Urchin in a sentence

(1) Cidaris is a type of sea urchin.

(2) The shell of a sea urchin is spiky.

(3) I found an urchin on the beach today.

(4) The sea urchin nibbled along the kelp.

(5) The sea urchin had bristlelike spines.

(6) A sea urchin is a spiny marine animal.

(7) The urchin's shell had a rough texture.

(8) The urchin's shell had a unique texture.

(9) The sea urchin is a harmless echinoderm.

(10) The echinus is also known as a sea urchin.

Urchin sentence

(11) The urchin's spines were sharp and prickly.

(12) I observed the urchin from a safe distance.

(13) The urchin's shell had a glossy sheen to it.

(14) The urchin's shell was covered in tiny bumps.

(15) I gently placed the urchin back in the water.

(16) The sea urchin's spines are sharp and prickly.

(17) The shell of the sea urchin was used in sushi.

(18) The spina of a sea urchin is covered in spines.

(19) I observed a sea urchin hiding among the rocks.

(20) I had never seen such a colorful urchin before.

Urchin make sentence

(21) The urchin's spines were surprisingly flexible.

(22) The urchin's spines were surprisingly delicate.

(23) The urchin's movements were graceful and fluid.

(24) The urchin's spines were covered in tiny hairs.

(25) The sting off a sea urchin can be excruciating.

(26) The spicule of a sea urchin can be quite sharp.

(27) The shell of a sea urchin is covered in spines.

(28) The urchin's movements were slow and deliberate.

(29) The aculeus of a sea urchin is used for defense.

(30) Aladdin is a street urchin who becomes a prince.

Sentence of urchin

(31) The agatized sea urchin was a delicate treasure.

(32) The spina of a sea urchin is used for protection.

(33) The seta of the sea urchin was sharp and prickly.

(34) The sea urchin released its spawn into the water.

(35) The sea urchin's spawn can be found in the ocean.

(36) I found a beautiful sea urchin on the beach today.

(37) The little urchin scurried away when I approached.

(38) The aciculae of a sea urchin are used for defense.

(39) The shell of the sea urchin was covered in spines.

(40) The gill of a sea urchin is used for gas exchange.

Urchin meaningful sentence

(41) The sea urchin's spines can be quite long and thin.

(42) I spotted a sea urchin while exploring a tide pool.

(43) The urchin's movements were mesmerizing to observe.

(44) The street urchin pilfers fruit from market stalls.

(45) The sea urchin had spikey spines all over its body.

(46) The thorny sea urchin has sharp spines for defense.

(47) The spina of a sea urchin is covered in tiny spines.

(48) The sea urchin's vibrant colors caught my attention.

(49) The urchin's shell was shaped like a perfect circle.

(50) The urchin's spines were longer than I had expected.

Urchin sentence examples

(51) The eider sea urchin is a popular delicacy in Japan.

(52) The peristome of the sea urchin is covered in spines.

(53) The aculeus of the sea urchin is used for protection.

(54) The acanthae on the sea urchin were painful to touch.

(55) The thecae of the sea urchin contained the tube feet.

(56) I saw a sea urchin while snorkeling in the coral reef.

(57) I carefully picked up the urchin to examine it closer.

(58) The urchin's spines were covered in a slimy substance.

(59) The endoskeleton of a sea urchin is made up of spines.

(60) The spicules of the sea urchin were sharp and pointed.

Sentence with urchin

(61) The aculeus of a sea urchin is covered in tiny spines.

(62) The papulae of the sea urchin are used for locomotion.

(63) The spicule of a sea urchin is covered in tiny spines.

(64) The spikes on the sea urchin spike out from its shell.

(65) The aculei of the sea urchin can cause painful stings.

(66) The aristas on the sea urchin's spines were poisonous.

(67) The branchia of a sea urchin is located on its spines.

(68) The purpura sea urchin had sharp spines for protection.

(69) I wondered how the urchin found enough food to survive.

(70) The papulae of the sea urchin are filled with seawater.

Use urchin in a sentence

(71) The apodal sea urchin protected itself with its spines.

(72) The peristome of the sea urchin is used for locomotion.

(73) I accidentally touched the spiny sea urchin and it hurt.

(74) The aristate sea urchin had sharp spines for protection.

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

(76) The spikey sea urchin was carefully handled with gloves.

(77) The endotherm sea urchin used its spines for protection.

(78) The aculei of the sea urchin can be used for decoration.

