What to do if the headphones press on your ears

How to prevent painful sensations when using headphones? Protect yourself from discomfort, acoustic trauma, and permanent hearing loss by following these safety precautions:

1. Monitor the sound intensity: the vibrations should not exceed a comfortable 60 dB. At this volume, you should still be able to hear ambient noises and have a conversation with someone.
2. To find the optimal volume, ask someone nearby to gauge if they can hear the sounds coming from your headphones. If the music is barely audible, then the intensity is set correctly.
3. It is advisable to minimize the usage of accessories that have a tight fit in the ear canal. Firstly, they can cause obstruction and potentially stretch the eardrum due to their close proximity. Additionally, they can impede airflow and prevent proper ventilation, leading to the growth of harmful bacteria in the ear canal and the formation of earwax plugs.
4. Opting for larger headphones that encompass the entire ear is considered the optimal and safest choice for protecting your ears.
5. It is recommended to take breaks when using headphones. To minimize the potential harm caused by extended headphone use, try to remove them every hour and, whenever possible, create an environment of complete silence.
6. If it is not necessary, it is preferable to refrain from using any type of headphones and instead listen to music using conventional methods, while keeping in mind the recommended volume range of 30 to 60 dB.

According to statistics, there has been an alarming rise in the prevalence of hearing aid issues among the youth, which can be attributed to the excessive use of headphones. How do these two factors correlate with each other?

The frequent and extended utilization of headsets is closely associated with ear discomfort caused by headphones and the risk of hearing impairment. However, what should one do in situations where their occupational requirements necessitate the use of this device, and they also desire to enjoy their favorite music while on the go?

THE EFFECT ON THE HEARING OF HEADPHONES?

The middle ear can sustain damage and the eardrum may possibly collapse. Hemorrhages have the potential to occur.

Our body possesses the ability to defend itself against brief intense sounds, but extended exposure to loud sounds diminishes our hearing. Short-term exposure to loud noises results in temporary and mild hearing reduction. However, with frequent and prolonged exposure to noise, our hearing becomes permanently damaged and cannot be restored.

Headphone manufacturers and their advertisements often claim that there are now safe, modern headphones that do not harm our hearing. However, this is just a marketing technique. In reality, all headphones have the potential to damage our hearing, but some cause damage more quickly than others.

Exposure to prolonged and intense noise can result in persistent and continuous ringing in the ears, which can eventually lead to hearing impairment. Data reveals that a significant number of individuals in their 30s and 40s suffer from hearing loss. The presence of noise-induced tinnitus should be taken seriously as it can potentially develop into irreversible hearing damage.

When a sound wave enters the ear, it causes damage to the auditory ossicles. These mechanical vibrations then travel to the cochlea and transform into electrical signals that are transmitted to the brain. The auditory centers are located in the temporal lobe. High levels of noise have a detrimental impact on overall well-being, manifesting in symptoms such as headaches, pressure sensation, ringing in the ears and head, tinnitus, elevated blood pressure, irritability, weakness, and fatigue. This process is exacerbated in times of physical weakness or stress.

Causes of tinnitus

Tinnitus in the ears can occur due to various factors, including severe illnesses, resulting from abnormalities in the auditory system. These pathologies can be categorized based on their specific location.

• Presbycusis is a condition characterized by degenerative changes in the inner ear that occurs with age. Typically, tinnitus accompanies the gradual hearing loss associated with this condition;
• Noise-induced damage to the inner ear can occur due to prolonged exposure to loud music through headphones, for example;
• Prolonged use of certain medications can result in ototoxicity, which is known to have adverse effects on the hearing organs;
• Otosclerosis is a condition characterized by abnormal growth of bone tissue in the inner ear. Initially, hearing loss and tinnitus may occur in one ear, and later develop in the other ear;
• Meniere’s disease is characterized by the accumulation of fluid in the inner ear cavity, leading to symptoms such as vertigo;
• Labyrinthitis is an inflammation of the inner ear, which primarily presents as dizziness. Tinnitus may also be a secondary symptom of this condition.

