Cilia in a sentence

(1) Eukaryotic cells have a cilia.

(2) The cilia in a cell help it move.

(3) Ctenes are made up of rows of cilia.

(4) The ciliata moves by using its cilia.

(5) The adoral cilia help the organism move.

(6) The ciliate's cilia beat at a rapid rate.

(7) The ciliate's cilia beat in coordinated waves.

(8) Eukaryotic cells have cilia to help them move.

(9) The ciliate's cilia help it to avoid predators.

(10) The entoprocts' tentacles are covered in cilia.

Cilia sentence

(11) The body of Archiannelida is covered with cilia.

(12) Eukaryotes have a flagellum or cilia for movement.

(13) Eukaryotic cells can move using cilia or flagella.

(14) The ciliate's cilia also aid in sensory perception.

(15) Some protista have flagella or cilia for locomotion.

(16) The bipinnaria has two rows of cilia for locomotion.

(17) The vorticella's cilia beat in a coordinated manner.

(18) The ciliate's cilia help it to move and capture food.

(19) The motility of a plankton is dependent on its cilia.

(20) The vorticella's cilia help it move and capture food.

Cilia make sentence

(21) The axoneme is responsible for the movement of cilia.

(22) Cilia are hair-like structures found in certain cells.

(23) The infusorian's cilia help it move through the water.

(24) Vorticella has tiny hair-like structures called cilia.

(25) The bronchial cilia help move mucus out of the airways.

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

(27) The dissepiments in this organism are lined with cilia.

(28) The motility of a paramecium is dependent on its cilia.

(29) The nasal meatus is lined with cilia to help move mucus.

(30) The papulae of the sea urchin are covered in tiny cilia.

Sentence of cilia

(31) The pseudostratified columnar epithelium contains cilia.

(32) Vorticella uses its cilia to move around and catch food.

(33) Protozoan can move using cilia, flagella, or pseudopods.

(34) The anterior naris is lined with tiny hairs called cilia.

(35) The paramecia's cilia help them to move and capture food.

(36) Dynein is involved in the movement of cilia and flagella.

(37) The endosarc supports the movement of cilia and flagella.

(38) The windpipes are lined with cilia to trap dust particles.

(39) Paramecia are known for their ability to move using cilia.

(40) The animalculum's movement is driven by microscopic cilia.

Cilia meaningful sentence

(41) The protoplasmic cilia help in the movement of substances.

(42) Multiciliate organisms have multiple cilia for locomotion.

(43) The bronchium is lined with cilia that help to move mucus.

(44) Eukaryotes have flagella or cilia that help with movement.

(45) The peristomial cilia of the rotifer create water currents.

(46) Axonemes are responsible for the rhythmic beating of cilia.

(47) The planula is capable of limited movement using its cilia.

(48) The conchae are covered in cilia, which help to move mucus.

(49) The trochal band is a ring of cilia found in some mollusks.

(50) The cilia and flagella are used for movement in some cells.

Cilia sentence examples

(51) The axoneme is a structural component of cilia and flagella.

(52) The unguiculate ctenophore had rows of cilia for locomotion.

(53) Ciliates use hair-like structures called cilia for movement.

(54) Myosin is responsible for the movement of cilia and flagella.

(55) The unguiculate rotifer had a crown of cilia around its head.

(56) The ciliate's cilia allow it to move in a coordinated manner.

(57) The cytoskeletons support the movement of cilia and flagella.

(58) The oviduct is lined with cilia that help move the eggs along.

(59) The cilia, involved in cell motility, are found in eukaryotes.

(60) The paramecia use their cilia to move around and capture food.

Sentence with cilia

(61) The praeoral cilia of the sea urchin help it to move and feed.

(62) Eukaryotic cells have a unique flagella or cilia for movement.

(63) The vorticella's cilia are used for both movement and feeding.

(64) Ependymal cells have cilia that help move cerebrospinal fluid.

(65) The paramecium's cilia help it move and capture food particles.

(66) Centrioles are involved in the formation of cilia and flagella.

(67) Myosins are responsible for the movement of cilia and flagella.

(68) The deferentia are lined with cilia that help move sperm along.

