Hearing Loss In Children - What You Need To Know

Hearing loss does not only affect people approaching old age. It is also prevalent in children. In fact, hearing loss is being detected in children at a younger age than ever before.

Type of hearing loss

Hearing Loss In Children

The most common type of hearing loss among children is called sensorineural which occurs due to damage of the inner ear.  The damage can be caused by an infection, injury or most commonly, through exposure to loud noise. This type of damage cannot be repaired.

While sensorineural hearing loss does not permanently improve, it also does not get any worse.  It involves a lowering in the ability to hear soft sounds, to hear clearly and can affect how well you understand speech.  Typically, this type of hearing loss can be improved through the use of a hearing aid.  Other types of hearing loss are conductive and mixed.  Conductive hearing loss is when sounds are not conducted to the inner ear properly and can often be corrected with surgery.  Mixed hearing loss involves both sensorineural and conductive.  A hearing professional can assess the type and degree of hearing loss your child has.

What causes hearing loss in children

Most types of hearing loss is not genetic but is noise-induced, brought on through outside noise that is too loud.  There are noises that you have no control over and then there are noises that you create yourself.

Loud music, particularly music played directly into the ear via ear buds, is one way that kids are getting exposed to noise that can damage the ears.  A recent study in Australia found that children as young as three have shown signs of permanent hearing loss due to listening to loud music. Do you know that listening to music that is too loud for more than 5 to 10 minutes can produce hearing damage Shocking but true.

Another similar cause of hearing loss is playing musical instruments too loudly.  It is found that playing and practicing in a school band or orchestra can actually cause hearing loss.  This is true when the music is practiced in an enclosed area.  The National Association for Music Education (MENC) even issued a statement that educators need to recognize music as a cause of noise-induced hearing loss.
What can To Be Done
The most important thing you can do as a parent is to become aware of the hazards of noise-induced hearing loss.  Familiarize yourself with the causes of hearing loss and teach your children to take preventative measures.

First, try to ensure that you enforce strict volume guidelines on things such as iPod and other listening devices.  Listen to the device yourself to determine what you feel are safe volume levels.

Get your children to use earplugs.  Just like the helmet helps keep a child safe and protected when riding a bicycle, earplugs can help keep ears safe from loud noises.  Ensure that your child wears the earplugs when practicing in the band or even when mowing the lawn.

The lesson here is to be forewarned.  Use precautions and common sense to set limits for children.  Teach them the importance of taking care of their hearing and help them understand when noise levels are too loud.           

Hearing Loss Facts

Hearing loss can occur at any age and can cause isolation, frustration and so many more difficult emotions. But an effective way of dealing with these emotions and to get rid of them is to learn facts on hearing loss. This can be highly empowering and can start to break down those barriers that are created when hearing loss strikes. As one quickly realizes they are "not alone" and may even uncover solutions to improve the quality of ones life.The US Gov keeps records on most diseases and disorders here are some interesting statistics or in layman terms hearing loss facts with regards to the US population.

Men are more likely to experience hearing loss than women.

Of adults ages 65 and older in the united states, 12.3 percent of men and nearly 14 percent of women are affected by tinnitus. Tinnitus is identified more frequently in white individuals and the prevalence of tinnitus is almost twice as frequent in the South as in the Northeast.

Approximately 17 percent (36 million) of American adults report some degree of hearing loss.

There is a strong relationship between age and reported hearing loss: 18 percent of American adults 45-64 years old, 30 percent of adults 65-74 years old, and 47 percent of adults 75 years old or older have a hearing impairment.

About 2 to 3 out of every 1,000 children in the united states are born deaf or hard-of-hearing.Nine out of every 10 children who are born deaf are born to parents who can hear.

The NIDCD estimates that approximately 15 percent (26 million) of Americans between the ages of 20 and 69 have high frequency hearing loss due to exposure to loud sounds or noise at work or in leisure activities.

Only 1 out of 5 people who could benefit from a hearing aid actually wears one.

Three out of 4 children experience ear infection (otitis media) by the time they are 3 years old.

Roughly 25 million Americans have experienced tinnitus.

Hearing Loss Facts

Approximately 188,000 people worldwide have received cochlear implants. In the united states, roughly 41,500 adults and 25,500 children have received them.

