Information taken from https://www.marfan.org/about/marfan
FOR MORE INFORMATION ON MARFAN SYNDROME CLICK HERE.
Wilson disease is a genetic disorder that allows copper to build up in the body and cause damage.
To work well, our body needs a small amount copper. Copper is a metallic element. It helps keep the immune system healthy, build strong bones and form red blood cells. We absorb copper from a variety of food such a nuts, seeds, oysters and liver. Normally, our bodies regularly dispose of copper to prevent it from accumulating in the body.
Some children are unable to get rid of copper. This inability is a disorder called Wilson disease. The excess copper is stored in the main organs, such as the liver, brain, kidneys and eyes. In the liver, extra copper causes damage and scarring. This causes the liver to stop working correctly.
Symptoms are more likely in children 10 years and older. In Wilson disease, copper usually accumulates in the liver and brain. This is why symptoms are mainly liver disease and neurological problems.
Wilson disease is a genetic disorder that allows copper to build up in the body and cause damage.
To work well, our body needs a small amount copper. Copper is a metallic element. It helps keep the immune system healthy, build strong bones and form red blood cells. We absorb copper from a variety of food such a nuts, seeds, oysters and liver. Normally, our bodies regularly dispose of copper to prevent it from accumulating in the body.
Some children are unable to get rid of copper. This inability is a disorder called Wilson disease. The excess copper is stored in the main organs, such as the liver, brain, kidneys and eyes. In the liver, extra copper causes damage and scarring. This causes the liver to stop working correctly.
Symptoms are more likely in children 10 years and older. In Wilson disease, copper usually accumulates in the liver and brain. This is why symptoms are mainly liver disease and neurological problems.
Information taken from https://www.marfan.org/about/marfan
FOR MORE INFORMATION ON MARFAN SYNDROME CLICK HERE.
Cleidocranial dysplasia (say: clie-doh-CRAY-nee-ul diss-PLAY-zee-a) is a genetic condition that mainly affects:
The symptoms of CCD vary considerably from one person with CCD to another. This is true even of people in the same family who have CCD.
CCD is very rare and occurs in one in one million children worldwide. Both boys and girls can have CCD.
CCD is a disorder of bone development. The various problems of bone development include:
People with CCD lose their primary teeth (baby teeth) and get their secondary teeth (adult teeth) late. This causes overcrowding of teeth and mal-alignment of the jaw.
People with CCD can be shorter in height. The final height of boys is about six inches shorter than expected. For girls, the final height is about three inches shorter.
People with CCD are more likely to have other changes in their bones like:
People with CCD have a higher chance to develop osteoporosis (low bone density). The bone density is measured by a special test called a DEXA scan.
People with CCD often have recurrent chest, sinus and ear infections. Repeated ear infections may cause hearing loss.
Women with CCD are more likely to need a Caesarean section to give birth because they have a narrow pelvis and/or abnormally shaped pelvic bones.
Information taken from https://www.aboutkidshealth.ca/Article?contentid=879&language=English
Neurofibromatosis
The Facts
Neurofibromatosis (NF) is a genetic disorder that affects the nervous system. People affected by this condition develop non-cancerous tumours along their nerves. The tumours are called neurofibromas. They are a mass of different types of cells that grow on and surround nerves.
NF can also cause skin discolorations (also called “café au lait” spots) and bone abnormalities. Men, women, and people of all ethnic backgrounds may develop the condition.
Causes
The cause of NF is a change in a person’s genetic material, known as a genetic mutation. There are two genes that cause two different types of NF: neurofibromatosis type 1 (NF1) and neurofibromatosis type 2 (NF2). NF1 was previously known as von Recklinghausen’s disease and occurs more commonly than NF2.
NF is a genetic condition. If either parent has the gene for NF, their child will have a 50% chance of inheriting the disease. Sometimes the gene may change spontaneously in an individual who has no family history of the condition. Once the gene changes, NF may be passed on to the next generation.
Symptoms and Complications
The symptoms related to NF1 and NF2 are different.
People with NF1 may have some of the following symptoms:
Because it affects the nervous system, NF1 may cause learning disabilities, speech problems, and delays in an individual’s development. Seizures, eye tumours, and high blood pressure may also affect people with this condition. Rarely, the tumours may become malignant (cancerous). In some cases, tumours may also affect organs within the body.
People with NF2 develop tumours that appear on the nerve that connects the ear to the brain. These tumours are also called “schwannomas.” Because of their association with the ear, tumours on this nerve may cause hearing difficulties. Other complications related to the ear may include dizziness, ringing in the ears (tinnitus), and balance problems. The pressure from the tumours on other nerves may also cause headaches or numbness of the face or weakened facial muscles.
People who have NF2 may also develop tumours in other body areas, such as the brain and spinal cord. Unlike NF1, skin discoloration and freckles are few or nonexistent in people with NF2. Cataracts can develop early in life, which may cause vision difficulties or blindness.
Making the Diagnosis
To make the diagnosis, your doctor will do a number of tests and examinations.For NF1, a doctor will discuss your medical history and do a physical examination of your skin to look for “café au lait” spots and freckling. X-rays will help your doctor look for abnormalities in your bone structure.
Doctors usually request tests that confirm tiny tumours on the nerves in both NF1 and NF2. MRI scans may reveal tumours in various parts of the body. Blood tests may also be done to screen for the NF gene. When NF2 is suspected, the doctor may recommend hearing tests to evaluate a person’s hearing and the function of the nerve that leads from the ear to the brain