Sleep is not just something we do for enjoyment. It’s no secret that it’s a vital part of our physical and mental health. When we get a good night’s rest, our body works hard to eliminate toxins that accumulate in our waking hours. It slows down its other processes and focuses on restoring our cells and tissues. Without getting some restful shut-eye, we deny our bodies the opportunity to repair themselves.
Not getting enough sleep can lead to numerous problems, such as increased risks of diabetes, heart disease, high blood pressure, neurodegenerative diseases, stroke, or mental health conditions. Moreover, it affects the activity of our genes, particularly those associated with biological aging.
What Causes Biological Aging?
Many factors contribute to biological aging, but one of the main aspects that drive the process is telomere length. Telomeres are DNA bundles that act as a protective cap to our chromosomes, which are long strands of genetic material that help our cells replicate correctly.
Telomeres help prevent genetic material from being damaged when cells divide and replicate. These protective DNA caps shorten as cells divide. When they become too short, our cells age and lose their ability to make copies of themselves. As a result, our bodies undergo a biological aging process. Shorter telomeres increase our risk for many diseases, ranging from diabetes to cardiovascular disease and even cancer.
Although telomeres naturally shorten as we age, various factors affect the shortening process. These include physical activity, stress, obesity, poor diets, and some lifestyle habits like smoking. Another critical factor that affects these protective DNA structures is sleep.
The Link between Sleep, Telomeres, and Aging
The amount of sleep we get has a significant effect on telomere length. Generally speaking, longer durations of rest helps preserve these protective DNA caps. In one 2019 study involving postmenopausal women, researchers found that, on average, the participants who had fewer than seven hours of shut-eye had telomere lengths comparable to those two years older.
Aside from shorter sleep duration, other factors like poor rest quality, sleep disorders (such as obstructive sleep apnea) and delayed circadian rhythms also contribute to shorter telomeres. These conditions ultimately speed up the biological aging process.
How to Delay the Aging Process
Mitigating the factors contributing to telomere shortening is one of the most effective ways to protect the bodies’ cells and slow down the biological aging process. Getting around seven to nine hours of sleep every night and ensuring quality rest are some essential ways to preserve your cells.
It’s also worth considering following proper sleep hygiene to ensure better rest. Limiting caffeine intake, making the bedroom as comfortable as possible, reducing screen time at night, and making bedtime consistent can promote better health. If you have any conditions that may affect your shut-eye, consider visiting a sleep clinic.
Visit a Sleep Clinic in North Vancouver, Surrey, or the Vancouver Island
Sleep plays an essential role in our health and well-being. It helps protect telomeres, the DNA structures that keep our cells young, functional, and able to replenish themselves. Not getting enough rest can damage these compounds and can lead to signs of biological aging.
Seeking help for sleep problems is one of the best ways to keep the body healthy at a cellular level. If you’re looking for a sleep clinic in North Vancouver, Surrey or Vancouver Island, Sleep Better Live Better is here for you. Our professionals can provide practical solutions to your issues and will ensure that you get better rest. Invest in your health—book a consultation today!