Approximately 4,000 new cases of sudden deafness occur each year in the united states. Hearing problems affects only 1 ear in 9 out of 10 people who experience sudden deafness. Only 10 to 15 percent of patients with sudden deafness know what caused their loss.

Approximately 615,000 individuals have been diagnosed with Ménière's disease in the united states. Another 45,500 are newly diagnosed each year.

Approximately 3 to 6 percent of all deaf children and perhaps another 3 to 6 percent of hard-of-hearing children have Usher syndrome. In developed countries such as the United States, about 4 babies in every 100,000 births have Usher syndrome.

One out of every 100,000 individuals per year develops an acoustic neurinoma (vestibular schwannoma).

As you can see, hearing disease affects large numbers of people. The good thing to come from this is that there will be plenty of treatments, services, products and support groups etc to cater to any personal struggles you may be experiencing.           

Also You May Read About 11 Fact About Hearing Impairment

Ear Nose and Throat Specialists

An ear nose and throat doctor (ENT specialist doctor), also called otolaryngologist, otorhinolaryngologist or, rhinolaryngologist, is a medical specialist in the disorders of the ear or nose or throat, and related structures of the head and neck.

In the present-day medical scenario, more than 50% of all physician office visits are for ENT problems. In managing diseases of the ears, nose and nasal passage sinuses, larynx (voice box), oral cavity and upper pharynx (mouth and throat), as well as structures of the neck and face, ENT doctors have special expertise on the subject.

Right now, the ENT is the oldest medical specialty in the United States.

For the cases of ear-related problems, the treatment includes medical and surgical treatment for hearing disorders, balance disorders, ear infections, disorders of the facial nerve or cranial nerve, as well as management of congenital and cancerous disorders, both of the outer and inner ear.

Ear Nose and Throat Specialists

For disorders related to nose, taking care of the sinuses and the nasal cavity is one of the primary skills of the ENT specialist. Treating the problems of the nasal cavity, sense of smell, paranasal sinuses, nasal respiration (breathing) and allergies, as well as the external appearance of the nose are part of an ENT's area of expertise.

For the throat-related diseases and problems, the ENT practitioner has an expertise in managing the disorders of the larynx (voice box) and the esophagus or upper aerodigestive tract, which includes the disorders of the voice respiration (breathing) and swallowing.

Other than all these areas, an ENT specialist is also trained to treat tumors (both benign and malignant/cancerous), infectious diseases, deformities of the face and facial trauma. The ENT specialists perform both cosmetic plastic and reconstructive surgeries.

An ENT specialist may work with a team of doctors in other medical and surgical specialties. He is ready to start practicing after up to 15 years of college and postgraduate training, and/or other formalities. For a more extensive training, many of the ENT specialists pursue a one or two-year fellowship in one of the seven subspecialty areas, which include: pediatric otolaryngology (children), otology/neurotology (ears and balance), allergy, facial plastic and reconstructive surgery, head and neck surgery, laryngology(throat) and rhinology (nose).

A well-trained ear nose and throat doctor has a profound knowledge of all of the physical structures and organs in the neck and head region. Routinely, all ENT specialists handle ear-aches, hearing loss, hoarseness, dizziness, adenoidectomies, and sinus disease and tonsillectomies nosebleeds. The broadest challenge of a good ENT is in providing the best in patient care through skills and experience.           

Hearing Loss and Earphones

Hearing Loss and Earphones

Nowadays, it seems wherever teenagers go their earphones aren't too far behind. The popularity of portable music players has skyrocketed in recent years and the trend is showing no signs of slowing down. According to a new study published in the Journal of the American Medical Association, hearing loss in teenagers is about 30 percent higher now than it was in the 1980s and 1990s. On average, one in five adolescents will have some form of hearing loss. The problem is believed to be due to the fact that teens today listen to music twice as long as teens of previous generations and at higher volumes. Experts agree that there is a definite correlation between prolonged earphone use and hearing loss. Many believe the use of the earphones, or earbuds while listening to high-decibel music is a possible culprit. The threat of hearing loss among young adults is a real threat, yet all the warnings seem to be falling on deaf ears.