(79) The motility of a sea urchin is dependent on its spines.

(80) The shell of the sea urchin was covered in sharp spines.

Sentence using urchin

(81) The aboral surface of the sea urchin is smooth and flat.

(82) The sea urchin's spines are hollow and filled with fluid.

(83) The papulae of the sea urchin are covered in tiny spines.

(84) The spicule of a sea urchin is made of calcium carbonate.

(85) The indumenta of a sea urchin is made up of sharp spines.

(86) The papulae on the sea urchin's body aid in gas exchange.

(87) The preoral groove of the sea urchin is used for feeding.

(88) The abactinal side of the sea urchin was smooth and flat.

(89) The setiferous sea urchin had long spines for protection.

(90) The venom of a sea urchin can cause swelling and redness.

Urchin example sentence

(91) I saw a sea urchin while snorkeling in the Mediterranean.

(92) The aboral spines of the sea urchin are used for defense.

(93) The blueviolet sea urchin was a unique find on the beach.

(94) I wondered if the urchin had any predators in its habitat.

(95) The acaudal sea urchin had a hard exterior for protection.

(96) The calicle of the sea urchin was covered in sharp spines.

(97) The spiny sea urchin was a common sight in the tide pools.

(98) The aboral surface of the sea urchin is covered in spines.

(99) I carefully picked up the sea urchin to examine it closely.

(100) I marveled at the intricate patterns on the urchin's shell.

Sentence with word urchin

(101) The ambulacrum is located on the underside of a sea urchin.

(102) The pseudopod of the sea urchin was covered in tiny spines.

(103) The spicules of the sea urchin were used in jewelry making.

(104) The aciculae of a sea urchin are made of calcium carbonate.

(105) The papulae of the sea urchin are covered in a slimy mucus.

(106) The actinal surface of the sea urchin is covered in spines.

(107) The calycinal spines of the sea urchin provided protection.

(108) I wondered how the urchin survived in such harsh conditions.

(109) I was amazed at the variety of colors on the urchin's shell.

(110) The peristomial spines of the sea urchin provide protection.

Sentence of urchin

(111) The actinal side of a sea urchin is covered in sharp spines.

(112) The spicule of a sea urchin is hollow and filled with fluid.

(113) The siphonal mechanism of the sea urchin aids in locomotion.

(114) The sea urchin autotomizes its spines to avoid being caught.

(115) The stellate shape of the sea urchin's shell was intriguing.

(116) I watched as the urchin slowly crawled along the ocean floor.

(117) The peristome of the sea urchin is covered in tiny tube feet.

(118) The papulae of the sea urchin are connected to its tube feet.

(119) The mushroom through with a spiky cap resembled a sea urchin.

(120) The sneeze of the sea urchin prickled beyond the kelp forest.

Urchin used in a sentence

(121) The actinal plates of the sea urchin are used for protection.

(122) The calipee of the sea urchin was a prized delicacy in Japan.

(123) The sea urchin will contract up its spines to protect itself.

(124) I saw a sea urchin while snorkeling in the Mediterranean Sea.

(125) The urchin's vibrant colors stood out against the sandy beach.

(126) The peristomial opening of the sea urchin is used for feeding.

(127) The pseudopod of the sea urchin was covered in tiny tube feet.

(128) I learned that sand dollars are actually a type of sea urchin.

(129) The actinal side of a sea urchin is covered in tiny tube feet.

(130) The papulae of the sea urchin help it to maintain its balance.

Urchin sentence in English

(131) The agatized sea urchin was a unique find for the beachcomber.

(132) The sea urchin's pedicellariae help protect it from predators.

(133) The peristomial region of the sea urchin is covered in spines.

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

(135) The aboral end of the sea urchin is where its anus is located.

(136) I marveled at the intricate patterns on the sea urchin's shell.

(137) The spicules of the sea urchin were used in traditional crafts.

(138) The actinal side of a sea urchin is covered in small tube feet.

(139) The acicula of a sea urchin is used for defense and locomotion.

(140) The papulae on the sea urchin's body play a role in locomotion.

(141) The calycinal canal of the sea urchin was used for respiration.

(142) The sea urchin will spawn in rocky areas and cling to surfaces.

(143) The aboral side of the sea urchin is where its anus is located.

(144) The acicular spines on the sea urchin were used for protection.

(145) I watched as the sea urchin used its spines to grip onto a rock.

(146) The aculei on a sea urchin's body are made of calcium carbonate.

