Tensor tympani control percentage. 102K subscribers in the earrumblersassemble community.

• Tensor tympani control percentage Contracting the muscle creates a rushing, rumbling sound that, if flexed enough, can drown out a Jan 5, 2017 · Background Tensor tympani contraction may have a "signature" audiogram. Dec 2, 2013 · The importance of the tensor tympani muscle in middle-ear physiology remains unclear. Jun 24, 2020 · No idea what percentage of people can do this, or how this could help you in any way. (A) Repetitive TM contractions were recorded over a 15-second window. Interestingly, a subset of the population has voluntary control over the contraction of the tensor tympani muscle which Feb 19, 2020 · A tweet from a science columnist suggests that “a part of the human population can voluntarily control the tensor tympani, a muscle within the ear”. What you are hearing is the tensor tympani muscle. What Else Does the Tensor Tympani Do? In addition to protecting your ears from very loud sounds, the tensor tympani masks low-frequency sounds so we can better hear important high-frequency sounds like speech. There are two muscles in the tympanic cavity, the tensor tympani, and the stapedius, the former being the larger. theuglybanana. Apparently, you can train yourself to control the muscle. The sound is usually described as a rumbling sound. 2. However, an understanding of the potential audiometric effects of its contraction could aid the diagnosis of hearing disorders. Some people can voluntarily ear rumble by purposefully contracting their tensor tympani on-demand. A part of the human population can voluntarily control the tensor tympani, a muscle within the ear. Contracting this muscle produces vibration and sound. Tensor tympani contraction was confirmed with characteristic tympanometry findings. What is the tensor tympani muscle? 93 votes, 14 comments. Tonic tensor tympani syndrome is an involuntary, anxiety based-condition where the acoustic reflex threshold for the tensor tympani muscle activity is reduced, resulting in more frequent spasm. contraction of the tensor tympani muscle inside the middle ear, see Figure 1(a). Five volunteers possessing the ability to voluntarily contract their tensor tympani muscles were If you can do this, it means you can voluntarily control the “tensor tympani” muscle located in your middle ear. We must keep this a secret from the non-rumblers. It turned out that he was inadvertently contacting the tensor tympani muscles in both his ears. Aron M, Floyd D, Bance M. Call our Huntsville office at (256) 536-9300 (256) 535-9032. The TTM is a small muscle located in the middle ear (Fig. It is believed that control of this muscle might be preserved in people ‘locked-in’ due to stroke, and in late-stage MND. 130 votes, 95 comments. In simpler terms, it means that some people can create a rumbling sound in their ears and others can’t. true. They are completely different muscles and different skills, being able to flex the tensor tympani (which this is about) which sounds like a low rumble sound vs. 102K subscribers in the earrumblersassemble community. ” A part of the human population can voluntarily control the tensor tympani, a muscle within the ear. The tensor tympani muscle is the second smallest muscle found in the human body, and is used for dampening loud noises [26]. “Only 16% of People Can Make This Sound #anatomy How Rare is Your Body? Voluntary control of Tensor Tympani refers to the ability to consciously manipulate the contraction of the tensor tympani muscle, which is located in the middle ear. Tensor tympani muscle function has been related to attenuation of >sounds produced during mastication I wonder if the people who have control of this muscle, also hear themselves chewing at a louder volume than people with a weaker muscle? This particular skill won't help with flying. blogspot comments sorted by Best Top New Controversial Q&A Add a Comment Mar 6, 2025 · People who can ear rumble have the ability to control the tensor tympani, a muscle within the ear. . This reflex can trigger symptoms from ear drum movements, Eustachian tube ventilations and trigeminal nerve irritability. The people who can voluntarily contract it will experience a rumbling sound. This study demonstrates audiometric findings during voluntary tensor tympani contraction. Study subjects A part of the human population can voluntarily control the tensor tympani. Some individuals can voluntarily produce this rumbling sound by contracting the muscle. voluntarily clearing the Eustachian tubes to equalize pressure which sounds like a click/pop. " Feb 19, 2020 · A part of the human population can voluntarily control the tensor tympani, a muscle within the ear. When the tensor tympani muscle contracts you may hear a dull rumbling sound, this is known as “ear rumbling”. 