How Does Noise Cause Hearing Loss

The ear is made up of three parts that work together to process sounds: the outer ear, the middle ear, and the inner ear. Part of the inner ear called the cochlea contains microscopic hair cells. These hair cells help send sound messages to the brain. Hearing loss happens when there is enough loud noise to permanently or temporarily damage the microscopic hair cells in the inner ear. While those cells can bounce back after a loud concert, habitually exposing them to loud sounds may permanently cause them to stop working.

How Loud Is Too Loud?

Both the level of noise and the length of time you listen to the noise can put you at risk for noise-induced hearing loss. Noise levels are measured in decibels, or dB for short. The higher the decibel level, the louder the noise. Loud noise above 85dB can cause permanent hearing loss. 60dB is considered normal for a conversation. Portable music players are capable of producing sound levels ranging anywhere from 60 to 120dB. With the volume approximately one-quarter of the way up, you hear about 85dB and with the volume all the way up, you could hear about 120dB (the equivalent to an airplane taking off).

Signs Of Hearing Loss

The type of hearing loss due to prolonged earphone use is typically gradual, cumulative and without obvious warning signs. A hearing test and a medical examination are the only way to truly diagnose hearing damage. If your teenager is experiencing any of the following symptoms, they should be seen by physician immediately:

Ringing, roaring, hissing, or buzzing in the ear

Difficulty understanding speech where there is background noise, such as at a party or public place

Muffled sounds and a feeling that the ear is plugged

Listening to the TV or radio at a higher volume than in the past

Treatment For Hearing Loss

Unfortunately, the type of hearing loss caused by over exposure to very loud noise is irreversible. Once the damage is done, it's usually too late. Unlike damage to other parts of your body, inner ear damage never heals. Over time, as more and more hair cells get damaged, your hearing will get worse and worse. Hearing aids and implants can help in amplifying sounds and making it easier to hear, but they're merely compensating for the damaged or nonworking parts of the ear.

How To Prevent Hearing Loss

Prevention is paramount when it comes to hearing loss. To help protect your ears use what audiologists call the 60 percent/60 minute rule. Try not to use these devices for more than an hour a day, and keep it under 60 percent of maximum volume. That puts you below 85 decibels, protecting you from permanent hearing damage. A trick you can use to find out if your earbuds are at a safe volume is to ask people sitting near you if they can hear your music. If they can, it's a sign that your hearing is being damaged. Turn the volume down until other people can no longer hear it. If you choose to listen to your portable device in a noisy environment, do not be tempted to turn the volume up to block out noisy surroundings. Instead, use noise-canceling headphones to block out background noise.

As is true of so many things in life, moderation is the key when it comes to earphone use. Noise-induced hearing loss is 100% preventable when it comes to portable music players. The first step is simply turning the volume down - way down - to a safe level and limiting the use of your music player to 60 minutes a day.

Hearing Aids - The Solution to Hearing Problems

Hearing Aids - The Solution to Hearing Problems

Usually it is noticed that when a person feels problem in his ear then at the first he feels pain in inner part of his ear. It depends upon the type of hearing problem, which a user face, so in this situation one should consult audiologist for curing of hearing pain. Because a patient cannot diagnose his problem fully as compared to a specialist one otherwise ignoring such problem may cause serious position of the patient. Moreover if there is a hearing difficulties there is likelihood of recommendation of hearing aid devices by the doctor.

Types Of Hearing Problems

There are different types of hearing difficulties depending upon the different situation, these problems are mentioned one by one:

Conductive Hearing

It is characterized by time being hearing loss and pain in outer or middle of the year. Person also undergoes mild hearing loss and he might be having some loss of sight.

Sensory Hearing Loss

Sensory hearing loss is occurred due to malfunctioning of cochlea in the ear. In this case special tiny hear cells become damaged and it effects on hearing capability of person very badly as compared to conductive hearing difficulties. The person with this problem cannot distinguish among the sounds around himself.

Neural Type Of Hearing Problem:

Neural type of hearing difficulties is occurred because of problem in connection of cochlea to brain. Since it is also regarded as nerve problem as it is only the nerve which takes important sensory information from cochlea to brain so in neural type of hearing difficulties nerve is mostly effected. Sometimes this problem also occurs due to hereditary traits, which comes into light along the growth of a person.

There are also other hearing loses due to different reasons but these are very temporarily. For example when a person is habitual of listening high-pitched voices then after sometime it is observed that it becomes very difficult for him to listen comparatively lower voices.

