Nasal Cavity in a sentence

(1) Iguanodons had a large nasal cavity.

(2) The upper jaw supports the nasal cavity.

(3) The vomers are located in the nasal cavity.

(4) The nasal cavity is located behind the nose.

(5) The sac beyond the nose is the nasal cavity.

(6) The ethmoid bone helps form the nasal cavity.

(7) The nasal cavity is connected to the sinuses.

(8) The ethmoid bone is part of the nasal cavity.

(9) The vomer bone is located in the nasal cavity.

(10) The ethmoid sinus is part of the nasal cavity.

Nasal Cavity sentence

(11) The septal bone forms part of the nasal cavity.

(12) The pterygoid plates help form the nasal cavity.

(13) Osteoma can affect the sinuses and nasal cavity.

(14) The lacrymals are located near the nasal cavity.

(15) The piriform bone is located in the nasal cavity.

(16) The doctor removed the polyp from my nasal cavity.

(17) The nasal meatus is connected to the nasal cavity.

(18) The olfactory organ is located in the nasal cavity.

(19) The pterygoid plates help support the nasal cavity.

(20) The frontal sinus is connected to the nasal cavity.

Nasal Cavity make sentence

(21) The olfactory nerve is located in the nasal cavity.

(22) The lacrimal bone is located near the nasal cavity.

(23) The posterior naris is where the nasal cavity ends.

(24) The nasal cavity is located anteriorly in the face.

(25) The sac behind the nose is called the nasal cavity.

(26) The pharynx connects the nasal cavity to the larynx.

(27) The anterior naris is connected to the nasal cavity.

(28) The nasal cavity plays a role in our sense of smell.

(29) The trabeculae in the nose support the nasal cavity.

(30) The unciform cartilage is found in the nasal cavity.

Sentence of nasal cavity

(31) The nasal cavity is lined with mucus-producing cells.

(32) Allergies can lead to congestion in the nasal cavity.

(33) The nasal cavity is lined with a thin layer of mucus.

(34) The polypoid structure was found in the nasal cavity.

(35) Infections can cause inflammation in the nasal cavity.

(36) The nasal cavity is connected to the Eustachian tubes.

(37) The submaxilla is located just below the nasal cavity.

(38) The anterior naris is the opening of the nasal cavity.

(39) The nasal cavity is lined with tiny hairs called cilia.

(40) The first cranial nerve is located in the nasal cavity.

Nasal Cavity meaningful sentence

(41) The word vomerine refers to a bone in the nasal cavity.

(42) The canthus is where tears drain into the nasal cavity.

(43) The eustachian tube is located behind the nasal cavity.

(44) The choanae are located at the back of the nasal cavity.

(45) The paranasal sinuses are connected to the nasal cavity.

(46) The olfactory epithelium is located in the nasal cavity.

(47) The nasal cavity is lined with a layer of ciliated cells.

(48) The pharyngeal recess is located behind the nasal cavity.

(49) The piriform aperture is the opening of the nasal cavity.

(50) The pyriform aperture is the opening of the nasal cavity.

Nasal Cavity sentence examples

(51) The nasal meatus is a narrow passage in the nasal cavity.

(52) The conchae increase the surface area of the nasal cavity.

(53) The septations in the nasal cavity help to direct airflow.

(54) The foreign body was lodged in the patient's nasal cavity.

(55) The conchae are bony structures found in the nasal cavity.

(56) The epipharynx is located at the back of the nasal cavity.

(57) The nasal cavity is an important part of our immune system.

(58) The nasopharynx is located at the back of the nasal cavity.

(59) The vomers are two small bones located in the nasal cavity.

(60) The turbinates are located on the sides of the nasal cavity.

Sentence with nasal cavity

(61) The nasal cavity is an important part of our sense of taste.

(62) The conchae can be seen on a radiograph of the nasal cavity.

(63) The maxillae contribute to the formation of the nasal cavity.

(64) The ethmoidal artery is located deep within the nasal cavity.

(65) The choanae are the openings at the back of the nasal cavity.

(66) The pterygopalatine artery supplies blood to the nasal cavity.

