Respiratory Tract in a sentence

(1) The respiratory tract helps us breathe.

(2) Goblet cells line the respiratory tract.

(3) The respiratory tract ends in our lungs.

(4) Asthma can affect the lower respiratory tract.

(5) Microvilli are found in the respiratory tract.

(6) Smoking can damage the lower respiratory tract.

(7) Bacteria can be found in the respiratory tract.

(8) The mucous membrane lines the respiratory tract.

(9) Eosinophiles are found in the respiratory tract.

(10) The choana is part of the upper respiratory tract.

Respiratory Tract sentence

(11) Trophozoites can be found in the respiratory tract.

(12) The bronchi are part of the lower respiratory tract.

(13) The bronchus is part of the lower respiratory tract.

(14) The columnar epithelium lines the respiratory tract.

(15) Diplococci are often found in the respiratory tract.

(16) Infections can occur in the lower respiratory tract.

(17) The bronchium is part of the lower respiratory tract.

(18) The lower respiratory tract is involved in breathing.

(19) The bronchia are part of the lower respiratory tract.

(20) Neisseria is commonly found in the respiratory tract.

Respiratory Tract make sentence

(21) Asthma primarily affects the lower respiratory tract.

(22) The respiratory tract includes the lungs and airways.

(23) The epiglottis is part of the upper respiratory tract.

(24) The bronchiole is part of the lower respiratory tract.

(25) The lower respiratory tract is affected by bronchitis.

(26) Pneumococci are commonly found in the respiratory tract.

(27) The nasal meatus is part of the upper respiratory tract.

(28) The bronchioles are part of the lower respiratory tract.

(29) The lower respiratory tract can be affected by allergies.

(30) The lower respiratory tract can be affected by emphysema.

Sentence of respiratory tract

(31) The lower respiratory tract is lined with ciliated cells.

(32) The upper respiratory tract includes the nose and throat.

(33) The lower respiratory tract can be affected by bronchitis.

(34) The coccus bacteria can be found in the respiratory tract.

(35) The bronchial tube is part of the lower respiratory tract.

(36) The lower respiratory tract is susceptible to lung cancer.

(37) The respiratory tract can get sick if we breathe in germs.

(38) The posterior naris is part of the upper respiratory tract.

(39) Pneumococcus is often found in the upper respiratory tract.

(40) Influenzas can cause inflammation of the respiratory tract.

Respiratory Tract meaningful sentence

(41) The lower respiratory tract includes the bronchi and lungs.

(42) The lower respiratory tract is susceptible to inflammation.

(43) The lower respiratory tract is lined with mucous membranes.

(44) The lower respiratory tract can be affected by lung cancer.

(45) Colds and flu primarily affect the upper respiratory tract.

(46) The respiratory tract includes the nose, throat, and lungs.

(47) The lower respiratory tract is responsible for gas exchange.

(48) The lower respiratory tract can be affected by tuberculosis.

(49) The lower respiratory tract can be affected by pneumothorax.

(50) Sinusitis is an inflammation of the upper respiratory tract.

Respiratory Tract sentence examples

(51) The respiratory tract includes the nose, trachea, and lungs.

(52) The rhinovirus primarily affects the upper respiratory tract.

(53) The reovirus can cause inflammation in the respiratory tract.

(54) The pharyngeal recess is part of the upper respiratory tract.

(55) Immunoreactive cells were localized in the respiratory tract.

(56) Propionibacterium is commonly found in the respiratory tract.

(57) The pharynx is a key component of the upper respiratory tract.

(58) Ciliary movement helps to move mucus in the respiratory tract.

(59) The lower respiratory tract is protected by the immune system.

(60) The lower respiratory tract can be affected by bronchiectasis.

Sentence with respiratory tract

(61) Infections in the lower respiratory tract can cause pneumonia.

(62) Smoking can damage the tissues of the lower respiratory tract.

(63) The lower respiratory tract is affected by pulmonary fibrosis.

(64) Smoking can damage the tissues of the upper respiratory tract.

