PNF Stretching
PNF stretching, or proprioceptive neuromuscular facilitation, is one of our favorite stretch techniques to use, largely because of how much it benefits your range of motion and muscle elasticity.
What are the Benefits of PNF Stretching?
PNF Stretching is a type of focused, deep stretching that focuses on the contraction and stretching of muscles. It was originally developed as an exercise to help treat neuromuscular conditions like polio and multiple sclerosis during the 1940s, but has since gained popularity with physical therapists and athletes due to its many benefits:
Strengthens Range of Motion
Athletes and anyone recovering from an injury love PNF stretching for a reason: many studies have shown that it’s one of the most effective stretching techniques for improving range of motion (ROM). During PNF stretching, a muscle is repeatedly contracted and relaxed, which triggers the Golgi tendon reflex numerous times. These repeated motions help expand the range of motion of the targeted body part.
Improves Muscular Strength
After a tough workout, your muscles undergo microscopic damage, which causes muscle soreness, or Delayed Onset Muscle Soreness (DOMS). PNF stretching can help you prevent knots and realign muscle fibers and connective tissue so you’ll not only experience stronger muscles, but you’ll experience less severe DOMS after a workout.
Reduces Risk of Injury
PNF stretching is a staple in so many people’s exercise regimen because of how much it strengthens joint stability and flexibility–both of which are instrumental to reducing the risk of bodily injury.
PNF stretching has been found to increase ROM in trained, as well as untrained, individuals. Effects can last 90 minutes or more after the stretching has been completed.
PNF Stretching FAQs
An expert in PNF Stretching can apply resistance during muscle contractions and guide you into a more extended position during the relaxation phase, helping you achieve a deeper stretch. PNF (Proprioceptive Neuromuscular Facilitation) stretching is particularly effective in addressing tight muscles through its unique approach of incorporating muscle contractions and relaxations. The initial contraction of the muscle helps to activate the Golgi tendon organ, which is a sensory receptor located in the tendon. This activation can lead to an inhibitory reflex, causing the muscle to relax more deeply. By increasing the intensity of the stretch through the contraction-relaxation cycles, you will gain a greater increase in the range of motion compared to traditional static stretching. Furthermore, PNF stretching targets the neuromuscular system, which can lead to adaptations that contribute to improved muscle flexibility and reduced muscle tightness over time.