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Effects of Wilson's disease
Wilson's disease
Effects of Wilson's disease
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Wilson’s Disease Research Essay Wilson’s disease, also called hepatolenticular degeneration, is a very rare disease that only affects about 20,000 people in the United States. Wilson’s disease is inherited when your liver, brain, or other vital organs contain too much copper. The average person starts to form Wilson’s disease between the ages 12 and 23. Copper is a trace metal found in many foods that is very critical in the development of bones, collagen, and healthy nerves. Any excess copper is excreted, or removed, through bowel. However, people who absorb too much copper are not able to eliminate copper properly and the copper starts to accumulate to life-threatening levels. Wilson’s disease is an autosomal disease, meaning it affects any chromosome other than a sex chromosome. Wilson’s disease is hereditary and it is a recessive gene, meaning both parents have to have a …show more content…
Being tested for Wilson’s Disease can require a few different tests. The first test would be blood and urine test. Blood tests work to help monitor the copper levels in your liver while urine tests help to see how much copper is taken out of your body. There is also an eye test. The eye test is useful because the ophthalmologist can check your eyes for golden brown circles/rings. If you have these, this is a sign of too much copper in your eyes. Doctors have also associated Wilson’s Disease with sunflower cataract that can be seen in an eye exam. The next test doesn’t have a specific name, but a doctor inserts a needle through your skin and draws a small sample of liver tissue so they can send it to a lab and the liver tissue can be tested for any excess copper. The last main test is genetic testing. A blood test can identify the genetic mutation in the chromosome that causes Wilson’s Disease. This is also good because knowing that Wilson’s Disease runs in your family, siblings can also be treated before they start any harmful
Sex-linked disorders only affect males and are passed down through female carriers. A boy inherits the disorder when he receives an X chromosome with a mutated dystrophin gene (the genetic cause) from his mother. The dystrophin gene is the largest gene found in nature and was identified through a positional cloning approach. It's a highly complex gene, a large rod-like cytoskeletal protein which is found at the inner surface of muscle fibers. (www.ncbi.nlm.nih.gov)
· genetics: occasionally the disease has a tendency to run in certain families (inherited or genetic predisposition), but this is not common.
This genetic disorder is not specific to a certain age, ethnic group, or gender; theref...
Coats disease was first diagnosed by Dr. George Coats in 1912. He described it as retinal detachment. It only happens in one eye and it tends to be a buildup of cholesterol. It can eventually lead to blindness in the affecte...
If one wanted to know their chance of carrying or having the disease creating a punnet square could help determine that. A normal person without Albinism or the presence of the allele melanin can be represented by capital “A” and another allele that represents the lack of melanin will be represented with lower case “a”. Since Albinism is an autonomic recessive disease, this means a person with a homozygous recessive gene will have the disease. Both parents must be heterozygous dominant and carry the allele; they will have a 25% chance of having a child with albinism and a 70% chance of having a child carrying the disease. If one parent is heterozygous that still carries the flawed gene and the other parent is homozygous dominant there will be a 50% chance their child will carry the disease but wont have a child with Albinism.
Achondroplasia is not usually inherited. When it is, achondroplasia is inherited in an autosomal dominant way. This is because the gene is located on a non-sex chromosome that is always shown when there is this genetic disorder in the DNA.
Hemophilia A is the most common. Other names for it are classical hemophilia, and factor thirteen deficiency hemophilia. The bleeding disorder is caused by an inherited sex-linked recessive trait with the defective gene located on the X chromosome. The X chromosome refers to sex-linked. The recessive inheritance refers to the fact that the trait, hemophilia, is expressed only when the defective form of the gene alone is present. Females have two X chromosomes for their sex chromosomes. They must carry the defective gene on both to have hemophilia. They must have it on one to carry it, and are then able to pass it on to their offspring. Males have X and Y chromosomes for their sex chromosomes. They only have one X chromosome, therefore only require a single dose of the defective gene to express the deficiency. Fifty percent of the male offspring of female carriers have the dise...
Despite this being a severe condition that could become life-threatening, it can be succesfully treated if taken care of early enough. Furthermore, this condition is hereditary meaning that anyone who shares a bloodline with those that have this condition are at risk of receiving it. It can be diagnosed by a simple blood test to see if the patient has the gene mutation. This mutation can not be self-acquired or in other words, it is inherited because it is a gene mutation
Hemochromatosis is a disorder that can be inherited from your parents but can also be obtained due to excessive consumption of alcohol or iron or blood transfusions. Hemochromatosis is a disorder that causes your body to absorb more iron than it needs. It then stores the iron in crucial parts of your body like your heart, liver, pancreas, brain, and joints. If the iron continues to built it would lead to iron overload. Iron overload can be fatal because of excessive iron in your heart and liver. Continuous iron overload could lead to serious heart conditions like heart attack and heart failure, it could also lead to liver problems, diabetes mellitus, and possibly cancer and death. Symptoms like diabetes mellitus can be avoided if Hemochromatosis
Basically there are 4 main symptoms, at least 2 of which must be detected in order to diagnose a patient is likely suffering from PD: (1)
As he grew up, people said that Wilson got all his personality traits from his father. He had a domineering personality and expected loyalty from all his family and friends. And although he later went to Princeton, he wasn’t able to read till he was 12 because of dyslexia. Wilson always imagined himself to be a great captain who lived on sea to battle the pirates.
To see if you have this this disease you have to take a blood test and have a medical history discussion with your doctor.
Color Blindness is caused by the X chromosome. The chromosome comes from the mother and has a 50% chance of being passed to her son. A daughter of the same mother will also have a 50% chance of also being a carrier, and is only at risk of being colorblind if the father is colorblind. But each color blindness has its own effect on who gets the color blindness and who will be a carrier. For instance the Blue-Green color blindness color blindness is caused becauses of the X chromosome which it’s carrier is the mother. On the women they don't have to be colorblind to be a carrier, becauses a women needs two defective chromosome, the X chromosome is affected this symptoms is call...
Males receive X from the mother, Y from the father whereas females receives two Xs, one from each parent. Hemophilia is an X-linked or sex-linked recessive disorder where the faulty gene is located on the X chromosome. Therefore, the son inherits the defective gene from the mother and is likely to have the disease. Since the daughter inherits two Xs, it is not very likely for her to show the trait since the disorder is recessive but they will still be the carrier of hemophilia gene. In rare cases, some carriers can experience bleeding symptoms if their clotting factors are moderately decreased. In unusual situations, some people can develop hemophilia later in life which can be resolved through treatments. The affect group involves middle-aged or elderly people, or young women who have recently given birth or are in the later stages of
Most children born with albinism are born to parents with normal pigmentation, but most forms of albinism are recessive, which means the child will inherit one abnormal gene from each of their parents, called carriers. Carriers are individuals with one abnormal gene, and another one that functions normally. This means that the functional gene will override