(65) The upper respiratory tract is involved in the sense of smell.

(66) The upper respiratory tract is protected by the immune system.

(67) The respiratory tract is lined with columnar epithelial cells.

(68) Haemophilus bacteria are often found in the respiratory tract.

(69) The respiratory tract is also known as the respiratory system.

(70) Smoking can damage the mucosal lining of the respiratory tract.

Use respiratory tract in a sentence

(71) Mucin is commonly found in the lining of the respiratory tract.

(72) Pneumococcal bacteria can colonize the upper respiratory tract.

(73) Pneumonia is a common infection of the lower respiratory tract.

(74) The lower respiratory tract can become congested during a cold.

(75) The lower respiratory tract can be affected by cystic fibrosis.

(76) The lower respiratory tract is susceptible to various diseases.

(77) Aureomycin is often used to treat respiratory tract infections.

(78) Minocycline is also used to treat respiratory tract infections.

(79) The respiratory tract can be affected by asthma and bronchitis.

(80) Erythromycin can be used to treat respiratory tract infections.

Sentence using respiratory tract

(81) The respiratory tract can be affected by smoking and pollution.

(82) The upper respiratory tract is essential for the sense of smell.

(83) Amoxicillin is often used to treat respiratory tract infections.

(84) The lower respiratory tract can be affected by viral infections.

(85) The entoblast gives rise to the lining of the respiratory tract.

(86) The lower respiratory tract is lined with mucus-producing cells.

(87) Allergies can cause inflammation in the upper respiratory tract.

(88) The upper respiratory tract is lined with mucus-producing cells.

(89) The upper respiratory tract is lined with a thin layer of mucus.

(90) Metaplastic squamous cells can be found in the respiratory tract.

Respiratory Tract example sentence

(91) The lower respiratory tract can be affected by fungal infections.

(92) The lower respiratory tract can be affected by genetic disorders.

(93) Tetracycline is often used to treat respiratory tract infections.

(94) Azithromycin is often used to treat respiratory tract infections.

(95) The upper respiratory tract is prone to congestion and blockages.

(96) The lower respiratory tract can be affected by pulmonary fibrosis.

(97) Anatomists study the respiratory tract to understand gas exchange.

(98) The upper respiratory tract is responsible for the sense of smell.

(99) Tobramycin is commonly used to treat respiratory tract infections.

(100) The respiratory tract can be affected by allergies and infections.

Sentence with word respiratory tract

(101) The squamous cells in the respiratory tract help with gas exchange.

(102) The epipharynx is a vital component of the upper respiratory tract.

(103) The oropharynx is an essential part of the upper respiratory tract.

(104) The lower respiratory tract can be affected by autoimmune diseases.

(105) Rhonchi can be heard in both the upper and lower respiratory tract.

(106) Sinusitis is an infection that affects the upper respiratory tract.

(107) The upper respiratory tract is involved in the production of sound.

(108) Diphtheroids are part of the normal flora of the respiratory tract.

(109) Ceftriaxone is commonly prescribed for respiratory tract infections.

(110) Doctors often prescribe aureomycin for respiratory tract infections.

Sentence of respiratory tract

(111) The hypopharynx is an important part of the upper respiratory tract.

(112) Squamous epithelium is found in the lining of the respiratory tract.

(113) The nasopharynx is an important part of the upper respiratory tract.

(114) The lower respiratory tract can be affected by occupational hazards.

(115) The lower respiratory tract can be affected by bacterial infections.

(116) The lower respiratory tract is prone to inflammation and irritation.

(117) The upper respiratory tract is responsible for the intake of oxygen.

(118) Fluoroquinolones can be prescribed for respiratory tract infections.

(119) Sulfa drugs are commonly used to treat respiratory tract infections.

(120) The upper respiratory tract is involved in the process of breathing.

Respiratory Tract used in a sentence

(121) The respiratory tract is important for exchanging gases in the body.

(122) The respiratory tract is essential for providing oxygen to the body.