(147) The setose spines on the sea urchin protected it from predators.

(148) The sea urchin can autotomize its spines as a defense mechanism.

(149) The actinal side of the sea urchin is where its anus is located.

(150) The mammillated surface of the sea urchin was covered in spines.

(151) The purpura sea urchin was carefully handled to avoid its spines.

(152) The urchin's spines provided excellent protection from predators.

(153) I carefully touched the spined sea urchin and felt a sharp prick.

(154) The acerose spines on the sea urchin's body are used for defense.

(155) The papulae on the sea urchin's body play a role in reproduction.

(156) The actinal side of the sea urchin is where its mouth is located.

(157) The eversible spines of the sea urchin protect it from predators.

(158) The mucronate spines on the sea urchin were a danger to swimmers.

(159) The scientist studied the blastulations of the sea urchin embryos.

(160) The praeoral cavity of a sea urchin is where the mouth is located.

(161) The chitinous spines of the sea urchin act as a defense mechanism.

(162) The spicules of the sea urchin were covered in a protective layer.

(163) The spicule of a sea urchin is used for defense against predators.

(164) The agatized sea urchin spine was a beautiful and intricate piece.

(165) The ptyxis of the sea urchin's spines protected it from predators.

(166) The abactinal side of the sea urchin was smooth and lacked spines.

(167) The ambulacra of the sea urchin are used for movement and feeding.

(168) The pedicellariae on the sea urchin's spines help keep them clean.

(169) The spiky sea urchin was carefully handled by the marine biologist.

(170) The spiky sea urchin shell was a beautiful souvenir from the beach.

(171) The chaetae of a sea urchin are used for locomotion and protection.

(172) The papulae of the sea urchin are used for sensing its environment.

(173) The sea urchin can autotomize its tube feet as a defense mechanism.

(174) The bristly appearance of the sea urchin's spines was intimidating.

(175) The gonopores of the sea urchin are located on the top of the body.

(176) The spines on the sea urchin recurvate to defend against predators.

(177) The Aladdin saga is about a street urchin who finds a magical lamp.

(178) The aboral side of a sea urchin is covered in spines for protection.

(179) The sea urchin's spines help it move and navigate through the water.

(180) The rascality of the street urchin was evident in his quick fingers.

(181) The receptacula of the sea urchin are where the spines are attached.

(182) The chaetae on the sea urchin's body help it move through the water.

(183) The paddlelike spines of the sea urchin protected it from predators.

(184) The pluteus undergoes metamorphosis to become a juvenile sea urchin.

(185) I spotted a sea urchin while snorkeling and carefully swam around it.

(186) The peristome of the sea urchin helps it move across the ocean floor.

(187) The papulae of the sea urchin are used for defense against predators.

(188) The bristlelike spines on the sea urchin protected it from predators.

(189) The acicula of a sea urchin is covered in tiny spines for protection.

(190) The operculum of a sea urchin is used to protect its delicate spines.

(191) The papulae on the sea urchin's body play a role in thermoregulation.

(192) The actinal rays of the sea urchin are used for movement and feeding.

(193) The pricker on the sea urchin punctured my foot while I was swimming.

(194) The ambulacra of the sea urchin are covered in spines for protection.

(195) The pedicellariae on the sea urchin's tube feet help keep them clean.

(196) The pygidium of the sea urchin is used for locomotion and protection.

(197) The ambulacrals of the sea urchin are used for locomotion and feeding.

(198) The street urchin's laughter echoed through the empty streets at night.

(199) The palmate spines of the sea urchin provide protection from predators.

(200) The spinous projections on the sea urchin's body are sharp and prickly.

(201) The papulae on the sea urchin's body play a role in sensory perception.

(202) The abactinal side of the sea urchin was covered in small, round bumps.

(203) The oscular tube of the sea urchin is used for feeding and respiration.

(204) The setae on a sea urchin's spines provide protection against predators.

(205) The retrorse spines on the sea urchin's shell protect it from predators.

(206) The street urchin's heart ached for a family and a home to call his own.

(207) The prickliness of the sea urchin's spines warned swimmers to stay away.

(208) The micromeres are located at the vegetal pole of the sea urchin embryo.

(209) The parapodium of a sea urchin is used for moving along the ocean floor.

(210) The prickliness of the sea urchin's spines warned predators to stay away.

(211) The sea urchin is a spiky sea animal that can be found in shallow waters.

(212) The ambulacrals of the sea urchin are used to move and cling to surfaces.

