This raises the exciting possibility that changes in diet are a viable strategy for enhancing cognitive abilities, protecting the brain from damage and counteracting the effects of aging. This study was also conducted with children in Indonesia. Scientists are learning which omega-3 fatty acids seem to be especially important. DHA, which reduces oxidative stress and enhances synaptic plasticity and learning and memory, is the most abundant omega-3 fatty acid in cell membranes in the brain.
Entomol Exp Appl Sep 3; 9: Epub Sep 3. Performance and body composition of insect larvae depend on quality and quantity of their diet, and on biotic factors such as larval density. We investigated the effect of dietary nutrient concentration and larval rearing density on survival, development, growth, and protein and fat contents of larvae of the black soldier fly BSFL.
Neonate larvae were fed with a low NC1intermediate NC2or high nutrient concentration NC3and with four rearing densities 50, or larvae per container. Two feeding regimes FR were tested: FR1 resulted in food limitation, resulting in significantly lower body crude protein content on diet NC1 than on NC2 at larval densities and Larval crude fat content was higher on diets with higher nutrient concentration and at lower larval densities.
For FR2, development time was shorter on diets with higher nutrient concentration and at lower larval densities. Individual larval weight and total larval yield increased with higher nutrient concentration at all four larval densities.
At lower nutrient concentration, higher larval density resulted in higher individual larval weight and total larval yield, revealing an interaction between larval density and dietary quality. Larval crude protein content was higher at lower densities and lower nutrient concentration. Larval crude fat was higher at higher larval densities and nutrient concentrations.
This study indicates that larval protein content is regulated within narrow limits, whereas larval crude fat content is strongly affected by nutrient concentration and by larval density.Let your walk open your mind.
And another experiment looked at the way our walking impacts the state of our mind. In this experiment, one group of participants was trained to walk happily and lighthearted (e.g. with a straight back and elastic, light steps).
Diet, exercise and other aspects of our daily interaction with the environment have the potential to alter our brain health and mental function.
We now know that particular nutrients influence cognition by acting on molecular systems or cellular processes that are vital for maintaining cognitive function. What Lack of Sleep Does to Your Mind.
Sleepiness can damage your judgment, work performance, mood, and safety. But what about the reverse—a body-mind connection?
Can altering your physical state in some way affect your mental state? Accumulating research is revealing that body position, postures, gestures and facial expressions can indeed influence how you think, feel and even behave.
Performance and body composition of insect larvae depend on quality and quantity of their diet, and on biotic factors such as larval density. We investigated the effect of dietary nutrient concentration and larval rearing density on survival, development, growth, and protein and fat contents of larvae of the black soldier fly (BSF), L.
(Diptera: Stratiomyidae). The food we eat gives our bodies the "information" and materials they need to function properly. If we don't get the right information, our metabolic processes suffer and our health declines.
If we get too much food, or food that gives our bodies the wrong instructions, we can become overweight, undernourished, and at risk for the development of diseases and conditions, such as arthritis, diabetes, and heart .