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Why are certain frequencies of sound to scare me out?

For example, a portable sound system. Somehow, my reaction is automatic for the bass that really bothers me. We have people driving into the parking lot (I live in an apt at the end near the parking lot) at 1 am with their teams blaring music and the hair on my neck stand. I feel almost a sense of fear, but I remember that there is no danger, it is only a radio at full volume. This same sound has always bothered me since I was a toddler. Also the noise when they do broadcast Emergency tests scares the hell out of me. Is not it means, but just come automatically on the defense when I hear it. Am I alone? Why is this? It's just a sound silly lol.

Integral Hyperacusis Site information also includes selective sound sensitivity syndrome or 4S Hyperacusis Information Site If you're one of millions people in the world who suffer from hyperacusis, this site may be useful for you and your medical providers. Hyperacusis is defined as the inability to tolerate everyday sounds. Also defined as a collapse of the normal range of vision which is otherwise normally functioning ears. People with hyperacusis may find that certain sounds are difficult to hear than others, and some sounds can cause pain in the ears, even when these sounds do not disturb others. Often, the most disturbing sounds or pain may be sudden sharp noises such as alarms, bus brakes, cutlery and plates, the cries of children, and palms. Many of the sounds that are perceived usually strong or above as non-intrusive, can be painful, annoying, seems amplified, or irritants. This is a very frustrating situation for most people as Sound and noise are present in almost all industrial, social or entertainment! Sometimes, hyperacusis can be so severe that people start to avoid any public place or office in a vain attempt to protect their ears from the sounds. It can be very difficult for family members or health care providers to understand and support the person with hyperacusis, which can not be seen in images such as a broken bone. Hyperacusis can come on suddenly or gradually. May initially affect only one ear, but speaking in general, in a short time, the condition is almost always bilateral. It can be mild or severe. Often, people who have tinnitus also have hyperacusis or ghost noises your hearing (ringing, buzzing, chirping, humming, or strokes). Research has shown that about half of all people who have tinnitus, also reduced tolerance to sound moderate or high, known as hyperacusis. Nobody knows for sure how many people worldwide suffer from hyperacusis without tinnitus. Adults and children hyperacusis birth may develop certain conditions associated with hyperacusis, including Williams syndrome and autism. Since the auditory system connects to external bodies Ear to the central nervous system, through a complex series of neural pathways, they literally go through or coordinate with many different areas of the brain, there are endless possibilities for dysfunction that may contribute to hyperacusis. In other words, understanding the mechanism of hyperacusis is extremely difficult and it is still impossible to specifically identify a single structural change is responsible for hyperacusis. There is no objective test for hyperacusis. Most people who develop hyperacusis concerns an ear and receive a comprehensive evaluation that includes a complete audiological evaluation to determine the status of the auditory-vestibular system. In the U.S., Doctors of Audiology make these important assessments. Careful medical history and use of hearing tests can help diagnose condition. In particular, the LDL test (test of loudness discomfort) is critical to determine the degree of hyperacusis. Normal levels of LDL cholesterol most human ears tend to fall to 90 dB or more at various pitches or frequencies. Again, there are few data standards on the results of LDL hearng in the normal population for comparison. The billions of electrical signals that are processed by our nervous system must be organized and prioritized for practical use. If you're reading a good book and a bee stings you, the effect is dramatic and the main activity moves instantly! In the case of hyperacusis, detect which of these thousands of millions of electrical and biochemical processes has changed is still impossible. But with adequate research experience, thoroughly, coordinating with all medical providers, often at a reasonable conclusion can be established for a particular patient. The most common cause of hyperacusis are hearing loss, noise, head injury or whiplash injuries kind of acoustic trauma injury, air bag explosion or gunshot Adverse reactions to medications or surgery, in particular the Central Nervous System Drugs chronic ear infections immune disorders Auto Unknown at the moment, the most common cause of hyperacusis noise are injuries or head injuries. Neck injuries can also contribute, ie whiplash. Still great areas of scientific medical research and the accumulation of data that must be explored before we can really begin to define and understand the different types of hyperacusis, and the origins of this disorder worryingly. Good Links www.tinnitus-audiology.com Dr. Marsha Johnson's main web site filled with articles, links, research, and more +++++++++++++++++++++++++++

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