Static Stretching
Static stretching involves a stretch that is held in a challenging yet safe position for certain time duration. Most often this duration is between 10 seconds to half minute.
Static stretching is quite common and helps a lot in general fitness. It is safe and quite effective at improving body flexibility.
Yet, many specialists consider static stretching a lot less beneficial compared to dynamic stretching to deliver a wide range of motion.
Passive Stretching
Passive stretching means you’re using some sort of outside assistance to help you achieve a stretch. You can use anything for support such as your body weight or stretching device. While passive stretching causes you to relax your muscles, you are stretching and relying on external forces that hold you in static.
Mostly you don’t need to work too hard when doing a passive stretch. Yet, there is the risk of external forces being more powerful than your flexibility.
Dynamic Stretching
For dynamic stretching, we conduct the stretches along a challenging and comfortable motion in repeat mode, mostly 10-15 times. While dynamic stretches call for thoughtful coordination compared to static stretching, it is becoming a favourite among physical trainers due to its ability at improving range of motion and joint mobility in athletic activities.
Kindly remember that a dynamic stretch is different from the old-fashioned ballistic stretch. A dynamic stretch is largely of a controlled and deliberate motion, compared to the ballistic stretch that does not require control and goes with erratic motion. While there are certain unique benefits compared to the ballistic stretch, the dynamic stretch needs the care of a professional.
Ballistic Stretching
While quite popular amongst advanced athletes, ballistic stretching is an amazing option with the average person as well. This is a stretch based on the bouncing capability of our body. The ballistic system stretches muscles far and fast. You can carry out many stretches as ballistic stretches. For instance, the ballistic method is there when you touch your toes and bounce toward your foot.
Ballistic stretching often gets confused with dynamic stretching. Although both the techniques engage physical movement at the stretch, they are different in function. During a dynamic stretch we don’t push our muscles beyond their average motion range. For instance, an arm circle.
Active Isolated Stretching
The theory behind active isolated stretching is that when a muscle gets stretched too far, or too quick, or for a very long duration, it delivers a protective reaction called the myotatic reflex. This makes the muscle recoil automatically to prevent the muscle from tears. It takes 3 seconds of a stretch to activate this mode.
Therefore, active isolated practices require the natural range of motion to be exceeded before the myotatic reflex is switched on. Once you have come back to the initial position, you could do 10 reps. The other factor behind active isolation is contraction of the antagonist muscles to make space for targeted muscles to relax. This also brings focus on the assisted aspect of active isolated stretches. Here the muscle is made to move through the last few degrees of motion by using an eight-foot rope which is wrapped on the foot as per the direction of the stretching.
Isometric Stretching
Isometric Stretching involves quite intense static positions instead of passive stretching. Here you need to contract the stretch in the muscle while an external resistance keeps your body static. It is a highly advanced form of stretching that adds to muscular energy. External resistance can come from a training partner or an independent trainer.
Stretching Exercises Help Increase Height
Our spine is made of 33 vertebrae. Each vertebra has a fluid filled intervertebral disc which is a cushion in a way. When these discs are compressed, the spaces become smaller. When discs expand, it makes you taller.
Something as simple is walking after waking up can cause a little bit compression in your spine. So, does being overweight and lifting heavy weights. People become short at day time and tall during sleeping. Gravity also causes compression in the long run.
Stretching Before Exercise
Under certain situations, stretching before exercise is not known to curb muscle soreness after exercise, or improve your performance. A pre-exercise stretch in some situations can hamper performance, such as sprint speed, in studies. The most likely reason is that holding the stretch tires out your muscles, especially when you overdo it.
You should warm up by doing dynamic stretches, which are like your workout but at a lower intensity. A good warm-up before a run could be a brisk walk, walking lunges, leg swings, high steps, or butt kicks. Start slowly, and gradually increase the intensity.