The genetic IQ of the generations is very high, does such a person exist?

The genes themselves are ever-changing, and they all happen in different ways.

Nature exists, people's DNA will reproduce habits, IQ is high, maybe the ancestors love to think and be a cultural person.

IQ genes are more likely to come from the baby's parents, generally speaking, if the baby has a smart father or mother, his own IQ will not be too low, for parents who think that their children's IQ is as high as possible, the most curious is probably the high IQ genetivity? Let's take you to find out.

Is it intergenerational inheritance for high intelligence?

Intergenerational inheritance refers to the phenomenon that the first and third generations of a family have a similar phenotype, but the second generation does not have this phenotype. It is the result of a combination of genetic, epigenetic and quantitative heredity. Some genetic disorders are inherited from one generation to another, and genetics is called companion inheritance.

This also shows that intergenerational inheritance does not have much to do with IQ, so there is basically no basis for expecting high IQ to be inherited from intergenerational inheritance.

What is inherited from intergenerational inheritance.

1. Skin color. 2. Height: In addition to factors such as acquired nutrition, intergenerational inheritance is also a very important reason for children to grow tall.

3. Obesity: Research shows that if there are particularly obese people among grandparents or grandparents, then the probability of children being born fat will be greatly increased.

4. Disease: An obvious manifestation of intergenerational inheritance is associated with genetic diseases. The vast majority of patients with sexually inherited diseases are male, and tracking the incidence in the family shows that the patient's mother is a normal and healthy person, but his maternal grandfather is a patient with the disease.

Therefore, it is recommended that girls who are preparing to get married do a good job of premarital examinations to avoid intergenerational inheritance of diseases and ensure eugenics. For parents who are still looking forward to the intergenerational inheritance of IQ, there is basically no need to continue to think about this possibility, but the baby's IQ can be cultivated, so parents of come on Mengbao can start cultivating the baby's high IQ now.

exists, and there are no less. There are a lot of people I know.

It is true that a person's appearance and IQ are genetically influenced, but there is no correlation between appearance and IQ. People who don't look good but have a good IQ or are very beautiful but have no appearance exist because there is no correlation between looks and IQ.

Some children will look more like their fathers, some children will look more like their mothers, and even some children will look like their grandfathers or grandmothers, in fact, no matter who their children look more like, they are the most beautiful and lovely in the eyes of their parents, just like Qi Wei's little daughter, many people feel that they are completely a little Qi Wei. Do you know how powerful the generation-skipping gene really is? When the older generation has these traits, it is especially easy to pass them on to the next generation.

In reality, even if they don't look like their father, they don't look like their mother, there are still a lot of children, for these children, they almost all look more like their grandfather or grandmother, and even some children look like their grandfather or grandmother, so the genes are also very interesting.

I believe that everyone has a special understanding of Pan Changjiang, I don't know if you have seen Pan Changjiang's grandson from variety shows, Pan Changjiang's grandson is not at all like Pan Yang and Pan Yang's husband, but looks very similar to Pan Changjiang, and Pan Changjiang's grandson Xiaoshi looks very cute.

From the perspective of genetics, the transmission of disease-causing genes is passed down from generation to generation, and once an individual does not inherit a specific disease-causing gene from his parents, his offspring generally do not have to worry about the genetic diseases caused by this disease-causing gene.

But there are also some genetic disorders that are inherited from generation to generation, which is called companion inheritance in genetics. The vast majority of children with sexually transmitted genetic disorders are male, and when tracking the incidence of the disease in their families, it can be found that the mother of the patient is a normal and healthy person, but the maternal grandfather is a patient with the disease. Two characteristics can be summarized from this:

Associated genetic diseases are passed from maternal grandfather to grandson, skipping the mother's generation, and there is an obvious intergenerational inheritance phenomenon;

The patients are all male, so the disease is transmitted from male to female.

Why are these co-genetic diseases inherited from one generation to the next? This is because the disease is recessively inherited and is transmitted through women. Women do not develop the disease but are carriers of the genes that cause the disease and pass it on to the males of their offspring.