(123) The respiratory tract is vulnerable to infections such as pneumonia.

(124) Chloromycetin is commonly used to treat respiratory tract infections.

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

(126) Sulfanilamides are often prescribed for respiratory tract infections.

(127) Sulfadimidine is commonly used to treat respiratory tract infections.

(128) Penicillins are commonly prescribed for respiratory tract infections.

(129) Inhaling ammonia can lead to chemical burns in the respiratory tract.

(130) The lower respiratory tract is involved in breathing and respiration.

Respiratory Tract sentence in English

(131) Incredible! The columnar epithelial cell lines the respiratory tract.

(132) The respiratory tract is essential for breathing and oxygen exchange.

(133) Common colds are a frequent occurrence in the upper respiratory tract.

(134) The upper respiratory tract can become congested during a cold or flu.

(135) Respiratory tract infections are more common during the winter months.

(136) Streptobacillus is often associated with respiratory tract infections.

(137) Sulfisoxazole is commonly prescribed for respiratory tract infections.

(138) Mycoplasma can cause inflammation and damage to the respiratory tract.

(139) The lower respiratory tract can be affected by pulmonary hypertension.

(140) The upper respiratory tract plays a crucial role in our immune system.

(141) The upper respiratory tract is prone to inflammation due to allergies.

(142) The upper respiratory tract is a complex system of organs and tissues.

(143) Clarithromycin is commonly used to treat respiratory tract infections.

(144) The endodermal layer gives rise to the lining of the respiratory tract.

(145) The upper respiratory tract is responsible for the production of mucus.

(146) The upper respiratory tract is involved in the regulation of breathing.

(147) Autacoids can regulate the secretion of mucus in the respiratory tract.

(148) The motility of cilia helps to move mucus out of the respiratory tract.

(149) The presence of aerobium in the respiratory tract can cause infections.

(150) Doctors often prescribe cephalosporins for respiratory tract infections.

(151) The respiratory tract is responsible for producing sounds during speech.

(152) Klebsiella can be found in the respiratory tract of healthy individuals.

(153) The lower respiratory tract can be affected by environmental pollutants.

(154) The lower respiratory tract is connected to the upper respiratory tract.

(155) Goblet cells produce mucus, and they are found in the respiratory tract.

(156) Autacoid can stimulate the production of mucus in the respiratory tract.

(157) The upper respiratory tract is composed of several interconnected parts.

(158) The upper respiratory tract is a common site for the growth of bacteria.

(159) The motility of the cilia helps move mucus out of the respiratory tract.

(160) The motility of the cilia in the respiratory tract helps to clear mucus.

(161) The virus was able to hemagglutinate the cells in the respiratory tract.

(162) The movement of cilia helps to propel mucus out of the respiratory tract.

(163) The lower respiratory tract is composed of several anatomical structures.

(164) The upper respiratory tract is composed of various anatomical structures.

(165) The upper respiratory tract is protected by the immune system's defenses.

(166) Eicosanoid can regulate the production of mucus in the respiratory tract.

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

(168) Autocoids can stimulate the production of mucus in the respiratory tract.

(169) The respiratory tract is responsible for bringing oxygen into our bodies.

(170) The ciliation of the respiratory tract helps to remove foreign particles.

(171) The croups is caused by a viral infection in the upper respiratory tract.

(172) Basophiles can be found in tissues such as the skin and respiratory tract.

(173) Chronic obstructive pulmonary disease affects the lower respiratory tract.

(174) The lumenal lining of the respiratory tract helps filter and humidify air.

(175) The lower respiratory tract is affected by chronic respiratory conditions.

(176) Inhaling steam can help relieve congestion in the upper respiratory tract.

(177) The upper respiratory tract is responsible for warming the air we breathe.

(178) Scleroma is a rare bacterial infection that affects the respiratory tract.

(179) The respiratory tract can be affected by viral infections such as the flu.

(180) The respiratory tract is lined with cilia to help remove debris and mucus.

(181) Cloxacillin is commonly used to treat infections in the respiratory tract.

