Vertebrae in a sentence

(1) The human body has 33 vertebrae.

(2) A cat's tail has nine vertebrae.

(3) The spine is made up of vertebrae.

(4) Your spine is made up of vertebrae.

(5) The spine consists of 33 vertebrae.

(6) The spine is made up of 33 vertebrae.

(7) The vertebrae protect the spinal cord.

(8) His neck is aching near the vertebrae.

(9) The vertebrae can be affected by tumors.

(10) The lumbus is made up of five vertebrae.

Vertebrae sentence

(11) The vertebrae are composed of bone tissue.

(12) A cat's tail is made up of nine vertebrae.

(13) The human spine is made up of 33 vertebrae.

(14) The lumbar vertebrae are numbered L1 to L5.

(15) A cat's tail can have up to nine vertebrae.

(16) The mid-back is made up of twelve vertebrae.

(17) The lumbus is composed of several vertebrae.

(18) The pygostyle is made up of fused vertebrae.

(19) The vertebrae are part of the axial skeleton.

(20) The boniest part of a snake is its vertebrae.

Vertebrae make sentence

(21) The cervical vertebrae are numbered C1 to C7.

(22) The cervical vertebrae are part of the spine.

(23) The coccyx is made up of four fused vertebrae.

(24) The vertebrae are numbered from top to bottom.

(25) The sacrum is made up of five fused vertebrae.

(26) The lumbar spine is made up of five vertebrae.

(27) The thoracic vertebrae are numbered T1 to T12.

(28) The thoracal spine is made up of 12 vertebrae.

(29) The asternal vertebrae are located in the back.

(30) The vertebrae are made up of bone and cartilage.

Sentence of vertebrae

(31) I injured my lumbar vertebrae in a car accident.

(32) The thoracic vertebrae articulate with the ribs.

(33) The spine is made up of 33 individual vertebrae.

(34) The thoracic vertebrae are connected to the ribs.

(35) The sacrum is located below the lumbar vertebrae.

(36) The coccyx is made up of several fused vertebrae.

(37) The caudal vertebrae provide support to the tail.

(38) The cervical-spine is made up of seven vertebrae.

(39) The ankylosed vertebrae caused chronic back pain.

(40) The thoracal vertebrae are connected to the ribs.

Vertebrae meaningful sentence

(41) The vertebrae can be fractured in cases of trauma.

(42) The vertebrae protect the spinal cord from injury.

(43) Luxated vertebrae can result in chronic back pain.

(44) The caudal vertebrae provide support for the tail.

(45) The lizard's tail is made up of several vertebrae.

(46) Aitchbones are made up of several small vertebrae.

(47) The thoracal spine is made up of twelve vertebrae.

(48) The costae articulate with the thoracic vertebrae.

(49) The caudal vertebrae are smaller towards the tail.

(50) The caudal vertebrae can be fused in some animals.

Vertebrae sentence examples

(51) The dislocation of the vertebrae required a brace.

(52) The vertebrae are classified into different regions.

(53) The tail bone is made up of several fused vertebrae.

(54) The endoskeleton of a snake is made up of vertebrae.

(55) The urostyle is composed of several fused vertebrae.

(56) Intrathoracic thoracic vertebrae, support the spine!

(57) The true rib is connected to the thoracic vertebrae.

(58) The vertebrae can be affected by age-related changes.

(59) The spinal column is made up of individual vertebrae.

(60) The vertebrae are connected by intervertebral joints.

Sentence with vertebrae

(61) The reptile's backbone was made up of many vertebrae.

(62) The thoracolumbar spine consists of twelve vertebrae.

(63) The caudal vertebrae provide flexibility to the tail.

(64) The coccygeal vertebra is made up of fused vertebrae.

(65) The bone in my neck is called the cervical vertebrae.

(66) The cervical vertebrae are located in the neck region.

(67) The vertebrae are formed during embryonic development.

(68) The thoracic vertebrae are part of the axial skeleton.

(69) The hemal arch is composed of several fused vertebrae.

(70) The cervical vertebrae are part of the axial skeleton.