(67) The nasal cavity is susceptible to drying out in dry climates.

(68) The ceratopsid had a large nasal cavity for cooling its brain.

(69) The septums of the human nose help to divide the nasal cavity.

(70) The ethmoidal plate separates the nasal cavity from the brain.

Use nasal cavity in a sentence

(71) The ethmoidal plate separates the brain from the nasal cavity.

(72) The choana is wider in individuals with a larger nasal cavity.

(73) The substance was insufflated into the patient's nasal cavity.

(74) The choana is a small opening in the back of the nasal cavity.

(75) The nasal concha is a bony structure found in the nasal cavity.

(76) Tears flow through the lacrimal duct and into the nasal cavity.

(77) The ethmoidal conchae are bony projections in the nasal cavity.

(78) The cribriform plate separates the nasal cavity from the brain.

(79) The nasociliary artery is located deep within the nasal cavity.

(80) The bregmatic bone is a small bone located in the nasal cavity.

Sentence using nasal cavity

(81) The anterior naris is located at the front of the nasal cavity.

(82) The nasal cavity connects to the throat through the nasopharynx.

(83) The nasal cavity is divided into two halves by the nasal septum.

(84) The nasal cavity is an important part of the respiratory system.

(85) The nasal cavity is a common site for the development of tumors.

(86) The nasal cavity is lined with a thin layer of epithelial cells.

(87) The nasal cavity is an essential component of the human anatomy.

(88) The turbinal is located on the lateral wall of the nasal cavity.

(89) The velum helps to close off the nasal cavity during swallowing.

(90) The choana is located at the posterior part of the nasal cavity.

Nasal Cavity example sentence

(91) The palatines are involved in the formation of the nasal cavity.

(92) Angiofibroma can cause recurrent infections in the nasal cavity.

(93) The probang was inserted gently into the patient's nasal cavity.

(94) The membrane bone in the nose helps to support the nasal cavity.

(95) Ozena is a rare medical condition that affects the nasal cavity.

(96) The meatuses of the nasal cavity are lined with mucous membranes.

(97) The conchae are located on the lateral walls of the nasal cavity.

(98) The conchae are important for maintaining a healthy nasal cavity.

(99) The foramina of the ethmoid bone are located in the nasal cavity.

(100) The lacrymal ducts carry tears from the eyes to the nasal cavity.

Sentence with word nasal cavity

(101) The posterior naris connects the nasal cavity to the nasopharynx.

(102) The nasal concha is a bony structure located in the nasal cavity.

(103) The vomerine bone is located in the nasal cavity of many animals.

(104) The fontal process of the maxilla forms part of the nasal cavity.

(105) The turbinates play a crucial role in the nasal cavity's function.

(106) The pharynx is located between the nasal cavity and the esophagus.

(107) The word turbinal refers to a structure found in the nasal cavity.

(108) The orinasal passage connects the nasal cavity to the oral cavity.

(109) The conchae help to increase the surface area of the nasal cavity.

(110) The pseudostratified epithelium is also found in the nasal cavity.

Sentence of nasal cavity

(111) The lacrymal duct drains tears from the eye into the nasal cavity.

(112) The sphenoid bone is involved in the formation of the nasal cavity.

(113) The posterior naris is the opening at the back of the nasal cavity.

(114) The nasal cavity is responsible for humidifying the air we breathe.

(115) The nasal cavity is prone to infections during cold and flu season.

(116) The nasal cavity is lined with specialized cells that detect odors.

(117) The word choana refers to the internal opening of the nasal cavity.

(118) The alisphenoids are involved in the formation of the nasal cavity.

(119) The nasociliary artery is a vital blood vessel in the nasal cavity.

(120) The orinasal anatomy includes the nasal cavity and the oral cavity.

Nasal Cavity used in a sentence

(121) The apophyges on the ethmoid bone help to support the nasal cavity.

(122) The doctor used a rhinoscope to examine the patient's nasal cavity.

(123) The rhinal meatuses are narrow passageways within the nasal cavity.

(124) The choanae allow air to pass from the nasal cavity to the pharynx.

(125) The lachrymal duct drains tears from the eye into the nasal cavity.