(69) The oviducts are lined with cilia that help move the egg along.

(70) The biflagellate cilia were used for both movement and feeding.

Use cilia in a sentence

(71) Adoral cilia beat rhythmically, and the organism moves forward.

(72) The gullet is lined with tiny hair-like structures called cilia.

(73) The axoneme provides support and rigidity to cilia and flagella.

(74) Microtubules are involved in the movement of cilia and flagella.

(75) ATP is required for the movement of flagella and cilia in cells.

(76) The flagella and cilia are organelles involved in cell movement.

(77) The axonemes of cilia and flagella are composed of microtubules.

(78) The paramecium moves by using hair-like structures called cilia.

(79) Ciliates are known for their hair-like projections called cilia.

(80) Eukaryotic cells have a basal body to anchor cilia and flagella.

Sentence using cilia

(81) Eukaryotic cells have a flagellum or cilia that aid in movement.

(82) The hairlike cilia on the surface of the cell helped it to move.

(83) Cilia in the nose help to filter and humidify the air we breathe.

(84) Microtubules are involved in the formation of cilia and flagella.

(85) The turbinal is covered in a layer of cilia that help move mucus.

(86) The oviduct is lined with tiny hair-like structures called cilia.

(87) The epididymides are lined with cilia that help move sperm along.

(88) The basal-body is involved in the movement of cilia and flagella.

(89) The paramecium is a singlecelled organism that moves using cilia.

(90) The asconoid sponge's body is covered in tiny hairs called cilia.

Cilia example sentence

(91) The axoneme is responsible for the movement of cilia and flagella.

(92) The windpipe is lined with tiny hair-like structures called cilia.

(93) Cilia can be damaged by exposure to toxins or certain medications.

(94) The bronchia are lined with cilia to help remove mucus and debris.

(95) The uterine tube is lined with cilia that help move the egg along.

(96) The tracheal epithelium is lined with cilia to help remove debris.

(97) The centrosome is involved in the formation of cilia and flagella.

(98) The esophagus is lined with tiny hair-like structures called cilia.

(99) Axonemes play a crucial role in the movement of cilia and flagella.

(100) The word axonemal refers to structures found in cilia and flagella.

Sentence with word cilia

(101) Mesozoans have a unique mode of locomotion using cilia or flagella.

(102) Centrioles are responsible for the formation of cilia and flagella.

(103) The ciliate's cilia are covered in tiny hairs called ciliary tufts.

(104) The ctenidium is covered in tiny hair-like structures called cilia.

(105) The deferentia are lined with cilia that help propel sperm forward.

(106) The bronchial-tubes are lined with cilia that help to remove mucus.

(107) Bronchia are lined with cilia that help to remove mucus and debris.

(108) Eukaryotic cells have a flagellum or cilia that help with movement.

(109) Eukaryotic cells have a basal body that anchors cilia and flagella.

(110) The ductus deferens is lined with cilia that help move sperm along.

Sentence of cilia

(111) The structure and function of cilia vary depending on the cell type.

(112) The oesophagus is lined with tiny hair-like structures called cilia.

(113) The anurous ctenophore moved through the water by beating its cilia.

(114) Microfilament is responsible for the movement of cilia and flagella.

(115) The vasa efferentia are lined with cilia that help move sperm along.

(116) The pluteus is a small, transparent organism that swims using cilia.

(117) The cytoskeleton is involved in the formation of cilia and flagella.

(118) The adoral zone is lined with cilia, and it helps the organism feed.

(119) Dynein is essential for the proper functioning of cilia and flagella.

(120) The nasopharynx is lined with tiny hair-like structures called cilia.

Cilia used in a sentence

(121) The word mucociliary refers to the process involving mucus and cilia.

(122) The fimbriae of the fallopian tube have cilia to aid in egg movement.

(123) The orinasal passage is lined with cilia that help to trap particles.

(124) The salpingian tube is lined with cilia that help move the egg along.

(125) The axonemes of cilia and flagella are anchored to the cell membrane.

(126) The centrosome is a key player in the formation of cilia and flagella.

(127) Tubulin is essential for the proper functioning of cilia and flagella.