Use vertebrae in a sentence

(71) Your spine is made up of small bones called vertebrae.

(72) The occipitals are connected to the cervical vertebrae.

(73) The ankylosaur's tail club was made of fused vertebrae.

(74) The rachidial ligament connects the vertebrae together.

(75) The mamillary process is a projection on the vertebrae.

(76) Luxated vertebrae can lead to severe spinal cord damage.

(77) The medulla spinalis is protected by the bony vertebrae.

(78) The zygapophysial joint connects two adjacent vertebrae.

(79) Diplodocuses had a relatively large number of vertebrae.

(80) The apophyges on the ribs articulate with the vertebrae.

Sentence using vertebrae

(81) The vertebrae can be affected by degenerative conditions.

(82) The vertebrae play a crucial role in maintaining posture.

(83) The thoracic vertebrae are classified as irregular bones.

(84) The costae attach to the thoracic vertebrae in the spine.

(85) The long car ride made my neck numb around the vertebrae.

(86) The snake's body is made up of segments called vertebrae.

(87) The surgeon carefully removed the lamina of the vertebrae.

(88) A herniated disc can put pressure on the nearby vertebrae.

(89) The vertebrae can be affected by congenital abnormalities.

(90) The vertebral column is composed of 33 vertebrae in total.

Vertebrae example sentence

(91) The coccygeal vertebrae are fused together in most adults.

(92) The fused vertebrae in his spine caused chronic back pain.

(93) Each vertebrae is connected to the one above and below it.

(94) The nerve-cord is protected by a series of bony vertebrae.

(95) The myelic examination showed a fracture in the vertebrae.

(96) The cervical-spine is protected by the cervical vertebrae.

(97) The coccyges are made up of three to five fused vertebrae.

(98) The diapophyses of the vertebrae articulate with the ribs.

(99) The spine is made up of many small bones called vertebrae.

(100) The marrow in the vertebrae bones helps support the spine.

Sentence with word vertebrae

(101) The caudal vertebrae are located at the base of the spine.

(102) The sacral vertebrae are fused together to form the sacrum.

(103) The cervical vertebrae are the bones that make up the neck.

(104) The coccygeal vertebrae are commonly known as the tailbone.

(105) The diapophyses of the sacral vertebrae are fused together.

(106) The rachidial disc acts as a cushion between the vertebrae.

(107) The doctor diagnosed the patient with anchylosed vertebrae.

(108) The thoracic vertebra is smaller than the lumbar vertebrae.

(109) The spinal cord is protected by the vertebrae of the spine.

(110) The intervertebral disk is a cushion between the vertebrae.

Sentence of vertebrae

(111) The thoracic cavity is surrounded by the thoracic vertebrae.

(112) The intervertebral ligaments connect the vertebrae together.

(113) The vertebrae are susceptible to fractures and dislocations.

(114) The shark's skeleton is composed of cartilaginous vertebrae.

(115) The thoracic vertebra is larger than the cervical vertebrae.

(116) The fracture was in the vertebrae and required a back brace.

(117) The somites give rise to the vertebrae in the adult organism.

(118) Spondylitis can lead to fusion of the vertebrae in the spine.

(119) The thoracic vertebrae are connected to the lumbar vertebrae.

(120) The neural arch is formed by the fusion of several vertebrae.

Vertebrae used in a sentence

(121) The cervical vertebrae are connected by intervertebral discs.

(122) The caudal part of the spine is made up of smaller vertebrae.

(123) Red bone marrow is primarily found in the vertebrae and ribs.

(124) The apophyseal process is a bony projection on the vertebrae.

(125) The trochlear ligament connects the atlas and axis vertebrae.

(126) The vertebrae allow for flexibility and movement of the spine.

(127) The vertebrae articulate with each other through facet joints.

(128) The vertebrae can be affected by conditions such as scoliosis.

(129) The thoracic vertebrae are larger than the cervical vertebrae.

(130) The thoracic vertebrae have intervertebral discs between them.

Vertebrae sentence in English

(131) The chiropractor identified calcification above the vertebrae.

(132) The zygapophyseal joint allows for movement between vertebrae.