(182) The immotile cilia in her respiratory tract caused breathing difficulties.

(183) Axonemes are involved in the clearance of mucus from the respiratory tract.

(184) Haemophilus is a genus of bacteria commonly found in the respiratory tract.

(185) The upper respiratory tract is a common site for the development of tumors.

(186) The upper respiratory tract is lined with a thin layer of epithelial cells.

(187) Quinolone antibiotics are often used to treat respiratory tract infections.

(188) Trophozoites can be found in the respiratory tract of infected individuals.

(189) The motility of the cilia helps to move mucus out of the respiratory tract.

(190) The respiratory tract can be damaged by smoking and exposure to pollutants.

(191) The apically oriented cilia helped move mucus out of the respiratory tract.

(192) The villous lining of the respiratory tract helps in the exchange of gases.

(193) The axoneme is involved in the transport of mucus in the respiratory tract.

(194) Quinolone is commonly used in the treatment of respiratory tract infections.

(195) The villi lining the respiratory tract help in filtering out dust particles.

(196) Echinacea may help alleviate symptoms of upper respiratory tract infections.

(197) Lactam antibiotics are commonly prescribed for respiratory tract infections.

(198) The streptococcic bacteria can be found in the throat and respiratory tract.

(199) The cilium is involved in the clearance of mucus from the respiratory tract.

(200) The lower respiratory tract is where oxygen is exchanged for carbon dioxide.

(201) The lower respiratory tract is vulnerable to viral and bacterial infections.

(202) The lower respiratory tract is responsible for the production of surfactant.

(203) The lower respiratory tract is involved in the regulation of breathing rate.

(204) The virus can propagate down the respiratory tract and cause severe illness.

(205) The upper respiratory tract is susceptible to viral and bacterial infections.

(206) The upper respiratory tract is responsible for conducting air into the lungs.

(207) The upper respiratory tract is composed of several interconnected structures.

(208) The axoneme is involved in the clearance of mucus from the respiratory tract.

(209) The columnar epithelial cell is found in the lining of the respiratory tract.

(210) The respiratory tract is divided into the upper and lower respiratory tracts.

(211) The lower respiratory tract can be affected by respiratory distress syndrome.

(212) Cefotaxime is commonly used in the treatment of respiratory tract infections.

(213) The respiratory tract is essential for breathing and oxygenation of the body.

(214) The upper respiratory tract is involved in the production of sound and speech.

(215) Inhalation of certain chemicals can cause irritation to the respiratory tract.

(216) The lower respiratory tract is essential for maintaining proper lung function.

(217) The lower respiratory tract is involved in the clearance of foreign particles.

(218) The lower respiratory tract is where oxygen is transported to the bloodstream.

(219) Infections of the upper respiratory tract are common during the winter months.

(220) Eicosanoids can promote mucus production if released in the respiratory tract.

(221) Cefaclor is an antibiotic commonly used to treat respiratory tract infections.

(222) Macrolide antibiotics are commonly used to treat respiratory tract infections.

(223) Infections of the upper respiratory tract are common during the winter season.

(224) The common cold is a viral infection that affects the upper respiratory tract.

(225) The upper respiratory tract is susceptible to various infections and diseases.

(226) The motile cilia lining the respiratory tract help to remove foreign particles.

(227) Enflurane has a pungent odor and may cause irritation to the respiratory tract.

(228) Antibiotics are commonly used in the treatment of respiratory tract infections.

(229) The medication was insufflated into the respiratory tract to improve breathing.

(230) The lower respiratory tract is crucial for maintaining respiratory homeostasis.

(231) The upper respiratory tract is essential for the exchange of gases in the body.

(232) The cilium aids in the removal of foreign particles from the respiratory tract.

(233) The upper respiratory tract can become inflamed due to allergies or infections.

(234) The respiratory tract allows us to breathe in oxygen and exhale carbon dioxide.

(235) Sinus infections can cause inflammation and pain in the upper respiratory tract.

(236) The respiratory tract is essential for the body's overall health and well-being.