(128) The movement of rotifers is facilitated by the beating of their cilia.

(129) The veliger larva possesses a distinct shell and cilia for locomotion.

(130) The centrospheres are involved in the formation of cilia and flagella.

Cilia sentence in English

(131) The motile cilia on the surface of the cells helped in their movement.

(132) The ultrastructure of the cilia helps in the movement of certain cells.

(133) The peristomial cilia of the rotifer create water currents for feeding.

(134) The paramecia's cilia beat in coordinated waves to propel them forward.

(135) Axonemes are essential for the proper functioning of respiratory cilia.

(136) The bronchium is lined with cilia that help to remove mucus and debris.

(137) The auditory tube is lined with tiny hair-like structures called cilia.

(138) The ctenophore's movement is propelled by rows of cilia along its body.

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

(140) The cytoskeleton is responsible for the movement of cilia and flagella.

(141) The oviducal passage is lined with cilia to aid in the movement of eggs.

(142) The beating of cilia creates a flow of fluid along the surface of cells.

(143) The locomotion of turbellarians is facilitated by the movement of cilia.

(144) The polype's body is covered in tiny, hair-like structures called cilia.

(145) The vorticellae's movement is coordinated by the beating of their cilia.

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

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

(148) The adoral groove is lined with cilia for moving food towards the mouth.

(149) The energy from ATP is used to power the movement of cilia and flagella.

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

(151) Cilia are composed of microtubules and are anchored to the cell membrane.

(152) The beating of cilia helps to circulate cerebrospinal fluid in the brain.

(153) The movement of coelomocytes within the organism is facilitated by cilia.

(154) The trochosphere is characterized by a ring of cilia used for locomotion.

(155) The windpipe is lined with cilia that help to filter out dust and debris.

(156) Axonemes are essential structures in the formation of cilia and flagella.

(157) The axoneme is a microtubule-based structure found in cilia and flagella.

(158) The ductus deferens is lined with cilia, which help move the sperm along.

(159) The length and density of cilia can vary depending on the cell's function.

(160) Cilia are essential for the proper functioning of the reproductive system.

(161) The trochophore stage is characterized by a ring of cilia around the body.

(162) The paramecium's cilia beat in a coordinated pattern to propel it forward.

(163) Centrioles are essential for the proper functioning of cilia and flagella.

(164) The ciliate's cilia create water currents to bring food towards its mouth.

(165) The ampulla is lined with cilia that help move the egg towards the uterus.

(166) Mucociliary clearance is enhanced by the presence of cilia in the airways.

(167) Microtubular organization is critical for the proper functioning of cilia.

(168) The tubeworm's plume is covered in tiny hair-like structures called cilia.

(169) The nemertine's body is covered in tiny hair-like structures called cilia.

(170) The crinoid's arms are covered in tiny, hair-like structures called cilia.

(171) Oviductal cilia aid in the movement of the egg through the fallopian tube.

(172) The rhynchocoel is lined with cilia that help move food towards the mouth.

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

(174) The archenterons of some animals are lined with cilia to aid in digestion.

(175) The chaetal cilia on the paramecium's surface aid in movement and feeding.

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

(177) The oviduct is lined with cilia that help move the egg towards the uterus.

(178) The vorticella's cilia beat in a rhythmic pattern to create water currents.

(179) The synchronized movement of cilia allows for efficient movement of fluids.

(180) The dysfunction of cilia can lead to infertility in both males and females.

(181) The tar in tobacco can cause damage to the cilia in the respiratory system.

(182) The ctenophore's body is covered in tiny hair-like structures called cilia.

(183) The vorticellae's cilia create water currents that bring food towards them.

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

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

(186) The axonemal structure is essential for the movement of cilia and flagella.

(187) The flame cell's cilia create a current that draws in fluid for filtration.

(188) The microtubular system is involved in the formation of cilia and flagella.

(189) The vorticella uses its cilia to create a vortex and capture food particles.

(190) The bronchi are lined with cilia to help remove mucus and foreign particles.

(191) Cilia are important for the development and maintenance of tissue structure.

(192) Epithelial cells can have cilia or flagella for movement in certain tissues.