Working Of Hearing Aid:

To get rid from different hearing loss problem one can use different hearing aids, which depend upon type of hearing loss. Different hearing devices can be different in structure but they perform same function.

Structure Of Hearing Aid

Mostly hearing devices are composed of microphone amplifier speaker and battery. Each part performs its own role for getting best quality performance. These devices are very much sensitive and only ones careless attitude can lead to loss.

Functions Of Different Parts Of Hearing Aid Devices

Since microphone is a important part of the hearing aids which is used to sense the sound from outside of the ear and produce electronic signals, after that voice in form of signals is sent to amplifier section of hearing device. Then amplifier makes audio signals more strengthen and amplify it to a particular level of power. By the use of amplifier volume of sense sound is increased, so we can hear the voice easily. On the other hand battery gives power to electronic parts of hearing device for solving problems like hearing loss patient must go to the clinic to examine his ears from audiologist so that problem could be addressed properly.

Hearing Disorders

Hearing Disorders

There are a number of hearing disorders and related conditions that can affect your balance and hearing, as well as your ability to process sounds into comprehendible information. Among this disorders are: auditory neuropathy, central auditory processing disorder, all categories of hearing loss, middle ear infections, Meniere's disease, otosclerosis, presbycusis, tinnitus, and tumors of the 8th cranial nerve (vestibular schwannomas and neurofibromatosis).

Auditory Neuropathy (AN)

Auditory neuropathy is a type of hearing loss that occurs due to poor transmission of sounds to the auditory nerve and brain. While the outer hair cells of the cochlea are intact and undamaged, sound transmission is still unreliable. The inclusion of neuropathy in the title suggests a disease of the peripheral auditory nerve, but there may not be any direct auditory nerve dysfunction with auditory neuropathy. This may be a disorder of the inner hair cells in the cochlea, the nerve synapse at the auditory nerve, or due to an auditory nerve lesion. Treatment may include hearing aids or cochlear implants, but success is not guaranteed.

Central Auditory Processing Disorder (CAPD)

CAPDs are disorders of the processing of auditory information. Poor processing is noted by issues in one or all of the following categories: sound localization and lateralization, discrimination, pattern recognition, integration, ordering, and grouping of sounds. Actual hearing loss may not necessarily be present. Treatment typically included therapy that focuses on listening, comprehension, memory, and the like, that is customized to each patient's needs.

Hearing loss

Hearing loss is an impairment of the ability to hear. There are three main types: conductive, sensorineural, and mixed. Conductive hearing loss implies damage or dysfunction in the outer or middle ear. This affects the loudness of sound. Sensorineural hearing loss implies damage or dysfunction of the inner ear. This affects the clarity of sound. Mixed hearing loss involves a combination of the two. Treatment may include both medical management and hearing aids.

Middle ear infections

Middle ear infections are infections of the middle ear space behind the ear drum where the small bones of the ear are located. This type of infection can cause both temporary and permanent conductive hearing loss. Treatment is medical management with antibiotics or surgical intervention with placement of pressure equalization tubes.

Meniere's disease

Meniere's disease is an inner ear disorder that can affect both hearing and balance. Patients may experience vertigo, tinnitus, and fluctuating, progressive hearing impairment. Treatment may include therapy for coping strategies, surgical intervention for severe cases, and physiotherapies. Hearing aids may also be fit for those with hearing loss. A competent audiologist with experience fitting patients with Meniere's disease should be consulted. Due to its fluctuant, progressive nature, fittings are highly specialized for these patients.

Otosclerosis

Otosclerosis is a disorder that causes abnormal bone growth in the middle ear, preventing proper middle ear function. Hearing loss may be conductive, sensorineural, or mixed in nature. If the effects of the otosclerosis are severe, prosthetic surgical intervention may be appropriate. However, more mild issues will typically be treated with a hearing aid alone.

Presbycusis

Presbycusis is hearing loss due to the natural process of aging. Hearing aids and assistive listening devices are the most common treatments. Some patients may also require auditory training therapy to help in their daily communication.

Tinnitus

Tinnitus is the perception of sound in the ear that others cannot typically hear. Usually described as ringing, buzzing, popping, pulsating, or squealing, tinnitus can range from mild to severely impairing. Treatment may include intense therapy and sound programs.