(237) Sulfapyridine is commonly used in the treatment of respiratory tract infections.

(238) Cephalothins are commonly used in the treatment of respiratory tract infections.

(239) Coughing and sneezing are common symptoms of upper respiratory tract infections.

(240) The respiratory tract can be affected by illnesses such as asthma and pneumonia.

(241) Clindamycins are often prescribed for patients with respiratory tract infections.

(242) The lower respiratory tract is responsible for filtering and humidifying the air.

(243) The lower respiratory tract is responsible for the expulsion of mucus and debris.

(244) The upper respiratory tract is lined with tiny hair-like structures called cilia.

(245) The upper respiratory tract is vulnerable to irritants and pollutants in the air.

(246) The respiratory tract can be divided into the upper and lower respiratory system.

(247) Smoking can have detrimental effects on the health of the upper respiratory tract.

(248) Inflammation of the respiratory tract can lead to a condition known as bronchitis.

(249) Streptococci are a type of bacteria commonly found in the human respiratory tract.

(250) Haemophilus bacteria are often found in the normal flora of the respiratory tract.

(251) The mucociliary transport system helps to move mucus out of the respiratory tract.

(252) The upper respiratory tract is responsible for vocalization and speech production.

(253) The mucosal cells in the respiratory tract help trap and remove foreign particles.

(254) Gram-positive bacteria are commonly found on the skin and in the respiratory tract.

(255) The epithelial lining of the respiratory tract traps and removes foreign particles.

(256) Quinolones are often prescribed for respiratory tract infections such as pneumonia.

(257) Mucoproteins are essential components of mucus secretions in the respiratory tract.

(258) The mucosae lining the respiratory tract help to trap and remove foreign particles.

(259) The upper respiratory tract infection is a common illness during the winter months.

(260) The respiratory tract can be affected by genetic disorders such as cystic fibrosis.

(261) The upper respiratory tract is responsible for the filtration of airborne particles.

(262) Pneumobacillus is often found in the upper respiratory tract of healthy individuals.

(263) The absence of goblet cells in the respiratory tract can lead to chronic bronchitis.

(264) The respiratory tract allows us to breathe in oxygen and breathe out carbon dioxide.

(265) The upper respiratory tract plays a crucial role in the body's immune defense system.

(266) Ciliated cells in the respiratory tract have tiny hair-like projections called cilia.

(267) Goblet cells are specialized cells found in the respiratory tract that secrete mucus.

(268) The vibratile movement of the cilia helps to move mucus out of the respiratory tract.

(269) Pneumococcus is commonly found in the upper respiratory tract of healthy individuals.

(270) Tetracycline is commonly used to treat respiratory tract infections such as pneumonia.

(271) Sialic acid is involved in the formation of protective mucus in the respiratory tract.

(272) Erythromycin is often used as a first-line treatment for respiratory tract infections.

(273) Doxycycline is commonly used to treat respiratory tract infections such as bronchitis.

(274) The morbific bacteria colonized the respiratory tract and caused respiratory distress.

(275) The respiratory tract is responsible for filtering out harmful particles from the air.

(276) The upper respiratory tract is highly sensitive to changes in temperature and humidity.

(277) The upper respiratory tract is connected to the middle ear through the Eustachian tube.

(278) Smoking can damage the respiratory tract and increase the risk of respiratory diseases.

(279) The respiratory tract plays a crucial role in maintaining the body's acid-base balance.

(280) Microaerophilic bacteria are often associated with infections in the respiratory tract.

(281) The respiratory tract can be affected by environmental factors such as pollen and dust.

(282) Exocytosis is involved in the release of mucus by goblet cells in the respiratory tract.

(283) The upper respiratory tract is a common site for the replication of respiratory viruses.

(284) The function of a columnar epithelial cell is to secrete mucus in the respiratory tract.

(285) Fluoroquinolones are often used to treat respiratory tract infections such as pneumonia.

(286) The flagellatory movement of the cilia helps to move mucus out of the respiratory tract.