(213) The umbilicate shape of the fossil indicated it was a type of sea urchin.

(214) The spicule of the sea urchin is used in biotechnology for drug delivery.

(215) The aboral surface of a sea urchin is covered in sharp spines for defense.

(216) The sea urchin's spines are covered in a protective layer called the test.

(217) The acicular spines on the sea urchin's body acted as a defense mechanism.

(218) The pseudopod of the sea urchin was covered in tiny spines for protection.

(219) The reflexed spines on the sea urchin's body acted as a defense mechanism.

(220) The aculei on a sea urchin's body are sharp and can easily penetrate skin.

(221) The radular ribbon of the sea urchin is used for scraping algae off rocks.

(222) The actinal side of a sea urchin is covered in long spines for protection.

(223) The eversible spines on the sea urchin's body protected it from predators.

(224) The operculated aperture of the sea urchin allowed it to feed and breathe.

(225) The abactinal region of the sea urchin was covered in small, sharp spines.

(226) The ambulacrum is responsible for the movement of the sea urchin's spines.

(227) The parapodial spines of the sea urchin provide protection from predators.

(228) The pedicellariae on the sea urchin's test help protect it from predators.

(229) I carefully released the sea urchin back into the water after observing it.

(230) I was fascinated by the urchin's ability to blend in with its surroundings.

(231) The peristomial spines of the sea urchin provide defense against predators.

(232) The pectination of a sea urchin's spines aids in defense against predators.

(233) The radular ribbon of the sea urchin is used for capturing small organisms.

(234) The sea urchin hunched up beneath the rocks, protecting itself with spines.

(235) The pygidial spine of the sea urchin is used for defense against predators.

(236) Matsumae is famous for its seafood, especially its sea urchin and scallops.

(237) The micromeres are a key component of the sea urchin developmental program.

(238) The sea urchin had needlelike spines that could be dangerous if stepped on.

(239) The pedicellariae on the sea urchin's oral surface help capture small prey.

(240) The saccate structure of the sea urchin's body protected it from predators.

(241) The aboral surface of a sea urchin is covered in tiny spines for locomotion.

(242) The sea urchin's spines can be quite fragile and break easily if mishandled.

(243) The acanthae on the sea urchin are sharp and can cause injury if stepped on.

(244) The epipodial spines of the sea urchin provide protection against predators.

(245) The retiary organs of the sea urchin are used for both movement and feeding.

(246) Matsumae is known for its seafood, particularly its scallops and sea urchin.

(247) The spicule of the sea urchin is used in research for its unique properties.

(248) The aboral surface of a sea urchin is covered in tiny tube feet for movement.

(249) The sea urchin's spines provide it with camouflage among the rocks and coral.

(250) The aragonitic skeleton of the sea urchin provided protection from predators.

(251) The micromeres are derived from the fourth cleavage of the sea urchin embryo.

(252) The street urchin's mischievous grin revealed a glimpse of his playful nature.

(253) The skeletogenous structures of the sea urchin are essential for its survival.

(254) The aculeate spines on the sea urchin's body provide defense against predators.

(255) The street urchin's eyes widened in awe as he saw the ocean for the first time.

(256) The street urchin's tattered clothes and dirty face revealed a life of hardship.

(257) The diver's hand accidentally brushed against a sea urchin as he touched bottom.

(258) The tentaculocysts of a sea urchin are used to detect changes in water pressure.

(259) The epipodial spines on the sea urchin's body provide protection from predators.

(260) The opercula of the sea urchin are used to cover and protect the mouth and anus.

(261) The chaetal spines on the sea urchin's body provide protection against predators.

(262) The kind-hearted woman offered the street urchin a warm meal and a place to stay.

(263) The street urchin's nimble feet carried him swiftly through the narrow alleyways.

(264) The street urchin's stomach growled loudly, reminding him of his constant hunger.

(265) The chaetal filaments on the sea urchin's body provide protection from predators.

(266) The sac inside a sea urchin's body that stores eggs or sperm is called the gonad.

(267) The light-fingered street urchin snatched the loaf of bread from the market stall.

(268) The pluteus is a complex structure that aids in the survival of sea urchin larvae.

(269) The mucronate spines on the sea urchin were a defense mechanism against predators.

(270) The saccate structure of the sea urchin's body provided protection from predators.

(271) The sea urchin's spines were small and needlelike, but still painful if stepped on.

(272) The interradial grooves on a sea urchin's test are where the tube feet are located.