(126) The palatine bone is involved in the formation of the nasal cavity.

(127) The doctor diagnosed the patient with polypi in their nasal cavity.

(128) Rhinoscopy is a medical procedure used to examine the nasal cavity.

(129) The nasolacrimal duct connects the lacrimal sac to the nasal cavity.

(130) The nasal cavity is lined with blood vessels that help warm the air.

Nasal Cavity sentence in English

(131) The premaxillae are involved in the development of the nasal cavity.

(132) The maxillary artery is responsible for nourishing the nasal cavity.

(133) The palatine bone plays a role in the formation of the nasal cavity.

(134) She had minor surgery to remove a small polyp from her nasal cavity.

(135) The chondrocranium is involved in the formation of the nasal cavity.

(136) The lachrymal ducts drain tears from the eyes into the nasal cavity.

(137) The oral cavity is connected to the nasal cavity through the pharynx.

(138) The nasal cavity is an important part of the upper respiratory tract.

(139) The nasal cavity is connected to the oral cavity through the choanae.

(140) The nasal cavity is prone to nosebleeds due to its rich blood supply.

(141) The skiagrams displayed a foreign body in the patient's nasal cavity.

(142) The nasopharyngeal region is located at the back of the nasal cavity.

(143) The nasal concha helps to direct the airflow within the nasal cavity.

(144) The nasal concha is located on the lateral walls of the nasal cavity.

(145) The rostral region of the skull is where the nasal cavity is located.

(146) The ethmoidal nerve provides sensory innervation to the nasal cavity.

(147) When you cry, tears flow from the lacrimal sac into the nasal cavity.

(148) The interseptal bone provides structural support to the nasal cavity.

(149) The interseptal arteries supply oxygenated blood to the nasal cavity.

(150) Rhinoscopes are medical instruments used to examine the nasal cavity.

(151) The adenoid is a small gland located in the back of the nasal cavity.

(152) The choanae are located between the nasal cavity and the nasopharynx.

(153) The vomeronasal organ is located in the nasal cavity of many mammals.

(154) The sino-nasal cavity is an important part of the respiratory system.

(155) The turbinates can become infected if bacteria enter the nasal cavity.

(156) The soft palate helps to close off the nasal cavity during swallowing.

(157) Angiofibroma is a benign tumor that commonly affects the nasal cavity.

(158) The nasal cavity is a common site for the development of nasal polyps.

(159) The nasal cavity is responsible for producing mucus to trap particles.

(160) Tears flow through the lacrimal ducts and drain into the nasal cavity.

(161) The nasociliary duct drains tears from the eyes into the nasal cavity.

(162) The ethmoids play a crucial role in the structure of the nasal cavity.

(163) The rhinoscopes helped identify a polyp in the patient's nasal cavity.

(164) The nasoscope allows for a detailed visualization of the nasal cavity.

(165) The doctor identified a polypoid growth in the patient's nasal cavity.

(166) Rhinoscopy is a diagnostic procedure used to examine the nasal cavity.

(167) The rostral portion of the skull is where the nasal cavity is located.

(168) The doctor diagnosed the patient with a polypus in their nasal cavity.

(169) The alary process of the palatine bone forms part of the nasal cavity.

(170) The olf factory bulb is located in the upper part of the nasal cavity.

(171) The anatomy lab required us to insert a tube through the nasal cavity.

(172) The septum is responsible for dividing the nasal cavity into two sides.

(173) The nasolacrimal canal is located between the nasal cavity and the eye.

(174) The choana helps to connect the nasal cavity to the back of the throat.

(175) The buccal cavity is connected to the nasal cavity through the pharynx.

(176) The vomerine bone is located in the posterior part of the nasal cavity.

(177) The premaxilla is a key component in the formation of the nasal cavity.

(178) The liquid medication will vaporize onto the nasal cavity when inhaled.

(179) The palatine bone is also involved in the formation of the nasal cavity.

(180) The maxillary bone is responsible for the formation of the nasal cavity.

(181) The roof of the mouth can be a location where the nasal cavity connects.

(182) The interseptal bone provides support and structure to the nasal cavity.