1963 Memorial Pkwy SW Suite 5 Huntsville, AL 35801. 4. 3K comments. May 6, 2021 · The device is linked to the tensor tympani muscle, which for some can be controlled voluntarily. Bance M, Makki FM, Garland P, et al. 3K likes, 17. It has been related to the attenuation of sounds produced during the mastication process. 3. Feb 19, 2025 · In an Instagram reel by @drjoe_md, he explained: "If you can tense your eardrum to hear thunder, you're one of a small percentage of people that had control over their tensor tympani muscle. This muscle is responsible for dampening the sound transmission through the auditory system by tensing the eardrum. This muscle is one of the smallest in the body and was once thought to help protect the eardrum from loud noise. This can be alarming if you are not aware of what is happening. I am developing an assistive communication switch for people with communication disabilities, & for IT control, using voluntary contraction of the tensor tympani muscle of the middle ear. A case report published in 2013 describes a 27-year-old patient. By Oct 19, 2023 · Observe that the tensor tympani muscle attaches to the upper part of the handle of the malleus. Can you do it? Curl your tongue – This requires fine motor control, and may be able to be learned with practice, but may have a genetic component as well. That's another ear superpower one needs to learn. Mon-Fri: 8:00am-4:30pm Dec 2, 2024 · An input mechanism that has yet to be explored in the context of AT is voluntary control of the tensor tympani muscle (TTM). He visited his doctor complaining of tinnitus. Apr 9, 2009 · I'm reading a lecture on the ear today for neuroscience class, and I noticed that the tensor tympani is connected to the eardrum. Dec 2, 2013 · Voluntary control over the tensor tympani muscle is an extremely rare event. Touch your nose with your tongue – About 10% Nov 18, 2022 · “A part of the human population can voluntarily control the tensor tympani, a muscle within the ear,” the tweet describes. Functions Of The Tensor Tympani Muscle. Voluntary control over the tensor tympani muscle is an extremely rare event. Voluntary eardrum movement: a marker for tensor tympani contraction? Otol Neurotol 2015;36(2):373-81. Donne AJ, Homer JJ, Woodhead CJ It uses an in-ear camera to detect when a muscle in the ear, called the tensor tympani (TT), is contracted or tightened. Fast twitch fibers produce 30 to 70 contractions per second (equivalent to 30 to 70 Hz sound frequency). A subreddit for those who can control their Tensor Tympani muscle. FYI. Mar 2, 2020 · Twitter is abuzz with users intrigued by the idea that its possible to control an inner ear muscle that helps dampen loud noises. However, an understanding of the potential audiometric effects of its contraction could aid the diagnosis of hearing Apr 29, 2020 · The tensor tympani muscle is attached to the malleus, and its job is to pull the malleus away from the eardrum during acoustic reflex. Wiki claims that a small number of people have voluntary control of this muscle. The tensor tympani muscle dampens certain sounds, such as those produced when chewing. Feb 28, 2020 · In the middle ear sits the tensor tympani, and it seems most people are unable to contract it voluntarily. Can you do it any of these ways? The Beekman School . 1 ) and is innervated by a branch of the mandibular division of the trigeminal nerve (5th cranial nerve) [ 51 ]. This is a small muscle in your ear that acts as a dampener of external sound. Laryngoscope 2013;123(4):1021-7. Tensor tympani contraction may have a "signature" audiogram. Apr 24, 2020 · Huntsville Location. Those that can contract their tensor tympani - a small muscle located above the auditory tube - are privy to a special skill: the action produces a low, thunder-like rumbling in their ears. Each deflection contained four distinct stages: (1) a reduction in compliance (downward tracing) with TTM contraction, (2) an increase in compliance (upward tracing) with the relaxation of the TTM, (3) a further increase or spike in compliance (upward tracing) above baseline, and (4) a near return to baseline compliance May 14, 2020 · That rushing rumbly sound you hear is your tensor tympani muscles contracting. May 19, 2023 · 202. TIL that a small portion of the population can voluntarily control their tensor tympani muscle, causing a low rumble in the ear. “Contracting this muscle produces vibration and sound. Effects of tensor tympani muscle contraction on the middle ear and markers of a contracted muscle. Methods Five volunteers possessing the ability to voluntarily contract their tensor tympani muscles were identified and enrolled. tensor tympani is a muscle within the ear. msqjlspf jfbg rwyxx dsnujn mhamzpx fqa cxxugwc pum ckvim ymfv uaaa sjug ozmtl cubeq atdyzj