(287) The upper respiratory tract is a common site for the development of respiratory diseases.

(288) The upper respiratory tract is responsible for warming and moistening the air we breathe.

(289) The presence of diphtheroids in the respiratory tract can indicate a potential infection.

(290) Haemophilus influenzae can colonize the upper respiratory tract without causing symptoms.

(291) The lower respiratory tract is more prone to infections than the upper respiratory tract.

(292) Rhinoviruses are responsible for a large percentage of upper respiratory tract infections.

(293) The epithelia lining the respiratory tract help to filter and humidify the air we breathe.

(294) Hemagglutinin is essential for the spread of influenza virus within the respiratory tract.

(295) If the goblet cell is healthy, it helps to maintain the moisture of the respiratory tract.

(296) The presence of mucin in the respiratory tract helps to trap and remove foreign particles.

(297) The propria of the respiratory tract contains cilia that help to remove foreign particles.

(298) Infections in the upper respiratory tract can cause symptoms such as coughing and sneezing.

(299) The upper respiratory tract is connected to the lower respiratory tract through the larynx.

(300) Pseudomonad is commonly found in the respiratory tract of individuals with cystic fibrosis.

(301) The epipharynx is involved in the clearance of mucus and debris from the respiratory tract.

(302) The presence of goblet cells in the respiratory tract helps to humidify the air we breathe.

(303) What an amazing function the goblet cell serves in maintaining a healthy respiratory tract!

(304) Serratia can cause infections in the respiratory tract, leading to pneumonia or bronchitis.

(305) Guaifenesin works by thinning mucus in the respiratory tract, making it easier to cough up.

(306) The respiratory tract is lined with tiny hairs called cilia that help filter out particles.

(307) The upper respiratory tract is responsible for filtering and humidifying the air we breathe.

(308) Inflammation of the respiratory tract can lead to conditions such as pneumonia or sinusitis.

(309) Diplococcus pneumoniae is often found in the upper respiratory tract of healthy individuals.

(310) Streptococcal bacteria can be present in the respiratory tract without causing any symptoms.

(311) The upper respiratory tract is responsible for filtering out harmful particles from the air.

(312) The respiratory tract can be affected by changes in air pressure, such as during air travel.

(313) The extracellularly secreted mucus helps in lubricating and protecting the respiratory tract.

(314) The upper respiratory tract is affected by changes in atmospheric pressure during air travel.

(315) The columnar epithelial cell is involved in the production of mucus in the respiratory tract.

(316) Neuraminidase is essential for the efficient spread of influenza within the respiratory tract.

(317) The microflora in the human respiratory tract can help protect against respiratory infections.

(318) The small ductule allowed the passage of mucus from the goblet cells to the respiratory tract.

(319) If the goblet cell is absent, the respiratory tract may become more susceptible to infections.

(320) The upper respiratory tract is a complex system that works together to ensure proper breathing.

(321) The upper respiratory tract is lined with specialized cells that help defend against pathogens.

(322) The respiratory tract is responsible for the exchange of oxygen and carbon dioxide in the body.

(323) Opsonization is an important process for the clearance of pathogens from the respiratory tract.

(324) Ciliated pseudostratified columnar epithelial tissue helps move mucus in the respiratory tract.

(325) Lactoferrin is being studied for its potential role in preventing respiratory tract infections.

(326) The mucociliary system is responsible for clearing mucus and debris from the respiratory tract.

(327) The multiciliate cells in the respiratory tract help to move mucus and debris out of the lungs.

(328) Bacteriophages have been shown to be effective in treating infections in the respiratory tract.

(329) The upper respiratory tract can be affected by environmental factors such as pollution or smoke.

(330) The columnar epithelial cells in the respiratory tract help in the movement of mucus and debris.

(331) The release of glycoprotein helps in the formation of protective mucus in the respiratory tract.

(332) Sialidase is involved in the degradation of the protective mucus layer in the respiratory tract.

(333) The mucociliary apparatus helps to prevent the colonization of bacteria in the respiratory tract.

