If you suffer from car sickness or other motion related nausea then a Reliefband could be something worth looking into.
Through scientific means, the Reliefband can effectively reduce nausea and general motion sickness symptoms.
Who Would Use A Reliefband?
Sometimes we need to travel, and those who don’t like traveling because of motion sickness may be forced to do so.
Whether that may be a pregnant woman trying to make it back to her home state, or an older parent pushing to make it to their child’s wedding.
If you suffer from motion sickness, then the Reliefband can do a really good job at helping these journeys be much more manageable when travel is unavoidable.
It doesn’t matter if you are on an airplane, a long car journey, or a train, the Reliefband can effectively halt the symptoms of motion sickness. Even chemotherapy patients may choose the Reliefband over pharmaceutical drugs.
Moreover, if you suffer from general nausea that is not motion related, a Reliefband can still help you out.
For a pregnant woman with morning sickness, for example, or a person suffering from food poisoning, the Reliefband can reduce symptoms of nausea across the board.
One interesting, specifically modern, use of the Reliefband is in the world of VR gaming.
VR gaming can induce a motion sickness related response in those who suffer from it, but with a Reliefband this can become much more manageable.
For something that doesn’t really impede on your life too greatly, but can really help a lot, then the Reliefband is worth investing in.
It can often be more effective than motion sickness medicine, which can have its own drawbacks.
For quick relief from nausea without the use of drugs consider the Reliefband.
How Does The Reliefband Work?
There are many motion sickness prevention treatments out there, similar to the Reliefband, that rely on acupuncture and acupressure to interrupt signals to your brain by targeting specific nerves.
This can change by brand, and which type of device you may be using such: a motion sickness neck brace as well as wristbands that target different nerves.
The device is first worn on the wrist, a small dimple pressures your vagus nerve and releases a specific pulse in a certain pattern.
The vagus nerve is one of the most complex nerves in your body that is responsible for the regulation of many internal organ activities such as digestion, heart rate, sneezing, swallowing, as well as vomiting and other reflexes.
In theory, through stimulating the vagus nerve the signals that would usually go between your gut and your dorsal vagal complex (your brain).
In other words your brain can’t communicate ‘I need to vomit’ to the relevant internal organs. The messages required within your central nervous system to vomit are essentially scrambled so it doesn’t happen.
In order to achieve this stimulation of the vagus nerve conductivity gel is often required to help protect the skin as well as increase success of stimulation through aiding conductivity of the skin.
The conductivity gel will certainly help the Reliefband work more effectively.
In addition, the Reliefband also uses different levels of conductivity to increase success of reducing nausea but also to make the user more comfortable.
Of the five different levels, a user is expected to keep the Reliefband on the highest one they can endure comfortably in order to increase the effectiveness of the Reliefband.
One tip for success is to change the wrist the Reliefband is on, a nerve can get used to the stimulation.
What’s more, is that one arm may have a more sensitive vagus nerve than the other, so keep the Reliefband on the wrist that is the most sensitive.
Where possible, consider re-applying the conductivity gel every 2-3 hours if you are on a longer flight, this can help the success of the Reliefband greatly.
Some chose to apply the gel to the skin twice before putting the Reliefband on.
How Effective Is The Reliefband?
One of the main concerns around the Reliefband’s effectiveness is to do with the placebo effect.
Many skeptics find that the Reliefband can potentially be a placebo effect and that it doesn’t stimulate the vagus nerve enough to be truly effective.
The fear is that the brain’s communication through nerves can be stronger or simply outweigh the effects of the Reliefband.
There are other factors that will affect the body’s nausea response which can occur in conjunction with stimulating the vagus nerve, especially when dealing with motion sickness.
Yet, certain studies such as Lee and Done (1999) suggest that non-pharmaceutical treatment of nausea with different forms of acupressure, nerve stimulation, etc., is more effective if not as effective as pharmaceutical treatments.
They included many double blind and placebo tests within this experiment also.
One point worth noting is that what Lee and Done also discovered was that the Reliefband works with most effect on chemotherapy patients.
This perhaps suggests that in cases of motion sickness that there can be factors that can still contribute to nausea symptoms, whereas in cases such as chemotherapy treatment the Reliefband can be more effective than medicine.
The bottom line is that the Reliefband can affect people differently.
As mentioned previously, the fact that the Reliefband is non-invasive and can provide an alternative to pharmaceutical treatment makes it worth trying – the science is certainly verifiable.
In conclusion the Reliefband is a great piece of tech, it is a non-invasive way to treat symptoms of nausea without requiring medicinal drugs.
In some situations, Reliefband can work better than others, but for those who have heavy nausea symptoms the Reliefband can effectively provide temporary relief.
The Reliefband works by stimulating your vagus nerve and effectively scrambling communication between gut reflexes and the brain, reducing the symptoms of nausea that can lead to vomiting.
With the Reliefband you can travel safely and comfortably as well as temporarily reducing your nausea symptoms as they come rather than taking invasive medicine unnecessarily.