About 1 in 5,000 people have Marfan syndrome and about 3 out of 4 people with the syndrome will inherit it. Marfan syndrome is a genetic disorder that will affect the body’s connective tissue. Antoine Marfan first described it in 1896. The connective tissue in the body is what holds and supports organs and tissues together. The damages along with the disorder can be mild or severe. Marfan syndrome will affect everyone equally, men and women. No matter what the race, ethnicity or age. With age the disease will worsen. The greatest risk factor of getting Marfan syndrome is having a parent who has the disorder and passes it down to their children. The autosomal dominant trait is passed through families and some cases are due to mutations. …show more content…
“The connective tissue is affected in the heart, eyes, bones, lungs, and spinal cord” (Dietz, 2015). Many people don’t even know they have this disease because signs will not be seen right away. Some will only see mild effects but others can have life threatening complications due to the disorder. Some features of the disorder are tall and slender build, un-proportional long arms, legs, fingers and toes. They might have a breastbone that sticks outward or dips inward, and flat feet. They could also have heart murmurs and aortic …show more content…
Family history and symptoms must be there to confirm diagnosis, and other tests may be performed to determine if the disease is present or not. “One of the first tests that would be performed or recommended would be an echocardiogram. This will check to make sure the heart valves and size of the aorta are normal. Computerized tomography or magnetic resonance imaging may be used as well” (Daniel, 2015). If someone were to have the disease they will receive regular echocardiograms to monitor the heart. Eye exams may be used as well such as a slit-lamp exam and pressure test. The slit-lamp exam checks to see if the lens has been dislocated, cataracts are present, or a retina is dethatched. The eye pressure test will check for glaucoma. If tests aren’t clear genetic testing can be done to confirm a diagnosis. Surgeries may also be performed to replace part of the aorta. This would help if someone had an aorta that was stretched and not working well. If there are problems with the heart certain medications may be taken such as beta-blockers to help the heart beat slower, and blood thinners to help prevent clotting. Surgery may also help for people whose chest has sunk in or is sticking out. Glasses or contact lenses will help if the patient has eye problems. Chest tubes may have to be placed if someone with Marfans has a pneumothorax to get the air out of the
Right chambers dimensions and right ventricular function were normal (TAPSE of 20 mm Hg), a calcific trileaflet aortic valve with normal leaflet excursion was observed, with normal gradients and no regurgitation. Mitral valve was normal, without regurgitation, and tricuspid valve and pulmonary valve were also normal. There was absence of pericadial effusion and both septae were
The cause of this condition is not known. RISK FACTORS This condition is more likely to develop in: • Children aged 3–15 years. • Boys.
No JVD. No cyanosis, clubbing, or edema. 2+ pulses bilaterally at the carotid artery. 1+ pulses bilaterally at radial, DP, and PT arteries. No murmur or change in cardiac status with 1 min of vigorous activity in the office.
The only known heart problems were rheumatic fever and "soldier's heart". Doctors would rely on the methods of percussion and
It is extremely important to look out for symptoms of Marfan syndrome. Scientists have been able to discover the symptoms of the syndrome from experimenting on mice. Symptoms include: flat feet, over-flexible joints, scoliosis, thin face, and a funnel chest. The disease may also effect the lens of the eyes due to the weakness of the ligaments. In addition, this disease may affect several internal organs.
5. Approach to the diagnosis. 5.1. Is it cardiac or not? 5.2.
Noonan Syndrome Having a family member or child with an uncommon condition can be pretty extreme. When it comes to these conditions, they are usually some sort of mutation or run in the family 's genetics. Noonan Syndrome is a rare condition that affects an individual 's physical appearance, mental state, and genetic makeup, but varies in each affected person. In 1963, Noonan Syndrome was first described by a heart-specialist, Jacqueline Noonan.
Q. how is this disorder diagnosed & tested? A. its really self-diagnosed you don’t need to be a dr. to know if you have the disorder all you got to do is Look down at your hands a feet and check if you have an extra thumb, pinky or big/small toe. As for how its tests there are x-rays, enzyme tests, chromosome studies, and metabolic
Juliette Mason is a High school student who has Marfans Syndrome. She plays basketball on her high school team and her parents were worried about her due to the fact that her brother had Marfans and died from an aortic aneurysm, he also played basketball. They came to me to find out how basketball will be impacted by the disorder and how she should go forward when she eventually has children. Marfans Syndrome is a genetic disorder that affects the bodies connective tissue in the body. Connective Tissue hold the body's cells, organs and tissue together.
Familial dysautonomia (FD), also called Riley Day Syndrome and hereditary and sensory autonomic neuropathy type 3 (HSAN3), is an inherited disorder that affects the development and survival of some sensory and autonomic neurons.4,5 It is almost exclusively present in Ashkenazi Jews. About 1 out of 32 Ashkenazi Jews are carriers. The disease frequency is 1 out of 3700 for Ashkenazi Jews.5 Familial dysautonomia is exceedingly rare in the non Ashkenazi Jewish population.
I will compare and contrast the genetic background of Cystic Fibrosis and Sickle Cell Anaemia. A genetic disorder is an illness caused by changes or mutations in the genome. Mutations are generally abnormalities in the DNA sequence. Genes code for proteins, important molecules in our body that make up the majority of cellular structures and serve crucial functions in essentially all biological processes. Mutations can lead to missing or malformed proteins and that can lead to diseases.
al, (2007). Many parents have no idea about the things, causing pain and many other issues that come with having this disease. The most commonly affected population
This will help to narrow down the possible causes of death greatly, seeing how it is heart
One can only get spinal muscular atrophy only if both of their parents had copies of a defective gene. Furthermore, if the
The infant may develop temporary muscle weakness and associated findings (i.e., transient neonatal myasthenia gravis). The passage of anti-acetylcholine receptor antibodies through the placenta to the unborn child during pregnancy may cause this condition to the infant. Some of the myasthenia gravis is inherited as an autosomal recessive, or more rarely, an autosomal dominant condition is described as congenital myasthenia gravis. The individual that inherits two copies of an abnormal gen for the same trait from each parent, the individual will have recessive genetic disorders. If the individual receives one normal gene and one gene for the disease, the person will be a carrier for the disease but usually will not show symptoms.