(334) The mucus produced by goblet cells in the respiratory tract helps to humidify the air we breathe.

(335) Ciprofloxacin is often used to treat respiratory tract infections such as bronchitis or pneumonia.

(336) Cefadroxil is commonly used to treat respiratory tract infections such as bronchitis or pneumonia.

(337) The hairlike cilia lining the respiratory tract helped to sweep mucus and debris out of the lungs.

(338) The upper respiratory tract is responsible for filtering out dust and other particles from the air.

(339) Cefadroxil is commonly used to treat respiratory tract infections such as bronchitis and pneumonia.

(340) Ceftriaxone is commonly used to treat infections of the respiratory tract, urinary tract, and skin.

(341) The upper respiratory tract is lined with a thin layer of mucus that helps trap and remove pathogens.

(342) Azithromycin is commonly used to treat respiratory tract infections such as bronchitis and pneumonia.

(343) The microflora in the human respiratory tract can influence susceptibility to respiratory infections.

(344) Detecting glycoproteins in the mucus lining of the respiratory tract can help diagnose lung diseases.

(345) The number of goblet cells in the respiratory tract can increase in response to chronic inflammation.

(346) The presence of Enterobacteriaceae in a respiratory sample may suggest a respiratory tract infection.

(347) The upper respiratory tract is an important part of the body's defense against respiratory infections.

(348) The ciliated cells in the respiratory tract help to move mucus and trapped particles out of the lungs.

(349) Guaifenesin works by increasing the volume and reducing the viscosity of respiratory tract secretions.

(350) Goblet cells are more abundant in the upper respiratory tract compared to the lower respiratory tract.

(351) Goblet cells are more numerous in the upper respiratory tract compared to the lower respiratory tract.

(352) The peristaltic movement of the respiratory tract aids in the clearance of mucus and foreign particles.

(353) Fluoroquinolones are often used to treat respiratory tract infections, such as pneumonia or bronchitis.

(354) The albuminous nature of the mucus in the respiratory tract helps to trap and remove foreign particles.

(355) Intratracheal lavage is a diagnostic procedure used to collect samples from the lower respiratory tract.

(356) The respiratory tract is a complex system that requires coordination between various organs and muscles.

(357) Neuraminidases are essential for the efficient spread of influenza viruses within the respiratory tract.

(358) The number of goblet cells in the respiratory tract can increase in response to infections or irritants.

(359) The sialic acid content in the mucus lining of the respiratory tract helps to trap and remove pathogens.

(360) The presence of goblet cells in the respiratory tract is essential for maintaining proper lung function.

(361) The upper respiratory tract can become irritated and inflamed due to exposure to pollutants or allergens.

(362) The diplococcus bacteria are commonly found in the respiratory tract and can cause respiratory infections.

(363) Diplococcus pneumoniae is a gram-positive bacterium that is commonly found in the upper respiratory tract.

(364) The microvilli in the respiratory tract help to trap and remove foreign particles from the air we breathe.

(365) The respiratory tract is lined with a thin layer of cells that help to moisten and warm the air we breathe.

(366) The secretion of mucus by goblet cells in the respiratory tract helps to trap and remove foreign particles.

(367) The upper respiratory tract is lined with mucus-producing cells that help trap and remove foreign particles.

(368) The respiratory tract is responsible for regulating the body's temperature through the process of breathing.

(369) Mucoprotein can be found in various parts of the body, including the respiratory tract and digestive system.

(370) Superinfections can occur in any part of the body, including the skin, respiratory tract, and urinary tract.

(371) The number of goblet cells in the respiratory tract increases in response to chronic irritation or infection.

(372) The number of goblet cells in the respiratory tract can vary depending on factors like age and overall health.

(373) The mucociliary escalator is a term used to describe the movement of mucus and cilia in the respiratory tract.

(374) The presence of goblet cells in the respiratory tract helps to trap and remove foreign particles and pathogens.

(375) The villous lining of the respiratory tract helps trap dust particles and prevent them from entering the lungs.

