Supporting the neuronal brain network
Neurotrophic factors are partly responsible for nerve cells' survival, differentiation and degeneration. Researchers have observed changes in the brain about the control of finger motor skills during the learning process, for example, when intensively playing a new instrument such as the violin or piano. The brain's ability to restructure itself accompanies people throughout their lives. As a highly complex organ, the brain is the control centre of memory. Billions of nerve cells communicate with each other. New stimuli are created, for example, during learning, sports, and nutrition. New connections are formed between the nerve cells, which cause the neural network to change. It becomes more extensive and denser. Discover various activities and habits in sports and nutrition to promote neurogenesis.