(183) The choana is responsible for connecting the nasal cavity to the throat.

(184) The maxilla is connected to the nasal cavity through the maxillary sinus.

(185) The nasalization of certain sounds can be affected by nasal cavity shape.

(186) The turbinate bones are located on the lateral walls of the nasal cavity.

(187) The adenoid is a lymphoid tissue located in the back of the nasal cavity.

(188) The ethmoidal artery is a small blood vessel located in the nasal cavity.

(189) The upper respiratory tract includes the nose, nasal cavity, and pharynx.

(190) The choana is responsible for connecting the nasal cavity to the pharynx.

(191) The ethmoid bone is located in the skull and helps form the nasal cavity.

(192) The nasalization of certain sounds can be influenced by nasal cavity size.

(193) The vomer bone is important for maintaining the shape of the nasal cavity.

(194) The rugae in the nasal cavity help filter and humidify the air we breathe.

(195) The premaxillary segment is involved in the formation of the nasal cavity.

(196) The conchae are responsible for directing airflow within the nasal cavity.

(197) The pterygopalatine nerve provides sensory innervation to the nasal cavity.

(198) The plicae in the nasal cavity help filter and humidify the air we breathe.

(199) The turbinate function is to increase the surface area of the nasal cavity.

(200) The ethmoidal bone is located between the nasal cavity and the eye sockets.

(201) The epipharynx is located above the oropharynx and behind the nasal cavity.

(202) The eye-sockets are connected to the nasal cavity through the ethmoid bone.

(203) The endplates of the ethmoid and sphenoid bones help form the nasal cavity.

(204) Polypes can be found in the stomach, intestines, and even the nasal cavity.

(205) The septate nasal cavity of the patient was causing breathing difficulties.

(206) The doctor had to cauterize the patient's nasal cavity to stop a nosebleed.

(207) The pterygopalatine venous plexus is a network of veins in the nasal cavity.

(208) The ethmoid bone is involved in the drainage of mucus from the nasal cavity.

(209) The nasal cavity is susceptible to irritation from pollutants and allergens.

(210) The nasopharynx is located above the oropharynx and behind the nasal cavity.

(211) The nasoscope provided a clear view of any abnormalities in my nasal cavity.

(212) The lacrimal sac connects to the nasal cavity through the nasolacrimal duct.

(213) Rhinoscopy can also be used to remove foreign objects from the nasal cavity.

(214) The rhinal turbinates help to increase the surface area of the nasal cavity.

(215) The lacrimal duct is a small tube that connects the eye to the nasal cavity.

(216) The rhinoscope has a light and camera to capture images of the nasal cavity.

(217) The posterior naris allows air to flow from the nasal cavity into the throat.

(218) The ethmoid sinus is involved in the drainage of mucus from the nasal cavity.

(219) The nasal cavity is responsible for filtering and warming the air we breathe.

(220) I insufflate medication into the patient's nasal cavity for quick absorption.

(221) The maxillary sinus is connected to the nasal cavity through a small opening.

(222) The pterygoid plexus is responsible for draining blood from the nasal cavity.

(223) The ethmoids are responsible for the production of mucus in the nasal cavity.

(224) Tastants can be detected not only on our tongue but also in our nasal cavity.

(225) The nasopharynx is located behind the nasal cavity and above the soft palate.

(226) The absorbable gelatin sponge was used to pack the nasal cavity after surgery.

(227) The maxillaries are involved in the formation of the nasal cavity and sinuses.

(228) The nasolacrimal duct is a small tube connecting the eyes to the nasal cavity.

(229) The doctor diagnosed the patient with a polypous growth in their nasal cavity.

(230) The rhinoscope allowed the doctor to see deep into the patient's nasal cavity.

(231) The vomer bone is important for maintaining the structure of the nasal cavity.

(232) The lacrymals are connected to the nasal cavity through the nasolacrimal duct.

(233) The turbinates can be affected by structural abnormalities in the nasal cavity.

(234) The lacrimal apparatus is connected to the nasal cavity through the tear ducts.

(235) The rhinoscopes provided a clear view of any abnormalities in the nasal cavity.