(193) Oviductal cilia create a current that helps move the egg towards the uterus.

(194) The vorticellae's body is covered in tiny hair-like structures called cilia.

(195) The zooecia of this bryozoan species are covered in tiny hairs called cilia.

(196) The centriole is essential for the proper functioning of cilia and flagella.

(197) The protoplasm of a protozoan cell enables movement using cilia or flagella.

(198) The miracidium has cilia that help it move through water and locate a snail.

(199) The peristomial cilia of the paramecium are used for locomotion and feeding.

(200) The uninucleate protozoan was able to move and capture prey using its cilia.

(201) The vorticella's cilia beat in a coordinated manner to create water currents.

(202) The axoneme is responsible for the coordinated beating of cilia and flagella.

(203) The pallial cavity is lined with cilia that help to move water and particles.

(204) The veliger larva relies on its cilia for both locomotion and filter-feeding.

(205) The oesophagi of bivalves are often lined with cilia to aid in food movement.

(206) The basal-body is essential for the proper functioning of cilia and flagella.

(207) The motility of the cilia in our respiratory system helps to clear out mucus.

(208) The energy stored in ATP is used to power the movement of cilia and flagella.

(209) The one-celled creature moves by using tiny hair-like structures called cilia.

(210) Axonemal microtubules provide the structural framework for cilia and flagella.

(211) The structure and function of Tetrahymena cilia have been extensively studied.

(212) The vorticellae use their cilia to create a vortex and capture food particles.

(213) The tracheas of mammals are lined with cilia to help remove foreign particles.

(214) Motiles use various mechanisms such as flagella or cilia to propel themselves.

(215) The microtubular system is responsible for the movement of cilia and flagella.

(216) The locomotion of tetrahymena is driven by coordinated movements of its cilia.

(217) Entoprocts feed by filtering small particles from the water using their cilia.

(218) The axonemal microtubules are arranged in a 9+2 pattern in cilia and flagella.

(219) The utriculus is filled with fluid and tiny hair-like structures called cilia.

(220) The bronchial tubes are lined with cilia that help to remove mucus and debris.

(221) Trochal cilia are used for feeding and locomotion in some species of plankton.

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

(223) Ependymal cells have cilia that help in the circulation of cerebrospinal fluid.

(224) The uterine tube is lined with cilia that help move the egg towards the uterus.

(225) The lachrymal canaliculi are lined with tiny hair-like structures called cilia.

(226) The planarian's body is covered in cilia, which help it move through the water.

(227) The movement of zoogametes is facilitated by the presence of flagella or cilia.

(228) Cilia are involved in the perception of touch and movement in certain organisms.

(229) The structure of axonemes allows for coordinated movement of cilia and flagella.

(230) The axonemal structure is crucial for the proper movement of cilia and flagella.

(231) The lamellibranch's gills are lined with tiny hair-like structures called cilia.

(232) The movement of platyhelminths is facilitated by cilia or muscular contractions.

(233) The body of planaria is covered in cilia, which help them move and capture food.

(234) The windpipes of some animals are lined with cilia to help filter out particles.

(235) The trochophore has a distinctive band of cilia used for locomotion and feeding.

(236) The centrosome is involved in the formation of cilia and flagella in some cells.

(237) The fallopian tube is lined with cilia that help move the egg towards the uterus.

(238) The posterior naris is lined with cilia that help in trapping dust and particles.

(239) Cilia play a crucial role in the clearance of foreign particles from the airways.

(240) The coordinated movement of cilia helps to move eggs through the fallopian tubes.

(241) The epipharynx is lined with a layer of cilia that help in the movement of mucus.

(242) The centrosome is involved in the assembly and disassembly of cilia and flagella.

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

(244) Amphioxus feeds on small particles in the water, using cilia to create a current.

(245) The axonemes of cilia and flagella are highly conserved across different species.

(246) Ultrastructurally, the cilia on the surface of the cells were found to be intact.

(247) Cilia in the oviducts aid in the transport of eggs from the ovaries to the uterus.

(248) Centrospheres are involved in the assembly and organization of cilia and flagella.

