Hiccups are usually unexpected. Often persists quite stubbornly. The following tips can help to get rid of it quickly. But watch out! Hiccups are not always harmless .
Hiccups are usually unexpected. Often persists quite stubbornly. The following tips can help to get rid of it quickly. But watch out! Hiccups are not always harmless .
Many tricks and remedies usually aim to stimulate the nasopharynx or vagus nerve. The vagus nerve is responsible for motor control in the larynx. Throat as well as in the esophagus responsible. Tuning this area should interrupt the reflex of spasmodic contraction.
Methods that distract from the Hiccup attack and are calming have also been shown to be effective.
Probably the best-known trick when it comes to getting rid of hiccups is to startle yourself.
Even if there is no consensus on whether the method really works, it is definitely worth a try.
This is because the jerky inhalation during startling stimulates the diaphragm. This may help to relieve the spasm.
You can try to get rid of the hiccups by holding your breath for ten seconds. It is also said to help to hold your breath and swallow the moment you feel the next hiccup coming.
Cold compresses on the face send direct signals to the vagus nerve, which may also have a calming effect on the diaphragm.
Ice cubes on the larynx are also said to be an effective method against hiccups.
A few sips can help against the annoying hiccups with a little luck. Another tip to help: drink over the head.
Calm breathing in and out also has a calming effect on the diaphragm. Furthermore, concentrated breathing distracts from hiccups. This stress reduction can work wonders. To make the hiccups disappear.
Vocalization of this nerve occurs in several tips. Distraction may also possibly help to defeat the hiccups. This can be reached either by sucking candy, but also pulling on the tongue can soothe the irritated nerve.
While you breathe into a bag, it gradually fills with air rich in carbon dioxide.
When this air returns to the lungs, the concentration of carbon dioxide in the blood increases. This information is transmitted to the brain, which calms and relaxes the vagus nerve.
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