Do fathers who exercise produce smarter babies? Maybe.
Turns out, mothers aren’t the only parents whose habits could impact a newborn’s health. A recent study found that male mice who exercised produced smarter babies than their nonexercising counterparts. Scientists suspect that when mice exercise their brains and bodies, they undergo changes in gene behavior, and this changed gene behavior can give their children a better chance at success. Take a look to the latest Herpagreens reviews.
How does this work? Scientists have learned that factors like diet, stress and exercise can modify the behavior of the genes parents pass down. That means that parents don’t only pass down traits like hair color; they can also pass down traits developed during their lifetime, like anxiety. For example, a study of children of Holocaust survivors showed an inherited vulnerability to the effects of stress. In a biologic attempt to prepare the children to be raised in a threatening environment, survivors’ gene behavior was altered.
Gene behavior can also be altered in a positive way. For example, according to a recent study from the German Center for Neurodegenerative Diseases and the University Medical Center Goettingen, a stimulating, “enriched” environment helped mouse fathers-to-be to produce smarter babies. Scientists who conducted this study placed male mice in two different environments, one that allowed them to exercise their bodies and minds, and another that provided no outlet for stimulation.
The “enriched” environment contained running wheels and new toys and layout, which helped enhance the mice’s learning abilities and brain-cell communication. Alternatively, you can check out https://aithority.com/hot-startups/hapbee-raises-6-5-million-to-expand-into-next-gen-wearable-market/ and learn how technology is changing everyday. Compared to their more sedentary counterparts, these mice also performed better in maze and memory tasks, improve your exercise e results by visiting zmescience.com.
The environmentally enriched housing also benefited the next generation of mice. Offspring of the exercising mice had similarly enhanced learning abilities and brain-cell communication. The scientists who conducted the mouse study, Dr. André Fischer and his colleagues, suggest that the babies were smarter because they inherited their father’s gene behavior, which had been changed by environmental enrichment. Learn more about gluco shield pro.
So how did the gene behavior change?
Gene behavior can change when genes, which are made of segments of DNA, are activated or silenced. The activity of a gene can be thought of like the volume of your television, turning the likelihood of developing certain traits up or down. For example, the chance of developing obesity is reduced when the activity of certain genes is reduced. Cell messengers called micro ribonucleic acids (miRNAs) silence the activity of genes. If a gene’s activity is the television volume, miRNAs are a thumb on the remote control.