(249) The movement of planaria is facilitated by tiny hair-like structures called cilia.

(250) The mucociliary system is an intricate network of mucus-producing cells and cilia.

(251) The cytoskeletons are responsible for the movement of cilia and flagella in cells.

(252) Kymographs provide a valuable tool for studying the behavior of cilia or flagella.

(253) The nonmotile cilia on the surface of the cell were observed under the microscope.

(254) The nephridial tubules in earthworms are lined with cilia to aid in waste removal.

(255) A dark-field microscope can be used to observe the movement of cilia and flagella.

(256) The hydrolysis of adenosine triphosphate powers the movement of flagella and cilia.

(257) The cilia are cell organelles involved in moving substances along the cell surface.

(258) The movement of cilia is coordinated by specialized structures called basal bodies.

(259) Cilia are involved in the movement of fluids within the female reproductive system.

(260) The motility of Tetrahymena is facilitated by the coordinated beating of its cilia.

(261) The tracheobronchial lining is lined with cilia that help remove foreign particles.

(262) The heliozoan floated in the water, and it used its cilia to propel itself forward.

(263) The platyhelminth's body is covered in cilia, which help in locomotion and feeding.

(264) The function of ATPase is to provide energy for the movement of cilia and flagella.

(265) The beating of cilia in the trachea helps to remove trapped particles and pathogens.

(266) Certain types of epithelia have cilia that help in the movement of mucus and debris.

(267) The bronchial tube is lined with cilia that help remove mucus and foreign particles.

(268) Adenosine triphosphate is used to power the movement of flagella and cilia in cells.

(269) The nasal sinus is lined with cilia, tiny hair-like structures that help move mucus.

(270) The centrosomic complex plays a crucial role in the formation of cilia and flagella.

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

(272) The movement of tetrahymena is facilitated by tiny hair-like structures called cilia.

(273) Entoprocts, whose tentacles are covered in cilia, use them to capture food particles.

(274) The trochosphere is characterized by a ring of cilia used for locomotion and feeding.

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

(276) The arms of crinoids are covered in tiny cilia that help move food towards the mouth.

(277) The ciliata, which are unicellular organisms, have hair-like structures called cilia.

(278) The axoneme is essential for the function of cilia and flagella in sensory perception.

(279) The trachea is lined with cilia that help to filter and remove particles from the air.

(280) The axonemal structure is responsible for the rhythmic movement of cilia and flagella.

(281) The flame cell is named for the flickering appearance of its cilia under a microscope.

(282) The axoneme is responsible for the rhythmic beating of cilia in the respiratory system.

(283) The paramecia's cilia also help in the exchange of genetic material during conjugation.

(284) The flagelliform structure of the cilia helps move mucus out of the respiratory system.

(285) The ectoproct's tentacles are covered in cilia, which help in capturing food particles.

(286) The axonemes of cilia and flagella are involved in sensory functions in some organisms.

(287) Adoral cilia are essential for the organism's survival, and they help it move and feed.

(288) The binucleate ciliate moved through the water using its cilia, and it fed on bacteria.

(289) The tympanic cavity is filled with tiny hairs called cilia that help in sound detection.

(290) The feeding tentacles of polyzoans are covered in tiny cilia that create water currents.

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

(292) Dysfunction of cilia can lead to respiratory diseases such as primary ciliary dyskinesia.

(293) The presence of cilia on the surface of cells enhances their ability to absorb nutrients.

(294) Microtubules are essential for the proper functioning of cilia in the respiratory system.

(295) Entoprocts have a unique feeding mechanism, and they use cilia to capture food particles.

(296) The ctenophore's body is made up of rows of cilia that it uses to move through the water.

(297) The presence of cilia on the surface of cells increases their surface area for absorption.

(298) The ectoproct's tentacles are covered in tiny cilia that help in capturing food particles.

(299) Osmiophilic particles were found in the cilia, suggesting their role in cellular movement.

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

(301) The air passage is lined with tiny hairs called cilia, which help to filter out particles.

(302) The desmid's movement is propelled by the action of tiny hair-like structures called cilia.