Tumors of the 8th cranial nerve

Various types of noncancerous or cancerous tumors may grow on the vestibular and/or auditory portions of the 8th cranial nerve. Hearing and balance may be affected. Patients with tumors often also experience tinnitus issues. Hearing loss may be progressive or sudden. Surgery is often required for these issues.

Call today!

If you are experiencing any of the symptoms noted here or are having any other hearing or balance related issues, seek help immediately. Help is just around the corner. Contact your audiologist today for an evaluation for any of these hearing disorders.

11 Interesting Facts About Hearing Impairment

11 Interesting Facts About Hearing Impairment

Hearing impairment is something that you have to recognize. You will find that hearing impairment not only suffered by old people. This can also be suffered by people in all ages. In order to give you the knowledge about this thing, the lists in the following are interesting facts about hearing impairment that you might not know before.

Fact # 1
There are over 90 percent of deaf children born from parents with normal hearing. This means that although you and your couple have normal hearing, this does not guarantee that your children will also have normal hearing.

Fact # 2
Approximately 30 to 40 percent of people aged over 65 suffer from some type of hearing loss. It is common that old people have this hearing disorder. This is because the ability of the ears to hear the sound decreases as the improving age. In this case, one in three people over the age of 65 experience some degree of hearing loss. Also, there are 14 percent of those aged 45 to 64 suffer from some type of hearing loss. This means that the older the age, the bigger chance of someone will get this hearing disorder.

Fact # 3
Approximately 15 percent of children ages six to 19 have hearing loss that can be measured, at least in one ear. In this case, this hearing disorder occurred in five out of 1000 newborns.

Fact # 4
Noise exposure underground railway (subway), just 15 minutes a day but it occurs sustainable can cause permanent hearing loss. This will make those who are work in this area have big chance of hearing anything unclear because of the hearing disorder that they have.

Fact # 5
Hearing aids offer a dramatic improvement in most people with hearing loss. With the improvement of these aids, people who suffered from this hearing disorder will be confident because they have the aids that will help them hear the sound.

Fact # 6
Mild hearing loss can cause children to miss 50 percent of the discussion in class. This is very bad for them since they might not catch the material in their classes. As parent you should pay attention to this in order to decrease the hearing impairment that your children have.

Fact # 7
Listening to MP3 player with high volume can cause permanent hearing loss over time. For you who have this hobby should be careful. In this case, you can turn the volume down to decrease the risk of getting hearing loss.

Fact # 8
With appropriate early detection and care, children who are deaf can be elaborated communication skills at the same rate as their peers with normal hearing.

Fact # 9
Noise is one of the main causes of hearing loss. The source of noise can be everything. The sound of plane, train and other sound that disturb your ears can be the source of noise.

Fact # 10
Hearing tests should be performed as a baby. This is done in order to know the solution for this matter. If the hearing loss is detected since baby, the prevention or solution toward this problem can be done since in the beginning.

Fact # 11
People with hearing loss wait an average of seven years before seeking help. Most of them do not know what to do to solve the problem that they face. When this hearing disorder becomes severe, they might be too late for seeking the solution.

Those are some interesting facts that you might not know. This will give you the addition knowledge about the hearing and hearing impairment so that you will be more aware of this hearing disorder.

Do You Know Correlation of Tinnitus and Central Auditory Testing ?

Correlation of Tinnitus and Central Auditory Testing

Tinnitus complaint

A patient presenting a chief complaint of tinnitus poses an bewitching quandary to the clinician. Since tinnitus is a symptom and not a disease, physicians job as diagnosticians is to choose if the tinnitus is associated with hearing loss and to camouflage for retro-cochlear involvement.

Hospital examination

At hospital, a patient with tinnitus is examined like any other patient. A thorough history is taken and a complete audiologic and otologic evaluation is done.Patients are then referred for brain-stem-evoked response audiometry (BSERA) .

Patients are referred if they have unilateral hearing loss, unilateral or bilateral tinnitus, tinnitus uncorrelated with hearing loss, meniere disease, vestibular complaints, asymmetric hearing loss, and progressive hearing loss. In addition, screening X-rays and /or blood tests might be ordered.