Middle ear disorders:

• Otitis media, which is characterized by inflammation of the middle ear. Symptoms of this condition include ear pain, fever, and possible discharge from the ear. Fluid build-up, such as pus, in the tympanic cavity can lead to ear blockage and ringing;
• Exudative otitis media, which involves the accumulation of fluid in the middle ear. This type of otitis media typically does not present with any symptoms aside from hearing loss and tinnitus;
• Eardrum damage, which can occur as a result of sound-related trauma.

Other possible causes of tinnitus

Tinnitus can be caused by various factors, including:

• Cardiovascular system disorders: Tinnitus can occur as a result of atherosclerosis, where plaques build up on artery walls and disrupt blood flow. This turbulence in blood movement creates vibrations that are perceived as tinnitus. The sensation of tinnitus can be aggravated by high blood pressure, which can be chronic (hypertension) or caused by situational factors such as stress, alcohol, or caffeine consumption.
• Nervous system disorders: Tinnitus accompanied by hearing loss, dizziness, and a tingling sensation on the face can be a sign of neurinoma (a tumor in the auditory nerve). Tinnitus can also be a symptom of conditions like multiple sclerosis or migraine.

Many users of this accessory often complaint about experiencing intense pain. They frequently report a tingling or pressure sensation in the same area.

The reasons for painful sensations from using such devices can include:

• External or middle ear infection. The infection may be in its early stages, and individuals may not realize it. Interestingly, headphones can actually help in identifying the condition early, which is crucial for successful treatment and prompt recovery;
• Earwax buildup. The presence of excess earwax can cause discomfort when using headphones. It is important to always remove the buildup. Consulting a doctor is recommended, as they can prescribe appropriate medication or suggest physiotherapy if needed;
• Listening to loud music. This can have a negative impact on the overall condition of the body;
• Improperly worn headphones. Low-quality accessories can cause a lot of discomfort. To ensure optimal comfort, it is advisable to select headphones that match the individual characteristics of the ear and skull structure.

Furthermore, the use of headphones, particularly in-ear headphones, can restrict the airflow to the eardrum, which creates a favorable environment for the growth of harmful bacteria.

Recommendations on the choice of headphones: vacuum and overhead devices

The concept of ambient noise should not be overlooked. The higher its level, the louder the music should be. It is important to mention that, despite some drawbacks, the most efficient noise cancellation is provided by vacuum, over-ear, and studio headphones.

Open-back headphones allow for a more open and transparent sound, enabling sound waves to propagate in a more natural way. However, in noisy environments, these headphones are often required to increase the volume significantly in order to overcome external noise. This can potentially lead to various health issues, which may only become apparent after some time. Nevertheless, when used in a quiet setting, open-back headphones are simply an ideal sound source.

Nevertheless, it is advisable to minimize the adverse impact of sound waves on your ears and maintain a considerable distance from the sources of sound. It is not advisable to invest in a speaker system that can reproduce high frequencies to the maximum extent. Although they are inaudible, they can significantly harm the delicate tissue of the inner ear. As a result, there is an energy transfer, and the hearing aid strives to function more intensely and undergoes additional strain. Therefore, it is essential not to overload it unnecessarily. When enjoying music, it is best to restrict the upper frequency range at higher volumes.

When a person ages, their ability to hear high frequencies diminishes. If someone lives in a noisy environment, it is crucial to consider effective soundproofing that would enable them to enjoy their favorite music at a normal volume. For instance, when choosing over-ear headphones, it is important to select the right product and cushions. It is essential for a person to always have a comfortable listening experience when listening to music.

Our investigation revealed the potential harm of headphones to the ears and provided recommendations on what actions to take in such situations.

If you have been unable to prevent the negative consequences of excessive volume on the auditory system (which often affects young individuals), and you begin to experience initial signs of hearing impairment, it is crucial to promptly seek medical assistance. A healthcare professional will conduct an audiometry test and provide an explanation for why wearing headphones causes discomfort and persistent pain.