(303) The ctenophore's movement is propelled by rows of cilia that beat in a coordinated fashion.

(304) Epididymal ductal cells are lined with cilia that help propel sperm through the epididymis.

(305) The axonemes of cilia and flagella are capable of bending and flexing to generate movement.

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

(307) The uterine cavity is lined with cilia that help move the fertilized egg towards the uterus.

(308) Many protists are capable of locomotion using specialized structures like flagella or cilia.

(309) The ultrastructure of the cilia helps in the movement of substances across the cell surface.

(310) The flagella and cilia are cell organelles involved in cell movement and sensory perception.

(311) Columnar epithelia are tall and narrow, and often have microvilli or cilia on their surface.

(312) The pharynx is lined with cilia that help move mucus and trapped particles out of the airway.

(313) The ovum is transported through the fallopian tube by tiny hair-like structures called cilia.

(314) The uriniferous tubule is lined with cells that have tiny hair-like projections called cilia.

(315) Ambulacral grooves in sea urchins are lined with cilia to help move water and food particles.

(316) The cell membrane is involved in the formation of cellular extensions like cilia and flagella.

(317) The feeding tentacles of polyzoans are covered in tiny cilia that help capture food particles.

(318) The organization of microfilaments is crucial for the proper functioning of cilia and flagella.

(319) Cytoskeletons are involved in the formation of cellular extensions, such as cilia and flagella.

(320) The paramecium is a one-celled organism that moves using tiny hair-like structures called cilia.

(321) The bronchial tubes are lined with tiny hairs called cilia that help to remove mucus and debris.

(322) The bronchiolar lumen is lined with cilia that help to move mucus and debris out of the airways.

(323) The tracheas of humans are lined with tiny hairs called cilia that help to filter out particles.

(324) The oviducal epithelium is lined with cilia that help in the movement of eggs through the oviduct.

(325) The ectoproct's tentacles are covered in cilia that help to move food particles towards the mouth.

(326) With the binocular microscope, we could see the movement of the cilia on the surface of the cells.

(327) Adoral cilia are capable of generating powerful currents, and they help the organism capture prey.

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

(329) The polypides of sea mats are covered in tiny cilia that help move food towards the animal's mouth.

(330) The function of cilia on epithelial cells is to move mucus and other substances across the surface.

(331) The flagellated cilia of the respiratory system were responsible for moving mucus out of the lungs.

(332) Adoral cilia create a current that brings food particles towards the organism, and it helps it feed.

(333) The zoa's tentacles were covered in tiny hair-like structures called cilia, aiding in capturing food.

(334) Planarias have a unique ability to glide along surfaces using tiny hair-like structures called cilia.

(335) The entoproct's body is shaped like a cone and is covered in tiny, hair-like structures called cilia.

(336) Adoral cilia work in coordination with other structures, and they help the organism move efficiently.

(337) Protista have unique organelles, such as cilia and flagella, that allow them to move and capture food.

(338) Dysfunction of cilia can result in respiratory symptoms such as chronic cough and recurrent infections.

(339) The hypobranchial pouch is lined with cilia that help move food particles towards the digestive system.

(340) The upper-airway is lined with cilia that help trap particles and prevent them from entering the lungs.

(341) The epipharynx is lined with cilia that help to trap particles and prevent them from entering the lungs.

(342) The axonemes of cilia and flagella are composed of nine microtubule doublets surrounding a central pair.

(343) Adoral cilia are sensitive to changes in the environment, and they help the organism respond to stimuli.

(344) Cytoskeletons are essential for the proper functioning of cilia and flagella, which enable cell motility.

(345) The entoproct's body is shaped like a cylinder and is covered in tiny, hair-like structures called cilia.

(346) The axoneme is a complex structure, but it is essential for the proper functioning of cilia and flagella.

(347) The anterior naris is lined with tiny hairs called cilia, which help to trap and remove foreign particles.

(348) Ciliated organisms have evolved various mechanisms to control the movement and coordination of their cilia.

(349) The axonemal nexin-dynein regulatory complex is essential for the proper functioning of cilia and flagella.

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

(351) Although the axoneme is a complex structure, it plays a crucial role in the movement of cilia and flagella.

