Trying to Get Rid of Tinnitus? General Fuzz Might Work for You
Having a constant buzzing sound in the ear can be quite irritating. But it’s unbearable if it happens all the time. That’s the suffering that people with tinnitus have to go through. If you’re suffering from it, then you’d want to explore every treatment option.
But the treatment of tinnitus is easier said than done. There’s no one magical cure for this condition. So, scientists have developed many approaches to fighting this condition. One of them is Acoustic Coordinated Reset Neuromodulation.
Many apps use this technology to treat tinnitus. General fuzz tinnitus is a popular one among them.
Table of Content
- 1 General Fuzz Tinnitus, What’s the Story?
- 2 What Is Tinnitus?
- 3 What Really Causes Tinnitus?
- 4 What Can General Fuzz Do Here?
- 5 Will General Fuzz Work for You?
- 6 Other Treatments for Tinnitus
- 7 Conclusion
- 8 FAQs
General Fuzz Tinnitus, What’s the Story?
General Fuzz is a website that offers treatment for tinnitus. The site was created by a musician who goes by the name, General Fuzz. This site uses Acoustic Coordinated Reset Neuromodulation technology. This technique is similar to the Desyncra method.
Desync is a famous German Medical company. They have a protocol for treating tinnitus using ACRN technology. But it is quite expensive. General Fuzz, however, is completely free.
So, how does this therapy work? And will it work in all cases? For that, we’ll need to look at why tinnitus occurs and more. So, let’s dig a bit deeper.
What Is Tinnitus?
In common terms, tinnitus is a constant buzzing or ringing sound. But the proper medical definition is, perceiving sound when there is no external source of the sound. It can be in both or on one ear.
Tinnitus is a very common problem. Almost 30% of the adult US population suffers from this. The ringing sound can be present all the time. But in some cases, it may come and go. In general, patients hear this sound more in a quiet environment.
Now, let’s take a look at the types of tinnitus. This will be important because treatment options vary among the types. Tinnitus is of two types.
Here, there’s no source of the sound. Even with highly sensitive machines, researchers couldn’t find any source of the sound. This type of tinnitus is more common. The problem can be in the brain or in the nerves transmitting sound signals.
In this case, there is a source of sound. That is, the sound has real existence, it’s not just in the head. In this case, the problem is in the middle ear cavity.
What Really Causes Tinnitus?
Tinnitus can occur in various ways. A variety of medical conditions can cause tinnitus. So, the mechanism in which they cause tinnitus is different too.
However, all of these conditions affect the sound perception system of your body. Hearing a sound is a lot more complicated than you think. Your ears, nerves, and brain have to work together to do this.
Your ear has three parts. The outermost part is the external ear. This is the part of the ear you can see from the outside. The eardrum is located at the end of the ear.
Sound waves vibrate the eardrums. Next to the eardrums is the middle ear cavity. There are small bones and muscles in there. The eardrums transmit the sound to these bones. These bones amplify the sound by several times so you can hear better.
And finally, next to the middle ear is the external ear. This part of the ear has a snell-shaped organ called the cochlea. The cochlea contains a fluid called endolymph. Many cells hair cells are present which have hair-like projections into the endolymph.
The sound from the middle ear vibrates the fluid. The hair cells can pick up this vibration. Then they convert this into nerve signals. This signal is carried to the brain by the auditory nerves. Specific locations of the brain can interpret these signals.
So, how does this play into tinnitus? You see, any abnormality in this pathway can possibly cause tinnitus.
Ear wax buildup in the external ear can cause tinnitus sometimes. Again, if there’s an infection in the middle ear cavity, the same might happen. There’s inflammatory fluid build-up during infection. That is the cause of tinnitus.
Tinnitus can also show up if there’s an injury to the brain or to the nerves. So, tinnitus is a possible symptom that indicates abnormalities in the hearing system. The most common cause of tinnitus is loud sounds. However, there are other causes like:
- Ear canal blockage
- Meniere’s disease
- Trauma and injury
- Aging process
- Acoustic neuroma
If you’re exposed to too much loud sound, then the hair cells can be damaged. This can make them generate a constant signal. Your brain perceives this as tinnitus.
Initially, this damage is only in the hair cells and sometimes in the nerve cells. However, in most types of tinnitus, researchers think that the damage can lead to changes in the brain. These changes are visible in various imaging studies.
What happens is that your brain fires signals which make you feel like you’re hearing that ringing sound.
What Can General Fuzz Do Here?
