The helix, located on the outer part of the ear, is a prominent curved ridge that runs along the edge. It is formed by the folding and curving of the cartilage, giving the ear its distinctive shape. The helix serves as a protective barrier for the ear canal, helping to funnel sound into the ear and enhance the perception of sound waves. It also contributes to the overall structural integrity of the ear, allowing for flexibility and movement.

What is "helix"?

helix

https://tts.langeek.co/read?text=aGVsaXg&hash=a07c1311b4015b63506d1b78c50b6a3cd7b46e73&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=aGVsaXg&hash=a96b7d31822c7b35e97d008a9add258564ea8028&lang=en&cache-only=0&driver=googletts&accent=GB

The antihelix, located on the inner part of the ear, is a curved ridge that lies parallel to the helix. It is formed by the folding and contouring of the cartilage, giving the ear its intricate shape. The antihelix helps to funnel sound waves into the ear canal and plays a role in directing the sound toward the eardrum for optimal hearing. It adds structural support to the ear and contributes to the overall aesthetics and functionality of the ear.

What is "antihelix"?

antihelix

https://tts.langeek.co/read?text=YW50aWhlbGl4&hash=253bb98509711f8460ab5044c784122ba98238a8&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=YW50aWhlbGl4&hash=ea9a56186d69e3adbaafb2fc347f92fe4e998aad&lang=en&cache-only=0&driver=googletts&accent=GB

The concha, also known as the auricular concha or ear concha, is a curved and hollow structure located within the external ear. It is formed by the concha bowl, a concave depression that helps collect and funnel sound waves into the ear canal. The concha plays a crucial role in directing sound vibrations toward the middle and inner ear, contributing to our sense of hearing and spatial awareness. Additionally, it aids in the protection and maintenance of the ear canal by preventing the entry of foreign objects and debris.

What is "concha"?

concha

https://tts.langeek.co/read?text=Y29uY2hh&hash=e4e4c46e49665abe94f32350d7ff4008993cadad&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=Y29uY2hh&hash=18cc4f92481afaf765ae9e64e199d2b526c310c7&lang=en&cache-only=0&driver=googletts&accent=GB

The antitragus is a small projection of cartilage located opposite the tragus in the external ear. It is positioned above the earlobe, near the opening of the ear canal. The antitragus helps in the formation of the auricle and contributes to the structure and shape of the ear. While it doesn't have any significant sensory or functional role, the antitragus, along with other anatomical features of the ear, adds to the uniqueness and individuality of each person's appearance.

What is "antitragus"?

antitragus

https://tts.langeek.co/read?text=YW50aXRyYWd1cw&hash=f173aed27e174d020003fb6cd183c32b02c1b2f6&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=YW50aXRyYWd1cw&hash=4120c231118438f11fef1900e68043c970c2c8d6&lang=en&cache-only=0&driver=googletts&accent=GB

The tragus is a small, fleshy projection located on the external part of the ear. It is composed of cartilage and is situated in front of the ear canal. The tragus helps to funnel sound waves into the ear canal and plays a role in directing and amplifying sound. It also serves as a protective feature, helping to shield the entrance of the ear canal and preventing foreign objects from easily entering.

What is "tragus"?

tragus

https://tts.langeek.co/read?text=dHJhZ3Vz&hash=98373adac1ba937c77b467364148b8ef5f640ee0&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=dHJhZ3Vz&hash=a6bda650c02c00035269bb7c4a58980210cd9afe&lang=en&cache-only=0&driver=googletts&accent=GB

The ear canal, also known as the auditory canal or external acoustic meatus, is a passage that leads from the outer ear to the eardrum. It is a tube-like structure lined with skin and contains tiny hairs and ceruminous glands that produce earwax. The ear canal serves as a pathway for sound waves to travel from the external environment to the middle ear, where they are further transmitted to the inner ear for processing. It also helps to protect the delicate structures of the middle and inner ear by providing a barrier against foreign objects and excessive moisture.