(352) The centrosomes are involved in the formation of cilia and flagella, which are important for cell motility.

(353) The axoneme, which is composed of microtubules, is responsible for the beating motion of cilia and flagella.

(354) The mucosa of the nasal passages contains cilia that help to move mucus and trapped particles out of the nose.

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

(356) Adoral cilia are highly specialized, and they have evolved to meet the organism's unique feeding requirements.

(357) ATP is used to power the movement of cilia and flagella, but it is also involved in the process of exocytosis.

(358) The cilia are cell organelles involved in cell movement and the movement of substances across the cell surface.

(359) The centrosphere is a key player in the formation of cilia and flagella, which are essential for cell motility.

(360) Ankyrin is crucial for the stability and function of the axoneme in cilia and flagella, enabling their motility.

(361) The sarcode of ciliates contains specialized structures called cilia, which are used for locomotion and feeding.

(362) The microtubules are involved in cell division and movement, and the cilia and flagella are used for locomotion.

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

(364) The flagellated cilia in the respiratory system help to clear out mucus, but they can also be damaged by smoking.

(365) The ascidian's body is covered in tiny, hair-like structures called cilia, which help with locomotion and feeding.

(366) The serpulae's tentacles are covered in tiny hairs called cilia, which help to move food towards the worm's mouth.

(367) Lancelets have a unique feeding mechanism where they use cilia to create water currents and capture food particles.

(368) Adoral cilia are essential for the organism's survival, and they play a critical role in its reproductive behavior.

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

(370) The eustachian tube is lined with tiny hair-like structures called cilia that help move mucus and debris out of the ear.

(371) If the columnar epithelial cell loses its cilia, it can impair the clearance of mucus and lead to respiratory infections.

(372) The flagellum is made up of microtubules, which are also found in cilia, but the two structures have different functions.

(373) The heliozoan's pseudopods are covered in tiny hairs called cilia, which help in capturing and manipulating food particles.

(374) The ethmoid sinus, which is lined with cilia, helps to move mucus and debris out of the nasal passages and into the throat.

(375) The axoneme is responsible for the beating motion of cilia and flagella, which allows cells to move and transport materials.

(376) When the axoneme is damaged, the movement of cilia and flagella can be impaired, leading to respiratory and fertility issues.

(377) The axonemes of cilia and flagella are important for the proper functioning of respiratory and reproductive systems in humans.

(378) The cytoskeleton is essential for the proper functioning of cilia and flagella, and it also helps with intracellular transport.

(379) The centrosome, which is an organelle involved in cell division and the formation of cilia and flagella, is found in animal cells.

(380) Adoral cilia are also important for locomotion in some aquatic organisms, such as rotifers and some larval forms of marine animals.

(381) When the axoneme is damaged, the cilia cannot function properly, and this can lead to respiratory problems and other health issues.

(382) The dorsum of the nose is lined with tiny hairs called cilia, which help to trap and remove harmful particles from the air we breathe.

(383) Axonemes are capable of generating a wide range of movements, from the rapid beating of cilia to the slow and steady movement of sperm.

(384) Kymographs have allowed scientists to study the intricate movements of cilia and flagella, which play crucial roles in cellular processes.

(385) Adoral cilia are also important for the transport of gametes in some aquatic organisms, such as sea urchins and some species of jellyfish.

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

(387) Despite its small size, the vorticella has a sophisticated mechanism for capturing and ingesting prey, using its cilia to create a feeding current.

(388) Adoral cilia beat rhythmically, propelling the plankton towards the mouth, but if the water is too turbulent, they may struggle to catch their prey.

(389) The anterior naris is lined with cilia, which help to trap and remove foreign particles, while the mucus membrane helps to moisten and warm the air.

(390) Vorticella, a type of ciliate, uses its cilia to create a vortex that draws in food particles, while it contracts and expands its body to move around.

(391) While centrosomes are typically located near the nucleus, they can also be found in other areas of the cell such as the axoneme of cilia and flagella.

(392) The columnar epithelial cell in the trachea has cilia that help to move mucus and trapped particles out of the respiratory system, while the basal cell provides support.

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