Indications of hearing loss include:

• Diminished ability to perceive high-frequency sounds (such as children’s and women’s voices);
• Difficulty hearing sound from a distance (audible sounds up close, but not from farther away);
• Perception of strange sounds and noises that only you can hear;
• Experiencing dizziness and visual disturbances, such as flickering circles and "gnats" (potential decompensation of the vestibular system and nervous system);
• Annoying irritation, which may sometimes subside after a break from wearing headphones;
• Difficulty sleeping, headaches, and discomfort in the ears.

It is advisable to seek the advice of an otolaryngologist, neurologist, and cardiologist.

If left untreated for 3 to 5 days, cochlear neuritis may develop, leading to partial or complete hearing loss. Older cases of this condition may not be completely treatable or can only be treated to a limited extent. When diagnosed with this condition, comprehensive therapy is necessary.

It is important to note that using headphones alone does not cause harm – in fact, they are necessary for certain activities involving noise. However, using headphones improperly or at high volumes increases the risk of hearing loss.

How can I reduce the risk of pathologies?

How to ensure a pain-free experience when using headphones? Prevent unpleasant consequences like pain, acoustic trauma, and permanent sensorineural hearing loss by taking the following precautions while using your headset:

1. Monitor sound intensity: Vibrations should not exceed a comfortable 60 dB. At this level, you should still be able to hear ambient noises and have a conversation with someone.
2. Adjust the volume to an optimal level by asking someone nearby to judge if they can hear the sounds coming from your headphones. If the music is barely audible to them, the volume is just right.
3. Headphones that fully cover the eardrum are considered to be the most optimal and safe option for protecting the ears.
4. To minimize the potential damage caused by wearing headphones, it is advised to take breaks from using them. It is recommended to remove the headphones every hour and, if possible, spend some time in complete silence.
5. If it is not absolutely necessary, it is advisable to avoid using headphones altogether and listen to music in a more conventional way, while keeping the volume within the recommended range of 30 to 60 dB.

Diagnosis and treatment of noise in the head

If you experience this unpleasant symptom, it is not advisable to waste time self-diagnosing, attempting to handle it alone, or hoping that it will resolve itself. The best course of action for the patient is to seek assistance from a specialist.

Medical professionals from various fields, including therapists, otolaryngologists, neurologists, and psychotherapists/psychiatrists, are involved in diagnosing diseases accompanied by head noise. However, it is most common for patients with this issue to initially consult a neurologist.

The doctor’s primary goal is to identify and understand the specific characteristics of the patient’s noise perception. This includes determining the frequency and type of noise (such as beeping, ringing, buzzing, humming, or pulsating), whether it is present in one or both ears, and the level of intensity. Additionally, the doctor will inquire about any accompanying symptoms, such as hearing loss, ear congestion, headaches (particularly at the back of the head), and any history of fluctuating blood pressure or other medical conditions. By gathering this information, the doctor can make an initial assessment of whether the tinnitus is objective or subjective in nature. Subsequently, the doctor will conduct a thorough examination of the patient’s auditory system and perform relevant diagnostic tests to confirm the diagnosis.

Shpidonov Gennady Stanislavovich

Rostov State Medical University (neurology).

Upon completion of this stage of diagnosis, the neurologist will provide an initial diagnosis (or multiple presumed diagnoses) and recommend further examinations for clarification. These additional examinations may include:

• Complete blood count and urinalysis;
• Blood chemistry tests (lipid profile, coagulation profile, ferritin levels);
• Duplex or triplex scanning of the neck vessels;
• MRI of the brain or cervical spine;
• Consultation with an Ear, Nose, and Throat (ENT) specialist.

The specific range of examinations will be determined on an individual basis, depending on the unique clinical situation.