What is "ear canal"?

ear canal

https://tts.langeek.co/read?text=ZWFyIGNhbmFs&hash=89b81df07fd7deca6cb901783da13f9e9320fa63&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=ZWFyIGNhbmFs&hash=54ce831cfee4d34c2ccd310e02cf0dd727728c9c&lang=en&cache-only=0&driver=googletts&accent=GB

The lobule, also known as the earlobe, is the soft, fleshy lower part of the external ear. It is composed of connective tissue, fat, and blood vessels, and it lacks the cartilage found in the rest of the ear. The lobule hangs down from the ear and is often a site for various types of ear piercings. It has a significant role in personal aesthetics and cultural practices, with earrings and other adornments commonly worn on the lobes. The lobule does not contribute to hearing but serves as an individualized and distinctive feature of the human ear.

What is "lobule"?

lobule

https://tts.langeek.co/read?text=bG9idWxl&hash=d7bf792226e4696f6a15da599e5d1785ee092891&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=bG9idWxl&hash=d9b73c72c3112bc594fbf4147f8bdcb9b47f2e6f&lang=en&cache-only=0&driver=googletts&accent=GB

The middle ear is a cavity located behind the eardrum and connected to the throat via the Eustachian tube. It contains three small bones called ossicles, which transmit sound vibrations from the eardrum to the inner ear. The middle ear plays a crucial role in amplifying and transmitting sound signals to the inner ear for further processing and interpretation by the auditory system.

What is "middle ear "?

middle ear

https://tts.langeek.co/read?text=bWlkZGxlIGVhcg&hash=c426e969658c95515adbb43a07c9812a79544732&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=bWlkZGxlIGVhcg&hash=5e4c66fa12ea065eb544c0e9c5ad3466f5775a1b&lang=en&cache-only=0&driver=googletts&accent=GB

The malleus is a small bone in the middle ear that plays a crucial role in the process of hearing. Shaped like a hammer, it is connected to the eardrum and acts as a bridge between the vibrations of sound waves and the inner ear. By transmitting these vibrations to the other two bones in the middle ear, it helps amplify and transmit sound signals to the cochlea, allowing us to perceive and interpret sound.

What is "malleus"?

malleus

https://tts.langeek.co/read?text=bWFsbGV1cw&hash=65dd6f51ad625093a53ec3eb0238b8d94a1cf211&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=bWFsbGV1cw&hash=4d558f748fd3a45a69db276ab89a8a7267a36d95&lang=en&cache-only=0&driver=googletts&accent=GB

The eardrum, also known as the tympanic membrane, is a thin, cone-shaped membrane located in the middle ear. It separates the outer ear from the middle ear and plays a crucial role in the process of hearing. When sound waves enter the ear, they cause the eardrum to vibrate, which in turn transmits these vibrations to the bones of the middle ear, allowing sound to be amplified and transmitted further into the inner ear for processing.

What is "eardrum"?

eardrum

https://tts.langeek.co/read?text=ZWFyZHJ1bQ&hash=4560c0189b8a1f68c887bc19e3c218a7ee2b4bd6&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=ZWFyZHJ1bQ&hash=b0a63eaea2bc25a97ebb11add05b355e890faad2&lang=en&cache-only=0&driver=googletts&accent=GB

The incus, also known as the anvil, is one of the three small bones in the middle ear called the ossicles. It is located between the malleus (hammer) and the stapes (stirrup). The incus plays a vital role in the transmission of sound vibrations. When the eardrum vibrates in response to sound waves, the malleus transfers these vibrations to the incus, which then passes them on to the stapes. This chain of transmission helps amplify and transmit sound from the outer ear to the inner ear, enabling the process of hearing.