(273) The pectinated edges of the sea urchin's spines provided protection from predators.

(274) The sea urchin's spines would bristle with movement as it navigated the ocean floor.

(275) The pluteus is a temporary structure that aids in the movement of sea urchin larvae.

(276) The street urchin scavenged for food in the trash bins behind the fancy restaurants.

(277) The street urchin's quick thinking saved him from getting caught by the authorities.

(278) The vibraculum of a sea urchin is used to help it move and navigate its environment.

(279) The pluteus is a temporary structure that aids in the dispersal of sea urchin larvae.

(280) The street urchin ran through the crowded marketplace, dodging carts and pedestrians.

(281) The biradial symmetry of the sea urchin is important for its movement and protection.

(282) The sea urchin's spines are used for defense against predators and for capturing food.

(283) The polypary of a sea urchin is a spiny shell that provides protection from predators.

(284) The street urchin's eyes widened in wonder as he watched the performers in the circus.

(285) The street urchin's small frame allowed him to squeeze through tight spaces unnoticed.

(286) The street urchin's eyes lit up with joy when a kind stranger offered him a warm meal.

(287) The sea urchin laid its eggs on a rock and they will soon spawn into baby sea urchins.

(288) The unossified spines of the sea urchin were flexible and covered in protective spines.

(289) The echinodermal spines of a sea urchin serve as a defense mechanism against predators.

(290) The flagellatory action of the sea urchin's spines helps it to move and protect itself.

(291) The papulae of the sea urchin are used for releasing eggs and sperm during reproduction.

(292) The fascicled spines on the sea urchin's body provide it with protection from predators.

(293) The operculated mouth of the sea urchin allowed it to feed on algae and small organisms.

(294) The sea urchin laid its eggs in the ocean and they will soon spawn into baby sea urchins.

(295) The street urchin's nimble fingers skillfully picked the pockets of unsuspecting passersby.

(296) The street urchin's dreams of a better life kept him going, despite the hardships he faced.

(297) The flagellatory action of the sea urchin's spines helps it to move across the ocean floor.

(298) The gill of a sea urchin is responsible for extracting oxygen from water and capturing food.

(299) The street urchin's nimble fingers skillfully repaired the broken toy he found in the trash.

(300) The street urchin's eyes sparkled with mischief as he played pranks on unsuspecting strangers.

(301) The street urchin's nimble feet carried him away from the angry mob that accused him of theft.

(302) The street urchin's weary legs carried him to the shelter where he sought refuge from the cold.

(303) The street urchin's small hands clutched a stolen loaf of bread, his only source of sustenance.

(304) The presence of amoebocytes in the body of a sea urchin helps it to break down and absorb food.

(305) The simple eye of a sea urchin is used to detect light and dark for orientation and protection.

(306) The street urchin's voice trembled with fear as he recounted his encounters with dangerous gangs.

(307) The street urchin's nimble fingers carefully counted the coins he had earned from his day's work.

(308) The pluteus is a temporary structure that aids in the movement and dispersal of sea urchin larvae.

(309) The street urchin's heart skipped a beat when he saw a glimmer of hope in the form of a job offer.

(310) The water was so clear that I could see a sea urchin swim up while snorkeling in the Mediterranean.

(311) Aboral regions of the sea urchin's body are covered in spines, which help protect it from predators.

(312) Aboral surfaces of the sea urchin are covered in tube feet, which it uses for locomotion and feeding.

(313) The street urchin's voice carried a hint of sadness as he sang a haunting melody on the street corner.

(314) The street urchin's nimble feet carried him up the steps of the grand cathedral, where he sought solace.

(315) The street urchin's dirty hands held a small bouquet of stolen flowers, a rare moment of beauty in his life.

(316) The street urchin's nimble fingers expertly weaved through the crowded market stalls, searching for valuables.

(317) The sea urchin used its spines to grip onto the holdfasts of the seagrass, preventing it from being swept away.

(318) Aboral spines protect the sea urchin from predators, while the oral side contains the mouth and teeth for feeding.

(319) The pluteus is a temporary structure that facilitates the dispersal and colonization of new areas by sea urchin larvae.

(320) The adoral region of the sea urchin's mouth is also involved in the process of excretion, as waste products are expelled through small pores in the spines.

(321) The adoral zone of the sea urchin's mouth is lined with spines, which help to capture and manipulate food, but if the spines become damaged, the urchin may struggle to feed.

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