For example, hemophilia A, which is caused by a mutation in factor 8 on the X chromosome, is a typical recessive genetic disease, and its incidence is male. Since the sex chromosome inherited from the father to the son is only Y, and the only X chromosome with the disease-causing gene is passed on to the daughter, the man with hemophilia, his son is fine, and the daughter is also phenotypical, but all of them are carriers of the disease-causing gene, and about half of the boys born to them will have the genetic disease of the grandfather.

It can be seen that although there is a generational phenomenon of associated recessive genetic diseases, the pathogenic genes are passed down through the patient's daughter.

I hope I can help you with your doubts.

This phenomenon definitely exists, and there are many of them.

From a scientific point of view, it has been said that some factors of appearance, IQ, and pathological inheritance are very high, and such people and such factors exist.

The genetic IQ of the next generation is very high, and such people also exist, and it is correct to study hard.

It can be said that there are many such existences.

See for yourself! You can't inherit it, can others inherit it from generation to generation? Now there is also the phenomenon of atavism! This question about medicine can only be studied by scientists.

Not necessarily! Does looks determine IQ?

Therefore, scientists have done a lot of research in this area, and believe that the role of heredity in intelligence is actually objectiveFor example, twins, especially monozygotic twins, have very similar intelligence, indicating that intelligence is also genetically basedIn general, parents have high IQs, and children tend to have high IQs; The intelligence of the parents is average, and the intelligence of the children is also average; Parental intelligence .

No, there is no intergenerational inheritance of IQ. However, there is a regression mean phenomenon, that is, if the parents are smart, the children are likely not or even less smart than the parents, the parents are stupid (no disease), and the children are more likely to be smarter than the parents.

Between two and three generations, many characteristics of people will be inherited, such as appearance, personality, intelligence, diseases, etc., but some are also closely related to the environment in which they were raised. These inheritances are passed on from generation to generation, and there are also from generation to generation. Whether born with mental retardation will be inherited or passed on from generation to generation is often a concern.

IQ genetic zt

The genes of IQ.

It's interesting

It is said that all eight pairs of genes that determine IQ are located on the X chromosome, and then the boy is XY, X is from the mother, and Y is from the father.

Therefore, the IQ of boys is all inherited from their mothers.

Then the girl is x x, so the IQ of the girl is half that of the father and half of the mother.

Then he said that because the IQ of a girl is affected by both father and mother, there will be a neutralizing effect.

Therefore, the distribution of girls' IQ will show a natural distribution (normaldistribution), that is, an inverted bell, the middle is the most.

More, less on both sides.

Then, because boys are completely affected by only one side, the distribution of boys' IQ will be biased at two extremes.

In other words, there are more geniuses among boys, but at the same time, there are also a lot of boys among fools.

What does this story tell us?

1. You have to judge whether a boy is smart or not, just look at his mother. 」

2. Then we use the probability to calculate: the probability of having a boy = 1 2, the probability of having a girl = 1 2.

When a boy is born, the mother's influence on the boy's IQ = 1.

When giving birth to a girl, the mother's influence on the girl's IQ = 1 2.

1*1 2 + 1 2*1 2 : 0*1 2+ 1 2*1 2 =: = 3 : 1 = Female: Parent.

So, if you:

1. It's a boy, if you think you're stupid. You must marry a smart girl!

In this way, the chance of your child turning the tables is still seventy out of five, and life is still full of hope.

2. It's a girl, if you think you're stupid, it's bad

Because, there is a 70% chance that you will turn over someone's market.

3. When you see a boy who is very smart, the probability that his father is very smart is 0%.

It should be said that even if his father is smart, it has no effect on him), but the chances of his mother being smart are.

So, if you're thinking about marrying a guy who is very smart, you have to be careful of his mom, it might be one.

A very calculating mother-in-law.

Conversely, when you see a guy who is stupid, yes, he's usually rich, it's God's arrangement, on.

In order to prevent the human race from perishing, the emperor will make very stupid people very rich, so that he can marry smart girls.

In short, when you see a rich but stupid guy, don't hesitate to marry him!

Don't feel like you're in it for his money, tell yourself that you're here to improve the genes of humanity in the future.

