Is this a genetic disease? Will it be inherited from me? 30

This is not a genetic disease, and the symptoms should be Parkinson's, also known as Alzheimer's. This will happen when you get older, but not necessarily everyone will get it when they get older, so strengthen the exercise.

Chorea or Parkinson's, go to the hospital.

This one is probably, so check it out.

Don't talk nonsense on the first floor! Parkinson's and Alzheimer's are not the same, okay?! Landlord, I think you can go to a big hospital and ask if your mother has Huntington's disease?

It may be Huntington's disease, I saw it on TV a few days ago, the chance of heredity is 50%, go to the hospital for a check-up. This disease is difficult to detect, you have to go to a hospital with professional examination equipment.

The disease is a rare, progressive, fatal disease with a prevalence of 3 to 7 per 100,000 in Western Europe and a lower rate of about 100,000 in Asia and Africa. Due to the gradual degeneration of nerve cells in specific areas of the brain, the muscles of the limbs (including the face, neck, trunk and limbs) are involuntarily moved, and the mental capacity is gradually lost. The age of onset is usually between 35 and 44 years (but 10% of people are before the age of 20 and 25% may be after the age of 50), and the average life expectancy after the onset of the disease is 15 to 18 years, and the age of death is generally around 54 to 55 years.

Hereditary cancers are caused by mutations in specific genes that can be passed from parent to child. Here are some common genetic cancers that can be passed on to the next generation:

Breast cancer: Mutations in the BRCA1 and BRCA2 genes are associated with an increased risk of breast cancer. These gene mutations are usually passed from mother or father to child, and can be carried by both male and female sex.

Ovarian cancer: Mutations in the BRCA1 and BRCA2 genes have also been associated with ovarian cancer. These genetic mutations are usually inherited from mother to child.

Colorectal cancer: Lynch syndrome is an inherited colorectal cancer syndrome that is usually caused by mutations in the MLH1, MSH2, MSH6, PMS2, and EPCAM genes. These gene mutations are usually inherited from parents to children.

Thyroid cancer: MEN2A and MEN2B are two inherited thyroid cancer syndromes caused by mutations in the RET gene. These gene mutations are usually inherited from parents to children.

Melanoma: Mutations in the CDKN2A gene are associated with an increased risk of melanoma. These gene mutations are usually inherited from parents to children.

If someone in a family has or has a history of these cancers, other members of the family may need genetic testing to see if they carry inherited gene mutations and take precautions to reduce their risk of cancer.

Hello, this question is very broad, there is a special branch of medicine called genetics, many diseases have a tendency to be hereditary, such as white sail eggplant, cancer, high blood pressure, mental illness, so you need to go to the type of disease in detail.

Not necessarily.

Here's an example:

In an autosomal dominant disorder, if a couple has a male disease, but he is heterozygous and the female is normal, then they have only one child, and the child is normal, so the disease-causing gene is not passed on.

Probably not. Everyone has proto-oncogenes and tumor suppressor genes in their bodies, and it should only be said that the offspring have a greater chance of getting the disease than others, and it cannot be said that it will definitely be inherited, it depends on how the person pays attention to his or her health.

If it is a dominant inherited disease, as long as one parent has it, it will be inherited to a new generation.

If it is a recessive genetic disease, both parents will inherit it to the next generation.

Look at what kind of gene mutations, like somatic mutations will not be passed on to the next generation, but chromosomal mutations will

Not necessarily, if a human has a genetic disease, it means that he has a disease-causing gene, but whether the offspring has a disease should be observed by both parents, such as the father has a white disease, but his son can not have it. This is because leukopathy is a recessive disease, and two recessive diseases must have pathogenic genes to show gray hair, but his wife does not have gray hair genes, so his son has only one, so he does not have gray hair, but he has pathogenic genes. To see if a disease is hereditary, see if it is in the germ cells!

It can only be said that it is possible, relatively speaking, the probability of getting sick is greater, and it cannot be said that it is certain!

The concept is the original words of a high school textbook, how is it wrong?