Does breastfeeding inherit the mother s genes?

No. The gene can only be obtained when the sperm and egg are combined and fertilized, that is, by the time the fetus is formed, he has already received the mother's gene.

Breastfeeding, other behaviors will not lead to genes, but it is necessary to note that some diseases transmitted through body fluids, such as AIDS, may be transmitted to children through breast milk.

Heredity has nothing to do with eating.

No. Breast milk is just a nourishment.

Whether you eat breast milk or not, you will inherit your mother's genes.

Yes, I am, generally speaking, the first-born girl will inherit more from her father, I will inherit my father, with thick eyebrows and big eyes, that is, there will be more hair, and the male hormones will be more vigorous

Both daughters and sons each inherit half of the chromosomes from their parents, which is theoretically equal. So why are some people more like dad and some more like mom? This is because depending on the parents whose apparent genes are dominant, they all say that the daughter is the lover of the father in the last life, so the daughter is closer to the father, which has nothing to do with heredity.

Personality is only inherited to about 30%.

Thank you, my daughter doesn't inherit her father, so is it sure it's his father? Each child's genes are provided by half of the father and half of the mother, but it is impossible to say what it is expressed, after all, science is not so thoroughly studied, and what it will look like in the end depends on fate, hahaha.

Of course, it is, it's just a matter of how much it's genetic.

Hello, I have seen your question, I am sorting out the answer, please wait a while [heart] Hello dear, I am honored to answer for you: according to genetics, it is all the same. The inheritance of genes is ** the 23 chromosomes of the father and the 23 chromosomes of the mother, which is half of the parents, but the inheritance of the genes is random.

So a daughter may have some characteristics like her father, some characteristics like her mother, or most of the characteristics are biased towards one of the parents.

Therefore, it is recommended that both parents should carry out genetic screening in advance when conceiving offspring, which can avoid genetic defects in offspring to a certain extent. In daily life, you can maintain healthy living habits and eating habits, such as doing moderate physical exercise, going to bed early and getting up early, eating a balanced diet, etc., try to avoid overeating, alcoholism, smoking and other bad habits, help maintain good health, and can also prevent genetic defects in germ cells to a certain extent, affecting the next generation.

Girls inherit their mother's genes and heredity, and daddy's genes are equally much, not more than their mother's genes.

I think in real life, a class of boys inherit their mother's genes, more girls inherit their mother's genes, and more father's genes, but there are also special circumstances, and there are also more inherited mother's genes.

Girls can inherit their mother's 55 to 60 genes, which is generally the case, but each individual has its own peculiarities, so this statement may not be 100% correct.

Generally speaking, girls inherit more genes from their fathers. Boys inherit more genes from their mothers, so many of them are that girls will be born more and more like their fathers, and boys will grow more and more like their mothers, and there is a character girl who will inherit her father's character.

From a biological point of view, only girls can carry on their ancestry.

Mitochondrial DNA survives much longer than DNA and is inherited from the mother, making it ideal for confirming family relationships.

"Mitochondrial DNA" is a genetic gene that is passed down only through the maternal line, and men can inherit "mitochondrial DNA" from their mothers, but cannot pass it on to their offspring. In other words, if a woman gives birth to all sons, her "mitochondrial DNA" genetic chain will be terminated. Sigkis, a professor of human genetics at the University of Oxford in the United Kingdom, said that "mitochondrial DNA" is generally difficult to change, and it takes an average of 20,000 years for "mitochondrial DNA" to undergo small mutations.

"Most modern Europeans have seven types of 'mitochondrial DNA,' just like blood type," he said. We believe that every person with the same 'mitochondrial DNA' is the offspring of the same woman tens of thousands of years ago. ”

Girls will inherit more genes from their fathers, and some will inherit fewer genes from their mothers.

Girls are generally inherited, and fathers have more genes. Especially the appearance, appearance, and personality will basically inherit a little more from my father.

If you give birth to a daughter. If you give birth to a daughter, in general. What he inherited from his parents was split in half. The probabilities are all the same, but. Some may be appearances, and some may be personalities.

This kind of thing is not absolute, and the genes inherited by the child are not necessarily the genes inherited from the mother.

And there are many genes of inherited mothers, well, this is not absolute, some children have more genes of their fathers in their lives, and some are inherited from their mothers.

From the point of view of genetics and cytology, theoretically, children inherit more from their mothers, and the genetic material of the fertilized egg is not only accidental in the nucleus, but also a small amount of genetic material in the cytoplasm, and the genetic material in these cytoplasms is provided by the egg cells provided by the mother. So theoretically, the genetic material the mother gives more.

In genetics, the genes of the war mother are only 30% 40. The operation of the father is still relatively large, so the girl's general appearance and personality are many with the father, and the girl is the father's little padded jacket.