If the cause of the noise in the head has not been determined by a somatic physician, the assumption will be made that the condition has a psychogenic nature, and the patient will be advised to consult a psychiatrist or psychotherapist.

The psychiatrist or psychotherapist will engage in a targeted conversation with the patient to determine their complaints, with a particular focus on feelings of anxiety or fear, low mood (especially in the morning), sleep disturbances, severe weakness, heart palpitations, sudden blood pressure fluctuations, and whether or not the condition is permanent or temporary and unrelated to stress. If the patient is suspected of having neurosis, a psychosomatic disorder, or depression, the doctor will conduct various tests to further investigate the diagnosis.

Only after the diagnosis has been established, will it be recommended to initiate treatment for the noise in the ear and head.

Medications for noise in the head and ears

To manage this symptom, conservative therapy is often helpful. Depending on the specific disease causing the noise, the patient may be prescribed medications from various groups:

• Antibacterial and anti-inflammatory agents (for infectious and inflammatory diseases of the ear).

• Vascular drugs (improve blood circulation, nourish brain cells, and dilate blood vessels).
• Nootropics (enhance metabolic processes in nervous system cells).
• B vitamins (improve the nourishment of nervous tissue).
• Trimetazidine (nourishes the heart muscle).
• Iron preparations (for noise caused by iron deficiency anemia).
• Betahistine (for noise caused by increased pressure in the cochlear labyrinth).
• sedatives, sleep aids – in case the patient reports difficulty sleeping;
• products containing caffeine (when experiencing low blood pressure, excessive weakness, and other symptoms of asthenia).

If the underlying cause of the condition is a build-up of earwax, the doctor will perform an ear irrigation procedure to remove it, which will eliminate the noise.

Surgical treatment

Surgical intervention in the nerves of the tympanic cavity or cervical sympathetic nodes is a viable option for eliminating non-vibratory tinnitus in individuals with a confirmed lesion of the autonomic nervous system.

To eliminate objective noise, one can consider undergoing surgery on the damaged structures of the tympanic cavity or cochlea.

Other methods of treatment

As additional treatment options, the patient may receive the following prescriptions:

utilization of a hearing aid, electrical stimulation of the auditory nerve (in cases of reduced hearing ability);

• physical rehabilitation;
• therapeutic massage;
• physical therapy sessions;
• psychological therapy.

The idea of neurasthenia was initially presented by American doctor George Beard in 1869. Subsequently, instances of the illness were discovered in Germany and France. In Russia, the condition was formally acknowledged in 1899. Back then, it was characterized as a condition of intermittent exhaustion in youth. Over time, the symptoms of neurasthenia became more narrowly defined.

The main cause of the disorder is attributed to stress and excessive workload. Stress can manifest in various ways:

• It can be sudden and intense, such as the death of a loved one, job loss, or divorce.
• It can also be chronic and less intense, like taking care of a seriously ill patient, enduring constant psychological pressure from a boss, or dealing with recurring conflicts without finding a way out.

Additionally, overwork, both physically and mentally, as well as sleep deprivation and emotional strain, play a significant role in exacerbating the disorder.

The way a person thinks, behaves, and values is a crucial link that often leads to nervous tension and emotional upheaval when it doesn’t align with the needs and capabilities of the individual in relation to reality. However, it’s important to consider the level of adaptability to changing circumstances, as different people react differently to the same situation: some handle it with ease and minimal effort, while others struggle and experience high levels of tension.

Hence, the causes of neurasthenia can be attributed to states that disrupt the balance between the processes of excitation and inhibition in the nervous system, leading to exhaustion.

This particular form of neurasthenia goes by several different names: informational neurosis, experimental neurosis, manager syndrome, and white-collar syndrome.

Along with the primary causes, there are also predisposing factors:

• infections;
• severe, debilitating chronic illnesses;
• intoxications;
• endocrine diseases;
• disruption of daily routines and insufficient rest;
• malnutrition and vitamin deficiencies;
• bad habits such as alcohol, smoking, and drug use;
• head injuries;
• brain diseases such as tumors and neuroinfections;
• intracranial hypertension.