Tomograms of the temporal bone are taken to mask for the presence of a space-occupying lesion in or around the internal auditory meatus. Blood studies are done, for example, to test blood-sugar levels, thyroid function, or to conceal for venereal disease. The history is taken with a concept to determining a possible etiology for the tinnitus.

Audiological evaluation

The audiological evaluation includes standard pure-tone and speech audiometry, tone decay, 500 Hz. masking level disagreement and impedance audiometry including acoustic reflex decay. Adult and pediatric patients were tested during a year and a half. For these patients, both BSERA data as well as other central test data are available.

Six cases were chosen to illustrate (1)  the distinguished diversity of configuration of hearing loss and neurological symptoms experienced by the tinnitus case; and (2)  how cases with nearly identical standard audiometric data and the complaint of tinnitus can explain very different findings for BSERA and other central tests. In each case, the tinnitus was idea to be the result of a sensory or neural defect. In no case was the tinnitus the fair.

First case

The first case, is a 14-year-old girl with a stable unilateral high-frequency hearing loss in the left ear. principal medical history includes measles and lead poisoning. No tone decay was evident at 500 or 2000 Hz. The alternate binaural loudness balance test (ABLB)  at 2000 Hz. showed complete recruitment. For the left ear, the acoustic reflex was absent at 4000 Hz. and abnormal reflex decay was seen at 2000 Hz.

The BSERA at equal levels revealed latencies for Jewett wave 5 to be identical. Tomograms were unremarkable. This finding is in notify incompatibility to the next case.

Second case

A 13-year-old girl with a unilateral loss in the accurate ear. primary history includes parental Rh contrast (Hemolytic disease of newborn)  and delivery by emergency Cesarean portion. Had this been a typical kern-icteric hearing loss, we would inquire it to be bilateral. The acoustic reflex is absent at 4000 Hz. in the true ear. The BSERA at equal levels (absolute level and sensation level)  shows latencies for the true ear to be clearly later than for the left ear.

Tomograms were normal. Since her hearing loss has been stable for seven years, the medical decision was to simply monitor her residence with audiometry and BSERA at regular intervals.

Third case

A 9-year-old boy with a newly identified high-frequency loss in the upright ear. There was no vital history. Speech discrimination for the factual ear is bad. Acoustic reflexes were reveal bilaterally via both ipsilateral and contralateral stimulation. The BSERA shows latencies for Jewett wave V on the lawful side to be later than the left by 0-42 milliseconds. Tomograms showed both internal acoustic meati to be symmetric.

This patient will be followed closely at regular intervals.

Forth case

A 9-year-old man whose chief complaint was tinnitus and occasional dysequilibritim. Audiometrically, there is no inequity between his data and those seen in the Third case, which shows a high frequency sensorineural loss. Speech discrimination in the left ear was dreadful. The suspicious was of an acoustic neuroma. No abnormal tone decay was evident at 500, 2000, or 4000 Hz. Radiological studies indicated no abnormality. Jewett waves 3 and 5 only were evident on the BSERA recording. Latencies for wave 5 were within 0.2 milliseconds for the two sides.

Fifth case

A 62-year-old woman presenting a chief complaint of tinnitus as fragment of meniere's disease. Additional complaints elicited upon questioning were occasional frontal headaches and light-headedness when rising in the morning. Blood pressure was normal. There was a long history of occupational noise exposure.

The audiogram showed normal hearing sensitivity bilaterally. Acoustic reflexes were reveal bilaterally via both ipsilateral and contralateral stimulation. There was no abnormal reflex decay. BSERA at equal hearing levels are shown for the two ears. Wave 3 occurs 0.42 milliseconds earlier in the left than for the upright. Wave 5 occurs 0.3 milliseconds later for the left than for the correct. This is a case in which the BSERA recordings are certain, yet results are equivocal.

How do we clarify these dataall The decision was made to monitor the patient closely.

Sixth case

A 34-year-old woman with a five-year history of tinnitus. Audiometrically, there is no contrast between her data and those seen in fifth case above. The audiogram indicated normal hearing sensitivity. Acoustic reflexes were demonstrate bilaterally. The BSERA, at equal levels for the two sides, shows identical latencies for Jewett waves 3 and 5.

