Pain Management & Relief

Car Accident Injury Whiplash Facts

When it comes to research regarding whiplash, numerous articles have actually been published that appear to conflict or contradict each other. The goal of this post is to report the “realities” about whiplash.

Typically Whiplash Type injuries will emerge from any unexpected jarring, like a sports injury or slip and fall injury, they are most typically connected with car crashes, even those that happen at low speeds. To best understand how someone can end up being hurt in cases where little to no automobile damage has happened, we need to talk about elastic and plastic deformity, in addition to the various characteristics involved in Automobile crashes.

When you hear the term “plastic,” think breaking apart or crumbling up aluminum foil. In a car crash, squashing metal takes in energy. That’s an example of plastic defect. The greater the damage, the more energy is taken in by the actual crushing of metal structure and therefore LESS energy is distributed to the passengers and this holds true until a higher speed is reached.

In elastic deformity, little to no damage happens, and most, if not all, of the energy passes onward, because it is not absorbed. In the context of an automobile crash, a low-speed effect may not dent the bumper or damage the rear structure of the automobile, and the force of the wreck will advance to the contents of the car– that includes the driver and the other occupants!

According to mybesthealthcareplan.com, there are a number of variables that exist in auto accidents that can also impact the degree of injury, such as the size of the cars included, the angle of impact, the make of the car, the position of the headrest, the angle of the seat, and the car’s safety devices.

Normally, the whiplash incident will most certainly take place much faster than you can humanly brace for it, if you do see an approaching crash, you may have the ability to reduce your risk of injury by looking forward as opposed to having your head turned at the time of collision.

Please note that if you or a loved one have been involved in a vehicle crash it is common to have a lapse in the onset of whiplash symptoms and signs. Symptoms and signs may be delayed for up to approximately two hours after the initial injury or it might take days, weeks, or months before you feel any pain, symptoms or pain.

If your whiplash was triggered by a car or truck accident, the seriousness depends on the force of the wreck, the position/posture you were in your automobile at the time of the crash, and if you were appropriately restricted by wearing a shoulder and seat belt.

Scientific Testing proves that the soft tissues in your neck can truly sustain injury at 5 miles per hour. The idea if you’re rear-ended at 5 miles per hour or slower, then you have a lower possibility of suffering whiplash, is simply not true. Nevertheless, most rear-end vehicle collisions happen at speeds of between 6-12 miles per hour.

If you have actually been in a car or truck accident, it’s a great idea to be assessed even if your automobile didn’t have any damage and you do not feel any discomfort or pain.
Although whiplash is frequently associated with automobile collisions, you can also get whiplash from sports such as skiing, snowboarding, football, boxing, soccer, and even gymnastics.

The principle that if there is no visible damage to your vehicle that in turn indicates there is no injury to the driver and/or occupants is COMPLETELY false. Today cars are manufactured and built with safety features to withstand the force of collisions as much as 10 mph and as explained above. In accidents of less than 5 miles per hour the idea that you are less likely to be hurt is not a 100 % true fact. Crashes that occur in between 6 to 12 mph cause the highest percentage of whiplash injuries. FACT- the traumatic energy of the impact is always passed to the passengers and driver inside the car when there is no car damage. Here is another weird fact whenever you are the driver of the car or truck that is hit from behind 100% of the time your foot comes off the brake pedal!

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