Asthenic neurosis often affects individuals with an asthenic constitution, which includes characteristics such as thinness, elongated limbs, narrow shoulders, and a narrow chest. They typically experience rapid fatigue, an inability to withstand long periods of intense activity, and reduced mental and physical strength.

Acoustic trauma and its consequences

Listening to pop or rock music can be described as a sonic ordeal. It is recommended to limit the use of headphones to 30 decibels for no more than an hour per day in order to protect your hearing.

Excessive sound can have harmful effects, such as:

1. causing disorientation in space;
2. resulting in tinnitus (hearing extraneous noises and ringing in the ears);
3. causing unexplained headaches, irritability, and increased blood pressure.

Prolonged use of micro-headphones can lead to the following consequences:

• the inner ear may become less responsive to high-frequency sounds;
• the constant microvibration of the eardrum caused by loud sounds can negatively affect the vestibular system;
• There is a development of cochlear neurosensory hearing loss (affecting the auditory nerve), which is a practically untreatable condition.

If you are experiencing pain in your ears from using headphones, it is recommended to take a break from using them. Symptoms such as ringing in the ears, discomfort, and irritability should be taken as warning signs. Consider switching to an acoustic method of listening.

Here are some guidelines to reduce the risk of hearing loss:

1. Avoid listening to audio recordings at excessively high volumes (around 80-85 dB).
2. If you are unable to lower the volume, take short breaks to prevent overloading the hearing mechanism (rest for 15 minutes every hour).
3. Adjust the playback volume as soon as you start using the device. Aim for a volume level where you can still hear faint external sounds.
4. To avoid discomfort while listening, opt for high-quality headphones that have a design comfortable for you personally (if you’re using "earbuds" or "over-ear" headphones).

If inflammation is ruled out but you experience ear pain while wearing headphones, it could be due to a poorly-designed pair. This typically applies to pain in the outer part of the ear. The discomfort and soreness will subside once you stop using the headphones.

With continued use of micro-headphones, this symptom can develop and result in hearing reduction and partial hearing loss. The persistent sound stimulation of the inner ear and abnormally frequent vibrations on the eardrum can cause minor disruptions to the structural sensory components of the auditory system.

How to put on and wear in-ear headphones ("earmuffs", "earbuds")

The primary component of portable audio devices consists of detachable headphones, also known as earmuffs or earbuds. These headphones come in various designs, including oval, round, and "drop" shapes (such as the popular iPhone AirPods). Often, these accessories are bundled with audio playback devices. Earmuffs generally do not provide high-quality sound as they do not fit directly into the ear canal. However, the absence of active noise cancellation enables the user to remain aware of ambient noises while using them outdoors.

Many users of earbud headphones often complain about the cups not fitting securely in their ears and falling out easily. To avoid this issue, follow these steps:

1. Check if the headphones are labeled with the letters L and R. Some manufacturers include markings to indicate which side is the left and which is the right. If there are no markings, it usually means that the headphones can be worn on either side.
2. Insert the first earphone into your ear canal. Position it just above the entrance of the ear canal. The part that connects the earphone to the wire should be parallel to your jaw.
3. Repeat the same process with the other earpiece. If needed, adjust the positioning of the earphone for optimal comfort. However, avoid pushing it forcefully into the ear canal.

Vascular brain pathology is characterized by noise that occurs in sync with the pulse. Taking a careful approach to one’s health throughout life, including quitting smoking, exercising regularly, maintaining a proper work and rest schedule, eating a well-balanced diet, monitoring blood pressure, undergoing regular medical check-ups, and treating vascular diseases in their early stages, can help prevent this noise. If these diseases are already present, following the above recommendations can help reduce the intensity of the noise, providing relief and improving the person’s quality of life.

If pulsating noise only occurs in certain situations (such as stress or working on the computer), preventing it involves minimizing exposure to these triggering situations.