(376) The mucus produced by goblet cells helps in trapping and removing foreign particles from the respiratory tract.

(377) The columnar epithelial cell, which is densely packed, helps in the secretion of mucus in the respiratory tract.

(378) The presence of goblet cells in the respiratory tract can be observed using techniques like immunohistochemistry.

(379) Mucoproteins are also found in the lining of the respiratory tract, where they trap and remove foreign particles.

(380) The perithelium of the respiratory tract is lined with cilia that help to move mucus and debris out of the lungs.

(381) The columnar epithelial cell in the respiratory tract traps foreign particles, and it moves them out of the lungs.

(382) The respiratory tract is highly susceptible to infections due to its constant exposure to the external environment.

(383) The columnar cell is also found in the respiratory tract, where it helps to move mucus and debris out of the lungs.

(384) Cephalosporins are often prescribed for respiratory tract infections, skin infections, and urinary tract infections.

(385) The Bordetella pertussis bacterium attaches to the cilia in the respiratory tract, causing inflammation and coughing.

(386) The villi and villosities in the respiratory tract help to trap and remove foreign particles from the air we breathe.

(387) Fluoroquinolone therapy is often recommended for complicated urinary tract infections or respiratory tract infections.

(388) Aureomycin is commonly used to treat respiratory tract infections, and it can also be used for skin and eye infections.

(389) The mucus produced by goblet cells in the respiratory tract helps to trap and remove dust and other airborne particles.

(390) The presence of goblet cells in the respiratory tract is essential for maintaining the health and function of the lungs.

(391) The mucus produced by goblet cells in the respiratory tract acts as a protective barrier against pathogens and irritants.

(392) The columnar epithelial cell is found in the respiratory tract, and it helps to protect the lungs from foreign particles.

(393) Actinomycetous microorganisms are commonly found in the respiratory tract of humans, and they can cause pulmonary infections.

(394) The number of goblet cells in the respiratory tract can increase in response to chronic irritation or exposure to pollutants.

(395) Goblet cells are more abundant in the upper respiratory tract, and they decrease in number as you move down towards the lungs.

(396) Goblet cells, which are more numerous in the respiratory tract, produce mucus that helps to trap and remove inhaled particles.

(397) Basophils are often found in tissues that are in contact with the external environment, such as the skin and respiratory tract.

(398) Goblet cells are found in the lining of the respiratory tract, and they help in the removal of dust and debris from the airways.

(399) The presence of villosities on the surface of the respiratory tract helps to filter out harmful particles and prevent infection.

(400) Goblet cells produce mucus, which helps to protect the lining of the respiratory tract, and they are found in the bronchial tubes.

(401) The presence of goblet cells in the respiratory tract is essential for maintaining proper lung function and preventing infections.

(402) The secretion of mucus by goblet cells is regulated by various factors, including inflammation and irritation in the respiratory tract.

(403) The presence of goblet cells in the respiratory tract is essential for trapping and removing harmful substances, such as dust and bacteria.

(404) The secretion of mucus in the respiratory tract helps to trap and remove foreign particles, but excessive secretion can lead to congestion.

(405) Although basophils are typically found in the bloodstream, they can also be present in other tissues, such as the skin and respiratory tract.

(406) The upper respiratory tract is lined with tiny hair-like structures called cilia that help move mucus and trapped particles out of the system.

(407) The presence of goblet cells in the respiratory tract is essential for maintaining the integrity of the airway lining and preventing infections.

(408) Axonemes are involved in a variety of biological processes, including the movement of sperm and the clearance of mucus from the respiratory tract.

(409) Erythromycin is often prescribed for respiratory tract infections, but if the patient is allergic to it, the doctor may need to consider alternative treatments.

(410) Microvilli are found in various tissues, such as the kidney tubules and the lining of the respiratory tract, and they serve different functions in each location.

(411) The function of ciliated epithelial cells is to move mucus and other substances out of the respiratory tract, while non-ciliated cells are involved in absorption and secretion.

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