(236) The ethmoid bone is responsible for separating the nasal cavity from the brain.

(237) The medication is designed to atomise in the nasal cavity for quick absorption.

(238) The palatoglossal fold helps in preventing food from entering the nasal cavity.

(239) The tear ducts are responsible for draining excess tears into the nasal cavity.

(240) The epipharynx helps in the passage of air from the nasal cavity to the larynx.

(241) The nasociliary artery supplies blood to the anterior part of the nasal cavity.

(242) The nasolacrimal canal is responsible for draining tears into the nasal cavity.

(243) Iguanodons, which had a large nasal cavity, may have had a keen sense of smell.

(244) The mucosae in the nasal cavity help to humidify and filter the air we breathe.

(245) The ethmoidal artery is a small vessel that supplies blood to the nasal cavity.

(246) The ethmoid bone is located between the eyes and forms part of the nasal cavity.

(247) Insufflating the powder can cause irritation and discomfort in the nasal cavity.

(248) The ductule was responsible for carrying tears from the eye to the nasal cavity.

(249) The ostium of the nasal cavity is the opening through which air enters the body.

(250) The function of the turbinal is to increase the surface area of the nasal cavity.

(251) The frontal bone is connected to the ethmoid bone at the top of the nasal cavity.

(252) The septa in the nose help to divide the nasal cavity into two separate passages.

(253) The anesthetic was insufflated into the patient's nasal cavity for a rhinoplasty.

(254) The olfactory nerves pass through the cribriform plate to reach the nasal cavity.

(255) The septation of the nasal cavity helps to regulate airflow and filter particles.

(256) The septations in the patient's nasal cavity were causing breathing difficulties.

(257) The palatoglossal sphincter helps to prevent food from entering the nasal cavity.

(258) The lacrimal sac drains tears into the nasal cavity through the nasolacrimal duct.

(259) The maxillary bone is involved in the formation of the nasal cavity and the orbit.

(260) The ethmoid sinus is connected to the nasal cavity by small openings called ostia.

(261) The posterior naris can be affected by a foreign object lodged in the nasal cavity.

(262) The ethmoidal nerve carries sensory information from the nasal cavity to the brain.

(263) The pharyngeal recess is located between the posterior nasal cavity and the larynx.

(264) The intranasal route allows for targeted delivery of medication to the nasal cavity.

(265) Nasalisation can be affected by factors such as nasal airflow and nasal cavity size.

(266) The premaxillary gland is a small gland located in the nasal cavity of some animals.

(267) The ethmoid bone is located between the eyes, and it forms part of the nasal cavity.

(268) The turbinal bones in the nasal cavity help to warm and humidify the air we breathe.

(269) The nasal sinus is connected to the nasal cavity through small openings called ostia.

(270) The velum is important for preventing food and liquid from entering the nasal cavity.

(271) The process of nasalisation occurs when sounds are produced through the nasal cavity.

(272) Insufflating the powder can cause damage to the delicate tissues in the nasal cavity.

(273) The carinas of a human's nasal cavity help to filter and humidify the air we breathe.

(274) The doctor recommended using pledgets for applying the medication to the nasal cavity.

(275) The ductule provided a pathway for the flow of tears from the eye to the nasal cavity.

(276) The nasociliary branch of the ophthalmic nerve supplies sensation to the nasal cavity.

(277) The pterygopalatine nerve provides sensory innervation to the nasal cavity and palate.

(278) The posterior naris is involved in the regulation of air pressure in the nasal cavity.

(279) The lacrimal apparatus is connected to the nasal cavity through the nasolacrimal duct.

(280) The ethmoid sinus is connected to the nasal cavity through small openings called ostia.

(281) The palatoglossal fold assists in the protection of the nasal cavity during swallowing.

(282) The turbinate bones in the nasal cavity help to filter and humidify the air we breathe.

(283) The turbinate structures are responsible for directing airflow within the nasal cavity.

(284) The vasoconstrictor helped to control excessive bleeding in the patient's nasal cavity.

(285) The ethmoids are important for maintaining the balance of pressure in the nasal cavity.