What is "incus"?

incus

https://tts.langeek.co/read?text=aW5jdXM&hash=9c1c6a2aeb52e479415e2df27ad3490baf9685d4&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=aW5jdXM&hash=74e5868f13ca6cabe434e24a44aee7053c6189a8&lang=en&cache-only=0&driver=googletts&accent=GB

The stapes, a tiny bone in the human ear, plays a crucial role in the process of hearing. Shaped like a stirrup, it connects the incus (anvil) to the oval window of the inner ear. As sound waves enter the ear, the stapes vibrates, transmitting these vibrations from the middle ear to the fluid-filled cochlea. This mechanical movement of the stapes allows for the conversion of sound energy into electrical signals, facilitating the auditory perception in humans.

What is "stapes"?

stapes

https://tts.langeek.co/read?text=c3RhcGVz&hash=ff3a7a771553af580a647dd9398a7cbfcad827bc&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=c3RhcGVz&hash=b1e7f4af570269349fc2426c745f50a08536180a&lang=en&cache-only=0&driver=googletts&accent=GB

The auricle, also known as the external ear or pinna, is the visible part of the ear that protrudes from the side of the head. It is composed of cartilage and is responsible for collecting sound waves and directing them into the ear canal. The auricle plays a crucial role in the localization and amplification of sound, allowing us to perceive and interpret the auditory information in our environment.

What is "auricle"?

auricle

https://tts.langeek.co/read?text=YXVyaWNsZQ&hash=6be243ff564c21bb1db8fd0fc70da892ab28eb4b&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=YXVyaWNsZQ&hash=128cf52c7b0b9a2403430ad2d8fe6bfe97e97909&lang=en&cache-only=0&driver=googletts&accent=GB

The cochlea is a crucial sensory organ in the inner ear, resembling a snail shell, and is responsible for translating sound waves into electrical impulses. It contains delicate hair cells that detect different frequencies of sound, allowing us to perceive a wide range of auditory sensations, from low-pitched sounds to high-pitched tones. The cochlea plays a vital role in our ability to hear and interpret sounds in our environment.

What is "cochlea"?

cochlea

https://tts.langeek.co/read?text=Y29jaGxlYQ&hash=45f94ee8f2e9f70bc3ea9393a662b5733c5a01e3&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=Y29jaGxlYQ&hash=3ddca7368248451685bb2f6d6cceb39763ecbcbd&lang=en&cache-only=0&driver=googletts&accent=GB

The earlobe is the soft, fleshy part at the bottom of the external ear, hanging down below the ear canal. It is composed mainly of skin and fat, lacking the cartilage found in the rest of the ear. The earlobe is highly variable in size, shape, and texture among individuals and can be pierced for the purpose of wearing earrings or other forms of body adornment. It serves primarily as a decorative and aesthetic feature of the ear, with no direct role in hearing or sound perception.

What is "earlobe"?

earlobe

https://tts.langeek.co/read?text=ZWFybG9iZQ&hash=6de1bcda44d465025463474cbfc3662220a0b6c4&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=ZWFybG9iZQ&hash=7f8f1bdfa722e4e33efc0fcb2c7dab50114365a3&lang=en&cache-only=0&driver=googletts&accent=GB

The outer ear is the external portion of the ear that consists of the pinna and the ear canal. The pinna, also known as the auricle, is the visible part of the ear that helps in capturing and funneling sound waves towards the ear canal. The ear canal is a narrow tube that leads to the middle ear, providing a pathway for sound to travel. The outer ear plays a crucial role in collecting and directing sound waves, allowing us to perceive and process auditory information.

What is "outer ear"?

outer ear

https://tts.langeek.co/read?text=b3V0ZXIgZWFy&hash=593e6bb5843978f4e80190f1c8dfc846e681f3b0&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=b3V0ZXIgZWFy&hash=3935f0b17e2a17d157a4687e4115fc4e722f5d64&lang=en&cache-only=0&driver=googletts&accent=GB

The inner ear is a complex structure located deep within the skull and is responsible for both hearing and balance. It consists of the cochlea, semicircular canals, and vestibule. The cochlea is responsible for converting sound vibrations into electrical signals that can be interpreted by the brain. The semicircular canals and vestibule play a crucial role in maintaining balance and detecting changes in head position and movement. The inner ear is filled with fluid and contains delicate sensory cells that help transmit auditory and vestibular information to the brain. It is a vital part of our sensory system, enabling us to hear and maintain our sense of balance.

