The Processes by Which Genes and Environment Interact to Influence Development

"Gene" refers to a unit of genetic information consisting of DNA which is located on a chromosome and can exist in another form called allele (http://biology.about.com/library/glossary/bldefgenes.htm) Say. According to the "environment" of the fourth edition of the American traditional English dictionary: "[environment] is the general situation of the environment surrounding a living being or a group of organisms, especially the social and culture The complexity of community or community. "The impact of two major factors is that children grow into a detailed form with a specific form.

How this gene and environment influences child development In this article, we first introduce the influence of this relationship on historically ubiquitous genes and human development interacting with the environment. It provides a brief overview of genetic, evolutionary, genetic determinism, epigenetics, developmental plasticity theory, and "transaction" development model. - Development in early childhood begins with the absence of children until the child becomes an adult baby There are many important elements that can play an important role in childhood development. Many hormones exist in the body during the reproductive process of the body, and these hormones play an important role in enabling humans to grow normally. Spermatogenesis Spermatogenesis is a 65-75 day process in which human male anatomy produces sperm cells.

Interaction between genes and environmental factors that affect obesity and obesity of roles of obesity and type 2 diabetes plays a role in the development of obesity and its associated insulin resistance. However, the interaction with the environment can result in the onset of type 2 diabetes only if there are genes with abnormal beta cell function and genes for body obesity. Advances in technology and analytical methods have discovered genes associated with type 2 diabetes. PPARγ is initially identified gene 18 using the candidate gene approach. Since then the use of genome-wide association research (GWAS) has been used, and more than 50 loci are associated with type 2 diabetes 19. In addition, 53 sites were associated with glucose and insulin concentrations, 33 of which were associated with type 2 diabetes, but not necessarily related to fasting and 2 hour glucose 19, 20.