How much do you know that some fathers with genetic diseases are not suitable for boys?

Some diseases are passed on from man to woman, so if dad has some genetic disease, then dad is better off not having boys. If Dad has fava bean disease or hemophilia, then it's best for Dad not to have boys, because these two diseases are inherited from boys. Fava bean disease can break out after the child eats fava beans, and the child will have difficulty breathing and convulsions all over the body, which is very dangerous.

Hemophilia is also very dangerous, and if a child has hemophilia, then the child will have a non-stop bleeding after the injury.

According to relevant statistics, men are 14 times more likely to suffer from red-green color blindness than women, so if men have congenital diseases such as red-green color blindness, it is best not to have boys, which is also very irresponsible. If a boy is born, the boy may suffer from red-green color blindness, and the disease will not be able to distinguish between red and green, which will have a serious impact on the boy's life. Therefore, if a man has such a disease, it is better not to have a boy, but to have a girl, in today's society, boys and girls are the same, and there is no such thing as a boy being able to inherit the family business.

I believe many people have heard of hereditary deafness and hereditary neuroatrophy, and if men have these two diseases, then it is better for men not to have boys. If you suffer from hereditary deafness, then your ears may suddenly lose hearing at some point, and your life will be seriously affected, and you may need hearing aids, which is also very uncomfortable. If you suffer from hereditary nerve atrophy, your nerves may suddenly shrink one day, and you may not be able to take care of yourself in your life.

I still know a lot, because I know that the hereditary probability of these genetic diseases is very high, in the face of such diseases, parents are not allowed to have children, otherwise it will lead to children also have such diseases, and they must first cure their own diseases before getting pregnant.

For example, some blood diseases, heart disease, lung disease, cerebral thrombosis and other diseases are not suitable for boys, and the heritability rate is very high.

Hemophilia, fava bean disease, red-green color blindness, hereditary neuroatrophy, hereditary deafness, these diseases can be passed on to boys.

Knowing the content of the part, the father with a genetic disease will give birth to a boy with physical problems, and there will also be health problems.

Because the filial piety group is a boy, it is easier to inherit the father. Maybe each of us has at least one genetic defect, but fortunately, because most abnormalities require a pair of genes, one from the mother and the other from the father, they don't usually appear in our children at the same time. One or both parents can do some defect testing.

But testing only makes sense if both parents are more likely to have the same defective gene than average. This possibility is often inferred from ethnic or geographical factors.

With the increasing development of modern scientific and technological means, especially the vigorous development of genes and technology, the ability of modern medicine to screen for genetic diseases has been greatly improved, and the key direction of preventing genetic diseases should first be to prevent the birth of children with genetic diseases. For example, with embryonic genetic testing techniques such as amniocentesis, we can assess whether an embryo has a genetic defect in the first trimester.

In fact, for some patients with genetic diseases, we can control the healthy transfer of embryos through third-generation child testing technology; Prenatal testing and amniocentesis can also be done during pregnancy to detect a sick child in time. What if you weren't sick? Everyone is happy to have a healthy child.

Even if the child born may have a genetic disease, since the child was born in this family and is destined to be born in this family, his parents will do their best to take care of him and give him love, and maybe both the child and the parents will feel satisfied. Most genetic diseases are difficult** and have vital features such as congenital stupidity, albinism, etc. If certain diseases can be diagnosed earlier and promptly**, symptoms can be relieved or avoided.

People with phenylketonuria can avoid mental retardation if they are diagnosed within the first three months of life and quickly adhere to a low-phenylalanine diet until the age of six. If there is no ** gene, it can be transmitted to the next generation through harmful reproductive genes, and these bad genes will remain in the patient's body forever.

