Cart (0)

Your Cart is Empty

90 Day Money Back Guarantee

Does Being More Flexible Help You Live Longer?

Does Being More Flexible Help You Live Longer?

Staying limber could do more than just loosen your muscles; it could also prolong your life. Recent research suggests that reduced flexibility is linked to a higher risk of death among middle-aged adults. The research sought to determine if qualities like flexibility could impact lifespan in ways similar to other health factors.

Movement is crucial for maintaining good health, boosting cardiovascular function, decreasing the risk of type 2 diabetes, and enhancing mental health. Although studies have confirmed that cardiovascular and strength-training exercises can extend lifespan, the impact of flexibility has not been thoroughly explored. This oversight led to the current study's focus on investigating flexibility's potential impact on lifespan.

In this research, the term "flexibility" is used to describe the ease with which joints can move through their full range of motion. Maintaining good flexibility throughout the body is crucial for preventing or minimizing pain in various areas of the body. Flexibility typically mirrors a person's general physical health and fitness level. While lack of flexibility isn't a direct cause of death, it may point to larger health issues like chronic diseases, inactive lifestyles, inflammation, pain, and psychological stress.

The researchers analyzed data from about 3,000 individuals to explore how flexibility affects lifespan. They focused on participants aged 28 and older, monitoring them for an average of 13 years. Upon examining the data, the researchers discovered that individuals with higher flexibility levels demonstrated improved survival rates from natural causes of death. The analysis also revealed that women scored 35% higher in flexibility compared to men. In summary, the data indicated a link between higher flexibility scores and better mortality outcomes for both genders.

Increased flexibility can aid in injury prevention and facilitate movements crucial for daily health. Regular activities such as climbing stairs or lifting objects from the ground enhance joint flexibility and lower the risk of developing degenerative joint diseases.

The study emphasizes that middle-aged individuals should adopt a daily stretching routine to maintain their flexibility. This practice can make daily activities more manageable, prevent injuries, and contribute to joint health and help alleviate stiffness.

To view the original scientific study click below:
Reduced Body Flexibility is Associated with Poor Survival in Middle-aged Men and Women: A Prospective Cohort Study



Also in Articles

Early Morning Breakfasts Tied to Greater Longevity
Early Morning Breakfasts Tied to Greater Longevity

A recent study indicates a link between the timing of breakfast and longevity in older adults. Researchers found that older adults who regularly ate an early breakfast during the study had a reduced risk of mortality over approximately 20 years compared to those who gradually shifted their morning meal to later times.

Read More
Hidden Body Fat Accelerates Heart Ageing
Hidden Body Fat Accelerates Heart Ageing

A recent study cautions that excessive visceral fat, which accumulates deep in the abdomen and encases vital organs, may hasten the aging of the heart and blood vessels. In contrast to subcutaneous fat, which lies just under the skin, visceral fat presents greater health dangers because of its close proximity to vital internal organs.

Read More
Short Bursts of Energy Can Accelerate Metabolism
Short Bursts of Energy Can Accelerate Metabolism

High-intensity interval training, which alternates short bursts of vigorous exercise with moderate activity, is well-known among athletes and trainers for its benefits. It entails switching between brief bouts of high-intensity activity and short recovery periods. This exercise approach can elevate metabolic rate for hours post-workout, resulting in enhanced calorie burn even during rest.

Read More

Stem Cell and Anti-Aging Breakthroughs