bobcat
Well-known Member
- Location
- Northern Calif
There are numerous environmental factors that shape and contribute to intelligence, such as education, nutrition, early stimulation, family environment, social interactions, access to resources, and mental health. However, there has been a significant link involving genetic factors that indicate the mother is more of a contributor than the father (Genetically anyway).
Several studies, including one from the University of Cambridge in 1984, show that intelligence-related genes are primarily inherited from mothers due to the presence of two X chromosomes. Additionally, maternal affection and support significantly contribute to a child's curiosity and problem-solving skills.
Women have two X chromosomes, while men only have one, which increases the likelihood of children inheriting intelligence-related genes from the mother. This study was one of the first to highlight this trend, and since then, other studies have supported the hypothesis. The scientific basis lies in the existence of “imprinted genes.” These genetic components, as described by biologists, behave differently depending on whether they originate from a male or female body.
The research team analyzed certain components, such as biochemical and genetic factors in the brain, and concluded that the mother’s genes provide much more information for the development of brain structures associated with thinking and mental operations in babies. In addition to genetics, the mother-child relationship also contributes to the development of intelligence: a child who receives affection and maternal support will have greater curiosity and problem-solving abilities.
Several studies, including one from the University of Cambridge in 1984, show that intelligence-related genes are primarily inherited from mothers due to the presence of two X chromosomes. Additionally, maternal affection and support significantly contribute to a child's curiosity and problem-solving skills.
Women have two X chromosomes, while men only have one, which increases the likelihood of children inheriting intelligence-related genes from the mother. This study was one of the first to highlight this trend, and since then, other studies have supported the hypothesis. The scientific basis lies in the existence of “imprinted genes.” These genetic components, as described by biologists, behave differently depending on whether they originate from a male or female body.
The research team analyzed certain components, such as biochemical and genetic factors in the brain, and concluded that the mother’s genes provide much more information for the development of brain structures associated with thinking and mental operations in babies. In addition to genetics, the mother-child relationship also contributes to the development of intelligence: a child who receives affection and maternal support will have greater curiosity and problem-solving abilities.