What is "inner ear"?

inner ear

https://tts.langeek.co/read?text=aW5uZXIgZWFy&hash=71cf5280cf80be7952d53ef66dcf1ff1c2c555e4&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=aW5uZXIgZWFy&hash=0a4e268ca22c9b047779a52de54c49b8c530a50d&lang=en&cache-only=0&driver=googletts&accent=GB

The vestibular duct, also known as the scala vestibuli, is a fluid-filled chamber within the cochlea of the inner ear. It is one of the three chambers of the cochlea, alongside the cochlear duct and the scala tympani. The vestibular duct is responsible for conducting sound vibrations that enter the cochlea through the oval window. It is lined with specialized sensory cells called hair cells, which detect the vibrations and convert them into electrical signals that can be interpreted by the brain. The vestibular duct plays a crucial role in the process of hearing and contributes to our sense of balance and spatial orientation.

What is "vestibular duct"?

vestibular duct

https://tts.langeek.co/read?text=dmVzdGlidWxhciBkdWN0&hash=99957665bff33d28eb7e4e1ed454273b120ae0f4&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=dmVzdGlidWxhciBkdWN0&hash=fe491575b44b9ba8afa4db108eaef5e1164c454d&lang=en&cache-only=0&driver=googletts&accent=GB

The tympanic duct, also known as the scala tympani, is a fluid-filled chamber located in the cochlea of the inner ear. It is one of the three chambers of the cochlea, alongside the vestibular duct and the cochlear duct. The tympanic duct extends from the apex of the cochlea to the round window, which is covered by a membrane. The primary function of the tympanic duct is to transmit sound vibrations that have traveled through the cochlear duct. These vibrations are transmitted to the round window, causing it to move and allowing for the dissipation of the fluid's pressure. The tympanic duct plays a vital role in the process of hearing by helping to amplify and transmit sound signals for further processing by the auditory system.

What is "tympanic duct"?

tympanic duct

https://tts.langeek.co/read?text=dHltcGFuaWMgZHVjdA&hash=cc968239a40ffc5b8dbc8150502f2c1555c9414f&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=dHltcGFuaWMgZHVjdA&hash=174c69747584bf28dca669e9bb9727b840e1fb1b&lang=en&cache-only=0&driver=googletts&accent=GB

The Eustachian tube, also known as the auditory tube, is a small passageway that connects the middle ear to the back of the throat. It plays a crucial role in equalizing the air pressure between the middle ear and the environment. The Eustachian tube is responsible for regulating pressure changes in the middle ear, allowing the ear to function properly. It opens during activities like swallowing or yawning, allowing air to enter or leave the middle ear and equalize the pressure. This action helps to protect the eardrum from damage and ensures optimal hearing. Additionally, the Eustachian tube serves as a drainage pathway for fluid that may accumulate in the middle ear, helping to maintain a healthy and balanced ear environment.

What is "Eustachian tube"?

Eustachian tube

https://tts.langeek.co/read?text=RXVzdGFjaGlhbiB0dWJl&hash=955edc212a3f18c8c0004ded8035236e4443c0bb&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=RXVzdGFjaGlhbiB0dWJl&hash=3050f98f03ae6f0677d1dfdd144eb4728eddefa3&lang=en&cache-only=0&driver=googletts&accent=GB

The semicircular canal is a part of the vestibular system in the inner ear and is essential for our sense of balance. Each canal is oriented in a different plane and filled with fluid. When we move our head, the fluid in the canals moves as well, stimulating specialized hair cells that send signals to the brain about the direction and speed of the head movement. This information allows us to maintain our balance, adjust our posture, and coordinate our movements effectively.