(133) The sacral vertebrae are fused together to form a single bone.

(134) The thoracal vertebrae are larger than the cervical vertebrae.

(135) The fulcrum of the human neck is the atlas and axis vertebrae.

(136) The vertebrae can be affected by diseases such as osteoporosis.

(137) The coccygeal bone is made up of three to five fused vertebrae.

(138) The azygos process is a bony projection found on the vertebrae.

(139) The intervertebral space is located between adjacent vertebrae.

(140) The fused vertebrae in her neck restricted her range of motion.

(141) The human vertebral column consists of 33 individual vertebrae.

(142) Eins is the number of vertebrae most people have in their neck.

(143) The radiologist noticed a caudad displacement of the vertebrae.

(144) The cervical vertebrae can be visualized on X-rays or CT scans.

(145) The lumbar vertebrae are essential for proper spinal alignment.

(146) The vertebras in the neck region are called cervical vertebrae.

(147) The apophyges of the vertebrae help to protect the spinal cord.

(148) The spinous process is a bony projection found on the vertebrae.

(149) The lumbar vertebrae are the largest and support the lower back.

(150) The intervertebral discs cushion the vertebrae and absorb shock.

(151) The intravertebral disc acts as a cushion between the vertebrae.

(152) The word vertebral refers to something related to the vertebrae.

(153) The caudal skeleton of a snake is made up of numerous vertebrae.

(154) The vertebrae provide attachment points for muscles and tendons.

(155) The rachidial column in humans consists of individual vertebrae.

(156) The costae are connected to the thoracic vertebrae by ligaments.

(157) The subcaudal vertebrae of the dog were damaged in the accident.

(158) The metamerism of a snake is evident in its repeating vertebrae.

(159) The chiropractor knows how to soothe around misaligned vertebrae.

(160) The vertebrae can be visualized using medical imaging techniques.

(161) The vertebral discs act as shock absorbers between the vertebrae.

(162) The thoracic vertebrae are essential for proper spinal alignment.

(163) The vertebral arch is formed by the fusion of multiple vertebrae.

(164) The coccygeal vertebra consists of three to five fused vertebrae.

(165) The cervical vertebrae are prone to injury in whiplash accidents.

(166) The nuchae ligament connects the skull to the cervical vertebrae.

(167) The vertebrae can be affected by infections such as osteomyelitis.

(168) The intervertebral discs provide cushioning between the vertebrae.

(169) The vertebrae are surrounded by muscles and ligaments for support.

(170) The vertebrae are essential for the transmission of nerve signals.

(171) The sacrum is located between the lumbar vertebrae and the coccyx.

(172) The dinosaur's fossilized vertebrae were discovered in the desert.

(173) The thoracic vertebrae play a crucial role in maintaining posture.

(174) The thoracic vertebrae have facets for articulation with the ribs.

(175) The diapophyses are located on the lateral sides of the vertebrae.

(176) The coccygeal vertebra is composed of fused rudimentary vertebrae.

(177) The spine is made up of multiple bone structures called vertebrae.

(178) The urostyle is formed through the fusion of individual vertebrae.

(179) The diplodocuses' necks contained a series of elongated vertebrae.

(180) The cervical vertebrae protect the spinal cord in the neck region.

(181) The coccygeal vertebrae may ossify after congenital abnormalities.

(182) The zygapophysial joint is located between two adjacent vertebrae.

(183) The laminectomy procedure involves removing part of the vertebrae.

(184) The synovia in my spine helps to cushion and protect the vertebrae.

(185) The intervertebral joints allow for movement between the vertebrae.

(186) Ligaments in the spine help to support and stabilize the vertebrae.

(187) The thoracic vertebrae have superior and inferior articular facets.

(188) The diapophyses of the lumbar vertebrae are larger and more robust.

(189) The intravertebral joints allow for movement between the vertebrae.

(190) The lumbar vertebrae are crucial for proper spinal cord protection.

(191) Spondylolysis is often caused by stress fractures in the vertebrae.

(192) The giraffe's neck is made up of seven vertebrae, just like humans.