(286) The rhinoscopes allowed the surgeon to visualize the nasal cavity during the procedure.

(287) The nasociliary nerve carries sensory information from the cornea and the nasal cavity.

(288) The mucinoid secretion in the nasal cavity helps to trap and remove airborne particles.

(289) The myomatous polyps in the patient's nasal cavity were causing breathing difficulties.

(290) The ethmoids are important for maintaining the shape and structure of the nasal cavity.

(291) The premaxillaries are important for the formation of the nasal cavity in many animals.

(292) The obturators were designed to prevent food and liquid from entering the nasal cavity.

(293) The ethmoidal meatus is a passage in the nasal cavity that drains the ethmoidal sinuses.

(294) Insufflating the powder into the nasal cavity, the patient experienced immediate relief.

(295) The paranasal sinus is connected to the nasal cavity through small openings called ostia.

(296) The pterygopalatine artery supplies blood to the nasal cavity and surrounding structures.

(297) The rhinoscopes were carefully maneuvered to examine different areas of the nasal cavity.

(298) The parietes of the nasal cavity help filter and humidify air before it enters the lungs.

(299) The membranous lining of the nasal cavity helps to filter and humidify the air we breathe.

(300) The vomeronasal organ is located in the nasal cavity of animals like reptiles and mammals.

(301) The ethmoidal bone plays a crucial role in the structure and function of the nasal cavity.

(302) The pterygopalatine ganglion is responsible for regulating blood flow to the nasal cavity.

(303) The olfactory bulb is connected to the olfactory epithelium, which lines the nasal cavity.

(304) The patient was experiencing frequent nosebleeds due to the polypus in their nasal cavity.

(305) The ethmoid sinus is important for maintaining the balance of pressure in the nasal cavity.

(306) The pterygopalatine nerves transmit sensory information from the nasal cavity to the brain.

(307) The nasolacrimal duct is responsible for draining tears from the eyes into the nasal cavity.

(308) The neuroepithelial lining of the nasal cavity detects odors and sends signals to the brain.

(309) The pterygopalatine ganglion is involved in regulating mucus production in the nasal cavity.

(310) Nasalization is a phonetic process that involves the resonance of sound in the nasal cavity.

(311) The nasociliary artery gives rise to several branches that supply blood to the nasal cavity.

(312) The ceratoduses had a distinctive nasal cavity that may have been used for thermoregulation.

(313) The ethmoid sinus is part of the paranasal sinuses, which are connected to the nasal cavity.

(314) The soft palate is responsible for preventing food and liquid from entering the nasal cavity.

(315) The ethmoid bone is an important landmark for surgical procedures involving the nasal cavity.

(316) The obturator helps prevent food and liquid from entering the nasal cavity during swallowing.

(317) The doctor performed curettage to remove the abnormal tissue from the patient's nasal cavity.

(318) The ductus nasolacrimalis is a small duct that drains tears from the eyes to the nasal cavity.

(319) The transsphenoidal procedure involves accessing the pituitary gland through the nasal cavity.

(320) The ostium of the lacrimal sac is the opening through which tears drain into the nasal cavity.

(321) Nasals are characterized by the closure of the oral cavity and the opening of the nasal cavity.

(322) The ethmoidal infundibulum is a narrow passage connecting the frontal sinus to the nasal cavity.

(323) The choana is a potential site for the spread of infections from the nasal cavity to the throat.

(324) The nasopharyngeal tonsils, also known as adenoids, are located in the back of the nasal cavity.

(325) The maxillaries are also involved in the formation of the nasal cavity and the orbit of the eye.

(326) The ostium of the ethmoid sinus is the opening through which mucus drains into the nasal cavity.

(327) The ostium of the frontal sinus is the opening through which mucus drains into the nasal cavity.

(328) The uncinate process of the ethmoid bone is a small projection that helps form the nasal cavity.

(329) The pterygopalatine canal is a passage connecting the nasal cavity and the pterygopalatine fossa.

(330) Uvulas play a role in preventing food and liquid from entering the nasal cavity while swallowing.

(331) The nasociliary branch of the trigeminal nerve carries sensory information from the nasal cavity.

