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Can your standing posture affect your sleep?

 Have you ever wondered why some people can never find a comfortable position at bedtime while others seem to be able to fall asleep over a bag of rocks? Some think it has to do with age, others with mattress quality, and some think a complicated 7-pillow arrangement is necessary in order to find any sleep at all. But what if the answer to long, restful sleep lay in your capacity to keep a better posture during waking hours? Little is said about the connection between a painful posture and a bad night of sleep, but it might just be the key to unlocking true regenerative sleep.

Postural Biomechanics and Sleep

 Biomechanics refers to the way the body interacts with its environment through movement, whether you’re running, sitting on a couch, swimming in the pool, or lying in bed, your mechanics remain the same. Optimal biomechanics helps us remain pain-free and functioning with little to no joint friction throughout the day, while suboptimal biomechanics will lead to pain that, if not treated, will accumulate and eventually create maladaptation in the body. This pain will become a constant source of stress for our body and, when compounded with the stress of modern life, leaves us in a constant state of alert that makes it difficult to rest properly or even fall asleep at all. A way this might happen is by excessive ribcage compression inhibiting diaphragm function, causing too much pressure to be shifted to the lower abdomen and thus, over time, producing an overly extended lumbar area or lumbar lordosis.

How does it work?

Unlike traditional approaches that focus on managing symptoms with sleep-tracking devices or relaxation techniques, Functional Patterns takes a first-principles approach to address the system as a whole, improving sleep in the process. Here’s how:

  • Correcting Posture and Alignment: Our training focuses on joint stacking to set the body to its neutral state. For example, improving core engagement and spinal alignment can reduce lower back pain, a common culprit in sleep disturbances. By ensuring the spine maintains an optimal curvature during waking hours, the body will sit in a more neutral state, thus reducing joint friction and general pain.
  • Improving Breathing Patterns: Proper breathing mechanics greatly improve sleep quality. Working on the diaphragm to be more conducive to proper spinal alignment works not only for pain elimination but also as a nervous system regulation tool during sleep.
  • Reducing Stress Through Movement: Biomechanical optimization also mitigates stress, which is closely linked to sleep quality. Mechanotransduction, the conversion of mechanical input into hormonal signaling, plays an important role in regulating the body’s stress response. By optimizing mechanotransduction through proper movement, individuals become more resilient to stress, reducing anxiety that might otherwise keep them awake.

Practical Steps to Improve Sleep Through Biomechanics

To enhance sleep quality through biomechanics, consider the following steps:

  • Engage in Functional Movement Training: Enhancing gait by using a biomechanics-first approach will be the main factor in improving not only the stress response but also any pain that might prevent deep sleep.
  • Align with Natural Rhythms: Combine biomechanical improvements with lifestyle changes like maintaining a consistent sleep schedule and getting sunlight exposure to support circadian rhythm alignment.
  • Avoid inflammatory eating patterns: Overeating at nighttime will make it more difficult to get proper rest during sleep. Also, the consumption of inflammatory foods will increase pain in pain-affected areas, thus making it more difficult to fall asleep.
  • MFR for relaxation: Myofascial release, or MFR, can promote tissue rehydration, which can alleviate pain in certain trigger points that would make it difficult to fall asleep. It also integrates seamlessly into a larger biomechanics-based practice, unlike stretching.

Conclusion

 Sleep issues are often more than just a matter of stress or poor sleep hygiene; they can stem from biomechanical inefficiencies that disrupt comfort and function during rest. We offer a holistic solution by addressing the root cause of these issues through training rooted in human biology. By prioritizing biomechanics, individuals can achieve deeper, more restorative sleep, leading to better physical and mental health. Addressing the system as a whole achieves a permanent solution, unlike the temporary pain relief that managing symptoms offers.