 4. Chondroblasts produce A) ligaments. B) cartilage matrix. C) bone tissue. D) blood cells. E) synovial fluid. Answer: b Level: 1 5. The type of cartilage associated with bone function and development is A) elastic cartilage. B) fibrocartilage. C) hyaline cartilage. D) interstitial cartilage. E) osteocartilage. Answer: c Level: 1 6. The connective tissue sheath of cartilage is called the A) matrix. B) chondrocyte. C) ligamentous cord. D) lacuna. E) perichondrium. Answer: e Level: 1 7. Cartilage A) is composed of osteons. B) is surrounded by a membrane called the periosteum. C) contains chondrocytes located in lacunae. D) does not need nutrients and oxygen so it has no blood vessels. E) is well vascularized. Answer: c Level: 1 8. Proteoglycan molecules in the matrix of cartilage A) replace collagen fibers in the matrix...
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