(193) The ossification of the vertebrae helps to protect our spinal cord.

(194) The spinal nerve is protected by the vertebrae of the spinal column.

(195) The thoracic vertebrae articulate with the ribs to form the ribcage.

(196) The thoracic vertebrae are subject to degenerative changes with age.

(197) The retroversion of the vertebrae can cause back pain and stiffness.

(198) The thoracal vertebrae articulate with the ribs to form the ribcage.

(199) The spinal canal is formed by the alignment of individual vertebrae.

(200) The cervical vertebrae allow for a wide range of motion in the neck.

(201) The cervical vertebrae are essential for maintaining proper posture.

(202) The lumbar vertebrae are connected to the pelvis through the sacrum.

(203) The vertebral column is made up of individual bones called vertebrae.

(204) The sternum is connected to the spine through the thoracic vertebrae.

(205) The vertebrae play a crucial role in maintaining posture and balance.

(206) The thoracic vertebrae are less flexible than the cervical vertebrae.

(207) The surgeon used a bone graft to fuse across the fractured vertebrae.

(208) The diapophyses of the caudal vertebrae are reduced and often absent.

(209) I applied heat to my lower back to ease a cramp between my vertebrae.

(210) The lumbar vertebrae are essential for maintaining a healthy posture.

(211) The vertebras in the lower back region are known as lumbar vertebrae.

(212) The prevertebral space is located anterior to the cervical vertebrae.

(213) The intervertebral joints allow for the articulation of the vertebrae.

(214) The thoracic vertebrae are responsible for protecting the spinal cord.

(215) The thoracic vertebrae are connected to the pelvis through the sacrum.

(216) The doctor diagnosed her with a compression fracture in her vertebrae.

(217) The giraffe's neck contains the same number of vertebrae as a human's.

(218) The radiograph showed a cephalad displacement of the spinal vertebrae.

(219) The cervical vertebrae are composed of bone, cartilage, and ligaments.

(220) The cervical vertebrae are named based on their position in the spine.

(221) The lumbar vertebrae are protected by layers of muscles and ligaments.

(222) The camelopard's neck is made up of seven vertebrae, just like humans.

(223) The spinal column is made up of cartilages that cushion the vertebrae.

(224) The giraffe's neck is made up of seven vertebrae, just like a human's.

(225) The intervertebral discs act as shock absorbers between the vertebrae.

(226) The intravertebral foramen allows nerves to pass through the vertebrae.

(227) The spinal column is made up of 33 individual vertebrae in most adults.

(228) Injuries to the vertebrae can result in paralysis or loss of sensation.

(229) The lumbar vertebra is larger and stronger compared to other vertebrae.

(230) The thoracic vertebrae have a unique shape compared to other vertebrae.

(231) The thoracic vertebrae have transverse processes for muscle attachment.

(232) The sclerotome undergoes segmentation to form the individual vertebrae.

(233) The manubrium is connected to the spine through the thoracic vertebrae.

(234) The zygapophyseal joint is formed by the articulation of two vertebrae.

(235) The dislocated vertebrae were carefully placed beside the spinal brace.

(236) The lumbar vertebrae play a crucial role in maintaining proper posture.

(237) The lumbar vertebrae are composed of a body, arch, and spinous process.

(238) The ilium is connected to the lumbar vertebrae by the lumbosacral joint.

(239) The vertebral column is made up of both movable and immovable vertebrae.

(240) The caudal vertebrae of a horse are important for balance while running.

(241) The thoracic vertebrae provide stability and support for the upper body.

(242) The diapophyses of the vertebrae provide attachment points for the ribs.

(243) The condyle of the rib bone connects with the vertebrae in the rib cage.

(244) The inion can be used to assess the alignment of the cervical vertebrae.

(245) The lumbar vertebrae are the largest and strongest in the spinal column.

(246) The lumbar vertebrae are protected by the spinal cord and spinal nerves.

(247) The sacral vertebrae articulate with the lumbar and coccygeal vertebrae.

(248) The cervical vertebrae are susceptible to degenerative changes with age.

(249) The spinal vertebrae may ossify after degenerative changes in the discs.