(332) The pterygopalatine ganglion is involved in regulating the sensation of pain in the nasal cavity.

(333) Should the branchial arches not fuse correctly, it could result in a wide or narrow nasal cavity.

(334) The introitus of the nasal cavity is the opening through which air enters the respiratory system.

(335) The soft palate plays a crucial role in preventing food and liquid from entering the nasal cavity.

(336) The submucous layer of the nasal cavity contains blood vessels that warm and humidify inhaled air.

(337) The tear ducts are connected to the nasal cavity, which is why crying often leads to a runny nose.

(338) The ostium of the maxillary sinus is the opening through which mucus drains into the nasal cavity.

(339) The posterior naris is responsible for the exchange of air between the nasal cavity and the throat.

(340) The ethmoid bone, which is located between the eyes, is responsible for supporting the nasal cavity.

(341) The eye socket is connected to the nasal cavity through a small opening called the nasolacrimal duct.

(342) The uvulae play a role in preventing food and liquid from entering the nasal cavity while swallowing.

(343) The ostium of the sphenoid sinus is the opening through which air and mucus flow into the nasal cavity.

(344) The tympaniform plate in the human skull is a thin bone that separates the nasal cavity from the brain.

(345) The patient was instructed to use a saline solution to cleanse purulent discharge from the nasal cavity.

(346) The platyrrhinian nasal cavity allows for increased air flow, which is beneficial in humid environments.

(347) The intranasal route is preferred for certain medications due to its direct delivery to the nasal cavity.

(348) The ethmoid sinus is connected to the nasal cavity, and it plays an important role in our sense of smell.

(349) Otolaryngologists may use endoscopic techniques to visualize and treat conditions within the nasal cavity.

(350) The pterygopalatine canal is a narrow passageway connecting the pterygopalatine fossa to the nasal cavity.

(351) The pterygopalatine canal is a narrow passageway connecting the nasal cavity to the pterygopalatine fossa.

(352) The ethmoid sinus is lined with cilia, which help to move mucus out of the sinus and into the nasal cavity.

(353) The nasolacrimal duct is lined with ciliated epithelium that helps in moving tears towards the nasal cavity.

(354) The nasociliary duct is lined with ciliated cells that help to move mucus and debris out of the nasal cavity.

(355) The pterygopalatine ganglion is responsible for controlling the dilation of blood vessels in the nasal cavity.

(356) The submucosal layer of the nasal cavity contains blood vessels that help warm and humidify the air we breathe.

(357) The ethmoid bone is responsible for separating the brain from the nasal cavity, and it also helps to filter air.

(358) The ethmoid bone is made up of several thin plates, which help to support the nasal cavity and protect the brain.

(359) The pterygopalatine ganglion is responsible for controlling the constriction of blood vessels in the nasal cavity.

(360) The choanae are essential for the exchange of air between the nasal cavity and the rest of the respiratory system.

(361) The ethmoid bone is often affected by sinus infections, which can cause inflammation and pain in the nasal cavity.

(362) Turbinectomy may be performed using endoscopic techniques, which involve inserting a small camera into the nasal cavity.

(363) The anterior naris, which is the opening of the nasal cavity, is responsible for filtering out dust and other particles.

(364) The anterior naris is located at the base of the nasal cavity, and it is lined with tiny hairs that help trap particles.

(365) The doctor explained that eosinophilic angiocentric fibrosis is a rare disorder that affects the nasal cavity and sinuses.

(366) The uvulae is believed to have evolved as a way to prevent food and liquid from entering the nasal cavity during swallowing.

(367) The ethmoid bone, which is located between the eyes, is responsible for forming the roof of the nasal cavity and the medial wall of the orbit.

(368) The anterior naris, which is the opening of the nasal cavity, filters out dust and other particles while the olfactory receptors detect smells.

(369) Despite its small size, the ethmoid bone is a critical component of the skull and plays a vital role in protecting the brain and supporting the nasal cavity.

(370) While insufflating the powder into the nasal cavity, the pharmacist explained the proper technique to the patient, and the patient followed the instructions carefully.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Nasal Cavity. They do not represent the opinions of TranslateEN.com.