Comparing these findings with the previous cases, we glean no differences on the basis of standard audiometric information alone, yet the first case showed a puny inter-aural latency discrepancy for the BSERA. The post hoc analysis of our data pool was simply an attempt to resolve if 'routine' tests were in any draw uniquely sensitive to the tinnitus complaint.

The usefulness of BSERA

Furthermore, we questioned the usefulness of BSERA as a differential diagnostic tool in these cases. Since tinnitus is only a symptom, this inquire of cannot be approached in quite the same manner as the usefulness of BSERA, for instance, in the detection of acoustic tumors. BSER A has been useful in a wide range of cases for both adults and children. However, we do have tinnitus cases where normal BSERA was not confirmed by radiological studies.

We must ask whether or not the abnormal BSERA is a very early indication of a retro-cochlear lesion, or have we stumbled upon another unknown predicament to which BSERA is rather sensitive? 

Especially in those few cases in which there is no hearing loss, and in which tinnitus was the only symptom, would this unknown quandary be related to that giving rise to the tinnitus? 

One positive scrape is using BSERA as a tool to eye tinnitus arises from the nature of the tool itself, at least as we routinely employ it. A burly complement of Jewett waves is evident only a moderate-to-high levels of stimulation. We might quiz the tinnitus to actually be masked by the test stimulus in many cases. At levels rude enough for the stimulus to hide the tinnitus in loudness, only wave 5 is typically show and not as stable and well defined as at higher levels.

When hearing loss is enthusiastic, one is always working at a relatively high level compared to normal hearing thresholds. In the unique case of the patient with normal hearing and abnormal BSERA, we again must ask if a disease exists that can cause an alteration In the timing of neural signals transmitted in the central nervous system and yet not lead to certain hearing loss.

It might be postulated that, were we to look enough such cases, we might salvage a preponderance of tinnitus and thereby have an instance in which BSERA was selective for tinnitus. Comparisons between such cases and those with normal BSERA and no complaint of tinnitus could note most revealing.

Acupuncture Treatment of Tinnitus

Acupuncture Treatment of Tinnitus

Tinnitus acupuncture healing is a natural draw of curing tinnitus. Acupuncture can be considered a holistic design of treating diseases. This is a historic device of treating various ailments which was weak centuries ago in China. This type of treatment has also been recorded in broken-down Egyptian culture.

Acupuncture is an energy treatment that balances the energy scurry in the body. The process works snappily and helps in boosting the immune system and eliminates distress quite effectively. Encephalin and endorphins are released when the needles are inserted into the pressure points which eliminate the distress as these chemicals are natural painkillers. Thereafter when the energy system in the body is balanced with acupuncture the stress in the body is reduced which helps in improving blood circulation. Chronic diseases are treated with acupuncture as complementary treatment along with medical treatment.

There are a lot of complaints that can be the cause of tinnitus and if such ailments can be cured by acupuncture then tinnitus acupuncture remedy is possible, though indirectly.

In acupuncture very obtain needles are utilized to insert at the specific points in the body. Puncturing these specific points with the needles releases some kind of chemicals in the body and nerve system. These chemicals relieve in relieving hurt from the ailments. Most of the people are intimidated with the needles, however, contrary to their horror it can be said with confidence that the patient does not feel any harm when these needles are inserted into the body.

As with other treatments tinnitus acupuncture treatment also may require a few sessions. The number of session will largely depend on the seriousness of the ailment. Since tinnitus acupuncture treatment shows hastily results and is also very cost effective, it has an advantage over other remedies of tinnitus. Since tinnitus cure needs some kind of planned come acupuncture can be a apt choice as it is also a holistic procedure of treatment.

Tinnitus is disturbing sounds in the ears and can be caused by some other serious disease in the body. Tumors can also be a reason for tinnitus which needs operation to purchase tumor.

Therefore before some invasive action is taken, a through medical examination is required to be done. Based on various medical reports the valid cause of tinnitus can be diagnosed and thereafter the patient need to win the type of treatment he prefers.

In tinnitus acupuncture treatment body's innate healing system is mature which includes treatment of kidneys and lungs which are connected to the hearing faculty.

Tinnitus acupuncture treatment is a lickety-split acting treatment and if you can supplement it with herbs and a change in lifestyle you will be able to eliminate tinnitus quite effectively.