http://www.angirx.com/blog/symptoms-of-heart-disease-in-children/
symptoms of heart disease in children
What is Lyme disease and symptoms of Lyme disease
Lyme disease (LD) is a multi-system bacterial infection caused by the spirochete Borrelia burgdorferi (Bb). The pathogen was named in honor of the discoverer and founder member of the Foundation Lyme disease, Willy Burgdorfer, Ph.D., MD (HON).
Researchers have found that most affected children living near forested areas capable of feeding ticks. They also found that early symptoms of children in general began in the summer months which coincides with the peak of tick season.
Ecology of Lyme disease
LD is transmitted to humans by ticks. The larval and nymph stages feed of infected hosts, acquire the organism and then, after the nymphs molt to the next stage of life (and adults, respectively), transmit infection to humans and other animals. In the northern hemisphere, small placental mammals are a reservoir.
Causes of Lyme disease
B. burgdorferi bacteria causing Lyme disease. The bacteria have a complex life cycle, spending part of his life in the deer tick and partly in some mammals such as mice and deer.
Location – Some states have a higher incidence of Lyme disease than others. The 10 states reported more cases of Lyme disease each year, including New York, New Jersey, Connecticut, Pennsylvania, Wisconsin, Minnesota, Maryland, Delaware, New Hampshire and Maine. Increased risk in these areas can be attributed to a greater amount of wooded areas and a greater number of deer.
Symptoms of Lyme disease
Migratory pain in joints. If left untreated, may have episodes pain and severe joint inflammation for several weeks or months after you are infected. The knees are especially likely to be affected but the pain can change from one game to another.
Symptoms of Lyme disease are diverse and often occur in early stages and late. They vary greatly from person to person. One of the symptoms may not appear, and symptoms that may overlap in various combinations. The death of Lyme disease is rare and occurs only in a few cases where the heart is severely affected.
How Lyme Disease
Disease Lyme disease is treated with antibiotics. Early Lyme disease responds very well treatment. In most cases, 14 to 30 days of antibiotics kill bacteria. Your doctor will tell you how many days to take antibiotics. It is important that you take all medications prescribed by your doctor to prevent the spread of Lyme disease to your joints, nervous system or heart.
Antibiotics intravenously
If the disease progressed, the doctor may recommend treatment with antibiotics intravenously 14 to 28 days. This technique is effective in eliminating the infection, although it may take some time for symptoms. Antibiotics intravenously can cause several side effects, including blood cell count white below, gallstones and mild or severe diarrhea.
About the Author
Read About Skin Disorders Guide Also read about Skin Disorders Guide Directory and Skin Disorders, Skin Disorders Health
Pompe disease is an autosomal recessive disease caused by the accumulation of glycogen in the tissues of some ….?
…. especially muscles. The anomaly is caused by a mutation in the gene that codes for an enzyme, alpha-glucosidase acid normally found in lysosomes. The enzyme that normally breaks down glycogen into glucose, but mutations in the gene for the enzyme to prevent break buld glycogen in cells muscle cell damage may all the body. Babies with this disorder usually have symptoms like muscle weakness and an enlarged liver and heart, and heart failure. Most infants with Pompe disease can not hold its head or move normally. As the disease progresses, swallowing can be difficult and the language can become abnormally enlarged. Most children do not survive beyond the age 1. The disease affects about 1 in 40,000 people. A man who had a brother who died Pompe disease is married to a woman who is heterozygous for the disease. What is the likelihood that their children have the disease?
The probability that their children have the disease depends on knowledge of the genotype of the father. Since that his brother died of the disease, we know that his brother was homozgyous recessive. Therefore, parents must have been two companies (Note that we must assume that neither parent had the disease, because it would be unlikely to survive to breeding age). Usually, a cross between the two companies are descendants in a 1:2:1 ratio of normal homozyous: heterozygous homozygous recessive. However, since man has the disease, we can eliminate the homozygous recessive in the equation of the probability and if that means she is homozygous normal (1 / 3 chance) or carrier heterozygous (2 / 3 probability). The man has a probability of 2 / 3 of being a carrier. If a carrier then the probability that the man transmitted the recessive allele would be 1 / 2. Therefore, the probability of a carrier and go from the recessive allele is 2 / 3 x 1 / 2 = 2 / 6 = 1 / 3. Since his wife is a carrier, then it has a chance of passing the recessive allele 1 / 2. Therefore, the probability that a child would be achieved is the product of two probabilities: 1 / 3 x 1 / 2 = 1 / 6.
[affmage source="amazon" results="3"]symptoms of heart disease in children[/affmage]
[affmage source="clickbank" results="2"]symptoms of heart disease in children[/affmage]
[affmage source="cj" results="1"]symptoms of heart disease in children[/affmage]