Some children suffer from some congenital genetic diseases after birth, and before they are born, the child may already carry the diseased gene, may reach a certain age, or have symptoms of the disease at birth, which is very unfair to the child, because he is born with a congenital genetic disease. Some fathers with genetic diseases are not suitable for boys, what do you know? For example, hemophilia, red-green color blindness, pseudohypertrophy progressive muscular dystrophy, etc., if your father suffers from this disease, then the chance of the boy who has the accident will be very high, if you find out that your husband has these genetic diseases, it is better not to have a boy.

One. Haemophilia.

When it comes to genetic diseases, many people feel very scared because they want to show up and the child is healthy and not born with a disease, which is very painful for the parents, and it is the same for the child. Therefore, many people decompose and check each other for any genetic diseases or other diseases before getting married, and then have certain plans in their later lives. If you find out that your husband has hemophilia, then it is better not to have a boy, the chance of getting sick is very high, and the disease is a genetic disease accompanied by the Y chromosome, which is a chromosome unique to boys.

Two. Red-green color blindness.

If the father suffers from red-green blindness, then the chance of the child getting sick is also very high, because this is a genetic disease, and it is also a genetic disease accompanied by the Y chromosome, so you must check clearly before giving birth, and don't be irresponsible for your child, because the child will be very painful when born, and you will be very painful and worried. There are also many genetic diseases that are only transmitted to males, and before giving birth to a child, we must do a comprehensive examination to give the child a complete future and a healthy body. <>

The above is just a personal opinion, if the husband has a genetic disease that is passed on to the male but not to the female, you must pay attention.

Hemophilia, fava bean disease, etc. Hemophilia, in which the patient's blood has difficulty clotting; Fava bean disease, an acute hemolytic anemia caused by the consumption of fava beans.

Hemophilia, pseudohypertrophic progressive muscular dystrophy, silkworm hemophilia, red-green color blindness, congenital agammaglobulinosis, hereditary deafness, hereditary optic nerve atrophy, etc.

There are many such genetic diseases, such as hemophilia, broad bean disease, red-green color blindness, pseudohypertrophic progressive muscular dystrophy, hereditary deafness, hereditary optic nerve atrophy, and so on.

Now everyone pays more attention to their physical condition, especially couples who are about to get married will choose to do a full body examination in the hospital to avoid any different diseases that will affect their future marriage, and there are many diseases that will indeed be inherited, and the probability of heredity is very large.

Bald head bald little bald. In our lives, we will find that most of the people who are bald are more men than women, and baldness is indeed inherited, and there are many children born with thinning hair, which may be caused by their father's baldness. However, this problem will not affect any physical health, only the aesthetics, and there is no big problem.

Classic genetic disease hemophilia has many people will compare hemophilia and leukemia together, in fact, the two of them are different, if all high school biology will know that hemophilia is a semi-x dominant hereditary bleeding disorder, and its main reason is because of the lack of congenital coagulation factors, so this makes it still in life, if you accidentally bump into it, you will bleed more than many children. <>

Therefore, if it is a child with hemophilia, once it develops, it will be with it for life, and it needs to be very careful.

Obesity scientific research shows that obesity is also very likely to be inherited, especially if both parents are obese, the genetic probability will be greatly increased, and genetic obesity, first of all, is particularly difficult in the later process, in addition, the child is obese from an early age, which will increase the child's heart and various organs to bear the capacity, resulting in the child from an early age for some things can not be attentive at all. Not only that, but the child's condition will also make many other friends laugh at it, and the child's mental health will also be very distressed. <>

How can genetic diseases be avoided? There are a lot of genetic diseases, in fact, it can be seen when you are pregnant, if the probability is particularly large, personal advice is not particularly hope that everyone will be born, in addition, before preparing for pregnancy, you must also do a good physical examination, must be checked, among the children of two people, will there be some more serious genetic diseases, which will lead to some threats to the later development of the child, if this is the case, I do not recommend that you go to have a baby. Now, you can also go through an adoption procedure, which is also very possible, don't take the risk to give birth to a baby who is born with very big defects, which is very unfair to the baby.