This is actually a non-rigorous statement, intelligence actually comes from hard work, from the family environment, from the cultivation and exercise, and high IQ is by no means genetic;

Constantly pursuing and exploring from an early age, in fact, which child is not an explorer, inventor and the most curious person? Parents limit their children too much when they are young, which invisibly kills the precious genius temperament. On the contrary, if he is educated by heuristics, given adequate nutrition and a good environment, there may be more high-IQ children in this world.

Hello, the IQ of the next generation is not necessarily a genetic woman, a child is congenital and acquired, both men and women give their children advantages and disadvantages....

Who is the child's quick wisdom stove and blind businessman's hidden answer?

We all know that children's IQ is affected by genetics, so who has more inheritance? Let's find out! When it comes to the upcoming baby, young parents want the baby to be healthy and smart at the same time.

We all know that children's IQ is affected by genetics, so who has more inheritance? Let's find out! According to scientists' assessments, the influence of heredity on IQ accounts for about 50%-60%, and in terms of genetics, mothers are smart and judge things, and most of the children born are smart, and if it is a boy, it will be even smarter.

The reason for this is that the main body of human genes related to IQ is focused on the X chromosome. Females have 2 X chromosomes and males only have 1, so the mother's IQ occupies a more important place in heredity. The boy is XY, so the IQ of the boy is all inherited from the mother, so you have to judge whether a boy is smart or not, just look at his mother.

Of course, because boys are completely affected by only one side, the IQ distribution of boys will be biased to two extremes, that is, there are more geniuses among boys, but at the same time, there are also many boys among the fools. Girls are xx, so the IQ of girls is half that of their father and mother. Because a girl's IQ is affected by her father's digging and mother's liquid, it will have a neutralizing effect, so the distribution of a girl's IQ will show a natural distribution (normal distribution), that is, an inverted bell shape, with the most in the middle and less on both sides.

It may be unconvincing to describe it in pure words, so let's use the probability to calculate which parent has a greater genetic effect on the child's IQ: the probability of having a boy = 1 2; Chance of having a girl = 1 2. When a boy is born, the mother's influence on the boy's IQ = 1 When a girl is born, the mother's influence on the girl's IQ = 1 2 So the ratio of the mother's and father's influence (expected value) on the IQ of the next generation is 1*1 2 + 1 2*1 2:

0*1 2 + 1 2*1 2= : 3 : 1= Female: Parent.

Not necessarily, I know two college students whose sons are mentally retarded and shouldn't be inherited.

The Effect of Parental Genes on Son's IQ.

A son's IQ is influenced by the genes of both parents. Studies have shown that IQ is closely linked to genes, as IQ is largely determined by genes. Sons whose parents have higher IQs also tend to have higher IQs, and sons whose parents have lower IQs also tend to have lower IQs.

But the parents' genes are not the only factor that affects their son's IQ.

The influence of the environment on the son's IQ.

The environment is also crucial to IQ development. Environmental factors include the environment of the family tomb, education level, living environment, social factors, etc. A good family education, rich learning experience, beneficial social relationships, a healthy diet and adequate sleep all contribute to the improvement of the son's IQ.

Conversely, a harsh environment can have a negative impact on the son's intellectual development, leading to a decrease in IQ.

Other factors that affect my son's IQ.

In addition to genetics and environment, there are other factors that can affect a son's IQ. For example, breastfeeding can raise a child's IQ level; The health and age of the parents also affect the IQ level of the son; Childhood illness and malnutrition can also lead to a decline in IQ. Therefore, in the process of parenting, parents need to pay attention to their sons' health and give them proper care and attention.

There is no absolute answer.

Although a son's IQ depends on factors such as the parents' genetics and environment, there is no absolute answer. Everyone is unique, and different individuals are influenced differently by their environment and genes. Therefore, parents should fully understand their own characteristics and those of their sons, pay attention to the intellectual development of their children, and carry out timely interventions that are beneficial to the ruler hole.

In conclusion, parents have a great influence on their son's level of intelligence. Both genetic and environmental factors can promote or hinder a child's intellectual development. However, parents can only do their best, not force.

Parents should provide a good environment and education for children's growth from a macro perspective, and at the same time, they should also pay attention to their physical and mental health from a micro perspective, and carry out timely and effective interventions to cultivate a generation of ambitious and high-quality sons.