This is where General Fuzz uses ACRN for tinnitus. You see, the abnormal brain waves are in synchrony. This synchrony is what makes you feel the abnormal sound.
Acoustic Coordinated Reset Neuromodulation
Acoustic Coordinated Reset uses a technique to desynchronize these sound waves. If that wave got synchronous, the connection between the neurons would’ve become stronger. And that would’ve made your tinnitus far worse.
However, ACRN prevents that. In fact, it has the opposite effect. It interrupts and desynchronizes these waves. This can make your brain forget the tinnitus-like sound. So, the changes which occurred making the brain perceive the sound actually goes away.
ACRN uses sound waves to do the desynchronization. The audio processing part of the brain is called the auditory cortex. In subjective tinnitus, parts of the auditory cortex fire abnormally which makes you perceive tinnitus.
It is possible to figure out which areas are abnormal by brain wave study. And particular sound frequencies can generate particular brain waves in the auditory cortex. So, by using frequencies around tinnitus frequency, it is possible to disrupt those tinnitus synchronous waves. This is how ACRN can perform a ‘coordinated reset’ of the tinnitus foci of the auditory cortex.
This is how ACRN can make the tinnitus sound less in your brain. It reduces the loudness and the discomfort that tinnitus causes. However, it may not make your tinnitus go away completely.
This therapy doesn’t provide a cure immediately. Rather, you’ll have to keep at it for some time before you can see progress. The number of sessions in a day also decreases as your tinnitus becomes less problematic.
Will General Fuzz Work for You?
That all seemed very promising. But yet, very little is known about this therapy. So, there is every possibility that it might not even work for you. In some rare cases, this therapy even made some patients’ tinnitus even worse.
Other Treatments for Tinnitus
The sure way to cure tinnitus is to fix the underlying problem. But in the case of tinnitus, it’s not always possible. Because in many cases, it is not possible to pinpoint exactly what caused it. And in many cases, the damage is irreversible.
So, researchers have looked into various ways to lessen the impact of tinnitus. The method we talked about, ACRN, is relatively new in the treatment of tinnitus. Some of the other techniques are discussed below.
This is more of a psychiatric approach to tinnitus. Here, the therapist tries to reduce the stress and anxiety of tinnitus. The main goal of this therapy is so that the patient accepts tinnitus as a part of their life. This removes most of the negative effects which tinnitus has on the patient’s life.
Various types of sound therapies exist. Some of them try to mask the sound of tinnitus. Other therapies include using specific sound waves to make up for a person’s hearing loss. Another technique is notch sound therapy.
This therapy amplifies specific sound frequencies. And through that, they make the brain completely ignore the tinnitus noise.
A promising type of therapy is tinnitus retraining therapy. In this therapy, the patient is habituated to the sound of tinnitus.
We have background noise all the time. But our brains are programmed to ignore them. Tinnitus retraining therapy tries to train your brain to drown out the tinnitus noise in a similar way.
Medical science still hasn’t found an absolute cure for tinnitus. This condition still causes discomfort to many. If you’re suffering from tinnitus, then you know the suffering firsthand.
But there are several viable options to reduce the annoying tinnitus. General Fuzz tinnitus is one of them. By using ACRN technology, has provided relief to many tinnitus sufferers. By consulting with your doctor, you can give this a go. This might ease your life a little more.
Can hair dryers cause tinnitus?
If you use your hair dryers in moderate amounts, then no, it won’t cause tinnitus. However, prolonged use of hair dryers can cause progressive hearing loss. And hearing loss is associated with tinnitus.
Does mold cause tinnitus?
Mold can’t directly cause tinnitus. However, mold can cause infection. And sometimes, ear canal infections, especially in the middle ear, can lead to tinnitus.
Why have I suddenly got tinnitus?
If you’ve been exposed to loud sounds recently, then that can be the cause of tinnitus. A change in medication, infection, head injury, etc. can all cause sudden tinnitus.
What is Acoustic Coordinated Reset neuromodulation?
Acoustic Coodridinated Reset neuromodulation is a sound-based therapy to treat diseases. This uses particular sound frequencies to disrupt abnormal brain wave synchrony in your brain. This helps to minimize disease effects.
What is tonal tinnitus?
Tonal tinnitus is a type of tinnitus where the patient experiences a sound of a particular frequency. Subjective tinnitus is generally tonal tinnitus
Why does neuromodulation work for tinnitus?
Neuromodulation can work for tinnitus. Because in tinnitus, parts of the brain fire off abnormally making the perception of the tinnitus sound. Neuromodulation can change the way those nerves fire and thus minimize tinnitus.