(250) The joint in my neck is where my skull bone meets my cervical vertebrae.

(251) The chiropractor used a special tool to adjust the vertebrae in my neck.

(252) The lumbar vertebrae are prone to degenerative changes as a person ages.

(253) The somite gives rise to the vertebrae, muscles, and dermis of the skin.

(254) The sacrum is connected to the lumbar vertebrae by the sacroiliac joints.

(255) The azygos process is a small bony prominence found on certain vertebrae.

(256) The pivot joint is found between the first and second cervical vertebrae.

(257) The vertebrae in the neck allow for the rotation and tilting of the head.

(258) The diapophyses of the sacral vertebrae fuse together to form the sacrum.

(259) The breast-bone is connected to the spine through the thoracic vertebrae.

(260) The transverse process plays a role in connecting the vertebrae together.

(261) The transverse process is part of the overall structure of the vertebrae.

(262) The surgeon skillfully debones down to the patient's fractured vertebrae.

(263) The cervical vertebrae play a crucial role in protecting the spinal cord.

(264) The patient was diagnosed with a compression fracture in their vertebrae.

(265) The pivot joint in the atlas and axis vertebrae allows for head rotation.

(266) The thoracic vertebrae provide support and protection for the spinal cord.

(267) The thoracic vertebrae are crucial for maintaining overall body stability.

(268) The vertebral arch is connected to the surrounding vertebrae by ligaments.

(269) The thoracal vertebrae provide support and protection for the spinal cord.

(270) The lumbar vertebrae allow for flexibility and movement in the lower back.

(271) The cervical vertebrae are involved in the coordination of head movements.

(272) The cervical vertebrae are an integral part of the musculoskeletal system.

(273) The sacrals are the five fused vertebrae located at the base of the spine.

(274) The spinous process of the cervical vertebrae can be palpated in the neck.

(275) The vertebral arch is formed by the fusion of several embryonic vertebrae.

(276) The thoracic vertebrae are larger and stronger than the cervical vertebrae.

(277) The intervertebral discs separate the vertebrae and act as shock absorbers.

(278) The vertebrae can be affected by degenerative conditions such as arthritis.

(279) Spondylitis can cause a hunched posture due to the fusion of the vertebrae.

(280) The thoracic vertebrae are larger in size compared to the sacral vertebrae.

(281) The thoracal vertebrae are larger and stronger than the cervical vertebrae.

(282) The thoracal vertebrae provide attachment points for muscles and ligaments.

(283) The interspinous ligament connects adjacent vertebrae in the spinal column.

(284) Caecilians have a reduced number of vertebrae compared to other amphibians.

(285) The intervertebral disc is located between each pair of adjacent vertebrae.

(286) The cervical vertebrae articulate with the skull at the occipital condyles.

(287) The lumbar vertebrae are located between the thoracic and sacral vertebrae.

(288) The lumbar vertebrae are susceptible to fractures in high-impact accidents.

(289) The epiphyses of the vertebrae are important for spinal column flexibility.

(290) The haemal canal runs along the underside of the vertebrae in some species.

(291) The chiropractor recommended an implant at the vertebrae to alleviate pain.

(292) The word prevertebral refers to something located in front of the vertebrae.

(293) The vertebrae are classified into different regions based on their location.

(294) The vertebrae in the lower back are subjected to the most stress and strain.

(295) The thoracic vertebrae are essential for proper breathing and lung function.

(296) The thoracic vertebrae are crucial for maintaining balance and coordination.

(297) The symphysis between the two vertebrae allows for flexibility in the spine.

(298) The lumbar vertebrae are connected to the ribcage by the thoracic vertebrae.

(299) The lumbar vertebrae are located just above the sacrum in the spinal column.

(300) The pivot joint in the atlas and axis vertebrae allows for shaking the head.

(301) The faciocervical bones include the jaw, cheekbones, and cervical vertebrae.

(302) The sacrals are the five fused vertebrae that make up the base of the spine.

(303) The cartilage bone in your spine helps to cushion and support the vertebrae.

(304) The intercentra are small bones found between the vertebrae in some animals.