What is "semicircular canal"?

semicircular canal

https://tts.langeek.co/read?text=c2VtaWNpcmN1bGFyIGNhbmFs&hash=0f6095bae7eb51bbc8c638d1da02241bef450893&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=c2VtaWNpcmN1bGFyIGNhbmFs&hash=9c8c2943e5244f6b15b80675c1b31fb7502cba9d&lang=en&cache-only=0&driver=googletts&accent=GB

The utricle is a component of the vestibular system in the inner ear, responsible for detecting changes in head position and linear acceleration. It contains hair cells that are sensitive to the movement of fluid and help transmit signals to the brain to maintain balance and coordinate body movements. The utricle is essential for our sense of spatial orientation and plays a vital role in our ability to navigate and perceive the world around us.

What is "utricle"?

utricle

https://tts.langeek.co/read?text=dXRyaWNsZQ&hash=f222ae1489252168455e406a7b29a93f88f2f29e&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=dXRyaWNsZQ&hash=5f1167900d4b5a027e26aeba64cf94dd13d82e23&lang=en&cache-only=0&driver=googletts&accent=GB

The ampulla is a specialized structure located within the semicircular canals of the inner ear. It contains the crista ampullaris, which is a sensory organ responsible for detecting rotational movements of the head. The hair cells within the ampulla sense the movement of the fluid within the canals and send signals to the brain, contributing to our sense of balance and equilibrium.

What is "ampulla"?

ampulla

https://tts.langeek.co/read?text=YW1wdWxsYQ&hash=51d0b5fb9c4380d10590615918ce9401bab3c90b&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=YW1wdWxsYQ&hash=f57fc9fe1ea678ba411bd975d9a03e0b087add79&lang=en&cache-only=0&driver=googletts&accent=GB

The cochlear duct, or scala media, is a portion of the cochlea in the inner ear that is filled with a fluid called endolymph. It is surrounded by the scala vestibuli and scala tympani, which are filled with another fluid called perilymph. The cochlear duct houses the sensory cells responsible for detecting sound waves and converting them into electrical signals that can be transmitted to the brain for interpretation. These sensory cells, called hair cells, play a crucial role in our ability to hear and perceive sound.

What is "cochlear duct"?

cochlear duct

https://tts.langeek.co/read?text=Y29jaGxlYXIgZHVjdA&hash=6a8ded821c57681cd517b6a69b3ea0d9ddb1b3ae&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=Y29jaGxlYXIgZHVjdA&hash=69fefddaa22f9910eb792845b9786bad580c2f5f&lang=en&cache-only=0&driver=googletts&accent=GB

The saccule is a sensory organ located within the inner ear, specifically within the vestibular system. It plays a crucial role in our sense of balance and spatial orientation. The saccule contains specialized cells that are sensitive to changes in linear acceleration and head position, allowing us to maintain stability and perceive our body's position in relation to gravity. This information is relayed to the brain, contributing to our overall sense of equilibrium and helping us maintain proper posture and coordination.

What is "saccule"?

saccule

https://tts.langeek.co/read?text=c2FjY3VsZQ&hash=c7066c53cad381e346fd15a928b03da63d37581b&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=c2FjY3VsZQ&hash=236136e26cfc539db73b12d98d4216a38aeb4632&lang=en&cache-only=0&driver=googletts&accent=GB

The round window is a small, membrane-covered opening located in the inner ear, specifically in the cochlea. It plays a crucial role in the transmission of sound waves and the maintenance of proper fluid pressure within the cochlea. When sound vibrations enter the cochlea, they cause the fluid inside to move. The round window acts as a pressure relief valve, allowing the fluid to move and preventing damage to the delicate structures of the inner ear. This dynamic function of the round window is essential for our ability to perceive and interpret sound.

What is "round window"?

round window

https://tts.langeek.co/read?text=cm91bmQgd2luZG93&hash=6a941670350cc93d794f39debd6b453581497461&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=cm91bmQgd2luZG93&hash=fc7abcca15ec94b35e6202cfa5459d146f6a2f8f&lang=en&cache-only=0&driver=googletts&accent=GB

Here you will learn some English words related to the ear, such as "auricle", "cochlea", and "earlobe".

Từ tiếng Anh cho "Tai"