Power Your Brain and Life By Managing Your Body Clock
Before humans created formal ways to keep time, we relied on our natural body clock located in the brain’s hypothalamus. Our internal clock is roughly a 24 hour cycle in humans, called the circadian rhythm, that guides our sleep and wakefulness, and is influenced by how the body reacts hormonally to light. Your internal body clock affects your mental and physical performance throughout the day. In order to create a healthy cognitive lifestyle, you need to manage and take advantage of your own natural body rhythms, here is why:
As you have probably experienced in your life, you need to maintain the proper balance of sleep and awake time to effectively keep your body clock in balance. Furthermore, according to Dr. Noboru Kobayashi’s summary of the article Rhythms of Mental Performance in the journal Mind, Brain, and Education, “mental performance is influenced by three factors that include sleep rhythm, time awake, and core body temperature.” Based on the article’s authors, people can take the following actions to control these three factors in their daily lives in order to promote good mental performance:
How you manage your internal body clock and rhythms impact your mental and physical performance throughout the day. We all have a natural day and night cycle. The goal is to first determine if your normal body clock has been disturbed and is out of balance. If not, you can then notice your different body rhythms day and night, and experiment with ways to work best within them. By doing so, you can take a step towards creating a healthy cognitive lifestyle.
Sources:
Complex Functions of the Central Nervous System, Sleep and Locomotion: Kenneth P. Wright, Jr., Joseph T. Hull, and Charles A. Czeisler, Relationship between alertness, performance, and body temperature in humans, Am J Physiol Regul Integr Comp Physiol December 1, 2002283:(6) R1370-R1377; published ahead of print August 15, 2002, doi:10.1152/ajpregu.00205.2002
Kobayashi, Noboru, M.D., Mental Performance and Circadian Rhythm, Child Research Net
Society for Neuroscience (2009, October 26). Disruption Of Circadian Rhythms Affects Both Brain And Body, Mouse Study Finds. ScienceDaily