Baldness, hemophilia, obesity, too much fat in the body, high blood pressure diseases, if these diseases appear, it is not suitable to have a boy, because this may be inherited to the child, so that the child's appearance is not good-looking, and it will also lead to some diseases in the child's body, affecting the child's next life.

Baldness, classic genetic diseases hemophilia, obesity, heart disease, cardiovascular disease, diabetes, hypertension.

For example, heart disease, diabetes, cardiovascular disease, hyperglycemia, high blood pressure, broad bean disease, red-green color blindness, etc., will all be inherited and will cause certain effects.

Hemophilia, malnutrition, fava bean disease, red-green color blindness, hereditary deafness, hereditary neuroatrophy, nodular agammaglobulinosis and other genetic diseases are not allowed to give birth to boys.

Nowadays, many families want to have a boy, and they think that the boy will be able to carry on the father's business and carry forward the family business. However, there are men with genetic diseases that are not suitable for boys. If a man with a genetic disorder gives birth to a boy, the boy who is born may also have a genetic disorder.

So why should fathers with genetic diseases not give birth to boys, let's explain the specific reasons.

In the old Chinese society, some ignorant families thought that the birth of a boy was decided by a woman, and if a woman could not give birth to a boy, they said that the woman could only give birth to a girl. In fact, this understanding is wrong, the sex of the child is actually determined by the father's chromosomes, if the father's chromosomes are not strong, then the child born is a girl. Therefore, it is not advisable for a father with a genetic disease to have a boy because the boy has an important chromosome of his father, which may carry a genetic disease, causing the boy to also have a genetic disease.

However, this kind of father can give birth to girls, and the girls born will not suffer from genetic diseases. Therefore, before becoming pregnant, couples can go to the hospital for a special and detailed physical examination to see if there are any genetic diseases in the body, which is also responsible for the future baby.

In fact, I feel that the gender of the child does not matter, as long as the parents educate the child well, even the girl can inherit the career created by her father and carry it forward. In today's society, we can't judge a person's ability by gender, and we can't look at girls with colored glasses, thinking that girls are inherently weaker than boys. Therefore, if Dad Chali has a genetic disease, it is best not to give birth to a male chain number child, and do not pass on this genetic disease, which is also responsible for his own children.

Girls can also support the family, and women can hold up half the sky, so it is the same to have a boy and a girl.

Because boys are more important and want to inherit their father's career, they must be in good health, and if their father has a genetic disease, they are not suitable for boys.

This is because the child is very important in a family and needs to inherit the family business, so he must be healthy and cannot have genetic diseases.

The probability of such heredity is very high, which may affect the health of the child, and there is no way to eugenics.

Which looks of the baby are easy to inherit from the dad.

2. 76% of ear genetic anastomosis; The shape of the ears will also be inherited to the baby, the big ears are dominant, and the small ears are recessive, so if the father has big ears, the chance of the baby having a pair of big ears is also very high.

3. 60% of skin color genetics match; The baby has a fair-skinned ** since he was a child, so he has the innate advantage of high appearance. Many people may think that the baby's skin color may be inherited from father and mother, and will become a comprehensive skin color. In fact, the chance of being affected by the father's skin color will be greater, and if the father's skin tone is darker, most of the children born to him will also be darker.

4. The genetic anastomosis of the lower jaw is 75%; The chin has a great influence on the contour of the face, a smooth and balanced face line will give people a clear and pleasing feeling, and the inheritance of the jaw is like "copy and paste", either parent has a large protruding chin, and children often have a similar chin without exception. If the father has a protruding jaw, then the baby born will also have a more pronounced jaw.

What is dad best at inheriting his baby? In fact, there is no fixed answer to this question, because there is a chance that the inheritance of appearance is probable, and the part of the baby that inherits the father is different. For example, some babies are more like their mothers, so the probability of inheriting their father's appearance is very low, and there are few parts, and the baby's appearance is predestined, and parents don't have to care too much.