Shouldn't I inherit more of my father's genes, anyway, my daughter Yes, few people say that they miss me, exactly the same as her father when he was a child, even the tongue is exactly the same, and I am different.

Girls will inherit more from their fathers, that is, boys will inherit more from their mothers, and it is generally the IQ of girls who inherit their fathers. If the boy is going to inherit more from the mother.

Do I come to girls to inherit more genes from their mothers?

I think there are a lot of girls, but there are also some girls whose mothers don't inherit a lot of genes, but their fathers inherit a lot.

Not necessarily, biologically the genetics are half of mom and half of dad. The day after tomorrow, depending on who the main caregiver is, the child's personality and behavior may be a little more like it.

Is there more genes in a genetically based mother? This is not necessarily, as a matter of course, I think you have more genes like your father anyway, because you can say something, and that special gene can only be inherited from your father.

It depends on who is more powerful in the genes between the husband and wife, and whoever has the stronger genes will inherit a little more. Of course, most of them are half of each parent, and there are also intergenerational inheritances.

I think there is a correlation between a child's academic performance and genetics, but it is not the only determinant. Academic performance is a complex outcome that involves a combination of factors.

First of all, genes can affect a child's intelligence and cognitive abilities to a certain extent. Some studies suggest that certain genetic variants may be associated with intelligence and learning ability. These genes may affect the structure and function of the brain, which can have an impact on the learning process.

However, genes are not the only factors that determine intelligence and learning ability, the environment and education also play an important role.

Environmental factors play a crucial role in a child's academic performance. A good learning environment includes the family's educational background, parent-child relationship, accessibility of educational resources, and the quality of teaching in the school. These factors can affect a child's motivation, interest and attitude, which can have a positive or negative impact on academic performance.

In addition to genetic and environmental factors, an individual's efforts and learning methods are also important factors in determining academic performance. Even if a child has good genes and a superior environment, it is difficult for a child to achieve good grades if he does not put in enough effort and does not adopt appropriate learning methods. Therefore, developing good study habits and a positive attitude towards learning is equally crucial for a child's academic performance.

Overall, a child's academic performance is influenced by a combination of genetics, environment, and individual effort. Genes may influence intelligence and learning ability to some extent, but environmental factors are just as important as individual effort. Families and educational institutions should provide a good learning environment and educational resources to cultivate children's learning motivation and good study habits to promote their better academic performance.

Triplet sisters, in the college entrance examination have achieved good results in the news has attracted a lot of attention and also caused related discussions, whether the child's academic performance is related to genes, this issue needs to be combined with the relevant situation for a comprehensive analysis, specifically including congenital factors for the child's learning, academic performance has a very important impact, acquired efforts for the child's academic performance is equally important, and hard work to play the silver Fu Heng specialty, in order to really achieve ideal results, these three aspects.

First, innate factors have a very important impact on a child's academic performance. For a child. Congenital factors have a very important impact on their academic performance, some children are born very smart, good memory, strong comprehension, under the same conditions, these children's academic performance will definitely be more excellent, and genes are a very important one of the congenital factors, so genes, for children's learning, their grades must have a very big relationship.

Second, acquired effort is equally important for a child's academic performance. Although the innate factors have a great impact on a child's academic performance, the acquired factors are equally important, specifically in real life, only those children who are really able to work hard can achieve good results. And those children who are congenitally good, but do not study hard, can not be sure of good grades, this is the best proof that the acquired factors have an important impact on children's grades.

Third, work hard to learn and give full play to your own strengths, so that you can really do the right thing and achieve ideal results. For a child to achieve good grades, many conditions must be met. Broadly speaking, these conditions are divided into two aspects.

One is that the child must have good congenital conditions and good genes, and the second is that the child must have a good attitude of studying hard and be able to study hard.

Maternal influence is controlled by nuclear genes, and nuclear gene products accumulate in female gametes, so that the traits of offspring are manifested as maternal influences, such as the rotation direction of the shell of the cone-solid snail is controlled by nuclear genes.

Matrilineal inheritance is caused by genes located in the cytoplasm. Male gametes do not have cytoplasm, only female gametes have, male and female gametes combine to produce offspring, cytoplasm is from the maternal parents, so cytoplasmic genes (such as mitochondrial and chloroplast genes, are present in the maternal parents) control traits always come from his mother, which is called maternal inheritance.

So, the difference between them is that the genes are located in different parts, one from the nuclear gene and the other from the cytoplasmic gene.

The similarity is that the offspring are similar to the mother's.

Different maternal effects mean that the phenotype of a trait in offspring is determined by the nuclear genotype of the mother, and is not governed by the genotype itself.

Maternal inheritance refers to inherited phenomena controlled by extranuclear chromosomes.