(305) The vertebrae can be affected by metabolic disorders such as Paget's disease.

(306) The term intravertebral refers to something that occurs within the vertebrae.

(307) The vertebrae can be visualized using medical imaging techniques like X-rays.

(308) The thoracic vertebrae are located between the cervical and lumbar vertebrae.

(309) The thoracic vertebrae are essential for maintaining proper spinal alignment.

(310) The thoracic vertebrae are connected to the sternum via the costal cartilage.

(311) The thoracic vertebrae are responsible for the flexibility of the upper back.

(312) The gliding joint in the spine allows for slight movements between vertebrae.

(313) The intravertebral ligaments help to maintain the alignment of the vertebrae.

(314) The cervical vertebrae are the smallest and most delicate bones in the spine.

(315) The cervical vertebrae are responsible for supporting the weight of the head.

(316) The lumbar vertebrae are responsible for the natural curve of the lower back.

(317) The lumbar vertebrae are prone to developing conditions like spinal stenosis.

(318) The intervertebral disc acts as a cushion between the vertebrae in the spine.

(319) Cartilaginous discs in the spine act as shock absorbers between the vertebrae.

(320) The tailbone is composed of three to five fused vertebrae in most individuals.

(321) The thoracic vertebrae have spinous processes that can be felt along the back.

(322) The sclerotome undergoes a process called somitogenesis to form the vertebrae.

(323) The radiolucent spacer was inserted between the vertebrae to relieve pressure.

(324) The lumbar vertebrae are responsible for bearing the weight of the upper body.

(325) The cervical vertebrae can become misaligned, causing neck pain and stiffness.

(326) The lumbar vertebrae play a crucial role in maintaining posture and stability.

(327) The diapophyses of the sacral vertebrae are fused together to form the sacrum.

(328) The percutaneous vertebroplasty was done to stabilize the fractured vertebrae.

(329) When doing Pilates, make sure to roll onto your spine one vertebrae at a time.

(330) The vertebral column is composed of the vertebrae stacked on top of each other.

(331) The spinal foramina protect the spinal cord as it passes through the vertebrae.

(332) The chiropractor used his hands to palpate through to the misaligned vertebrae.

(333) The thoracic vertebrae are crucial for supporting the weight of the upper body.

(334) The thoracic vertebrae are essential for maintaining stability during movement.

(335) The thoracic vertebrae have facets that articulate with the corresponding ribs.

(336) The diapophyses of the sacral vertebrae provide stability to the pelvic region.

(337) The vertebral arch is an important landmark for identifying specific vertebrae.

(338) The sclerotome gives rise to the ribs and sternum in addition to the vertebrae.

(339) The lumbar vertebrae are connected to the sacrum through the sacroiliac joints.

(340) The lumbar vertebrae are connected to the pelvis through the lumbosacral joint.

(341) The cervical vertebrae are crucial for proper nerve function in the upper body.

(342) The spinal cord passes through the vertebral canal, protected by the vertebrae.

(343) The lumbar vertebrae are numbered L1 to L5, with L1 being the topmost vertebra.

(344) The lumbar vertebrae are located between the thoracic vertebrae and the sacrum.

(345) The sutural process in the vertebrae is a bony projection where muscles attach.

(346) The intervertebral disk is located between each pair of vertebrae in the spine.

(347) The cranium is connected to the rest of the body through the cervical vertebrae.

(348) The coccygeal vertebrae are remnants of the tail that our distant ancestors had.

(349) The pivot joint is responsible for the movement of the atlas and axis vertebrae.

(350) The vertebrae are crucial for maintaining the structural integrity of the spine.

(351) The bone-scan confirmed the successful fusion of the patient's spinal vertebrae.

(352) The quadratus lumborum is connected to the iliac crest and the lumbar vertebrae.

(353) The cervical vertebrae are located between the thoracic vertebrae and the skull.

(354) Herniated discs can occur when the soft tissue between the vertebrae pushes out.

(355) The chiropractor was able to palpate through up to the patient's neck vertebrae.

(356) Ossific bridges can form between adjacent vertebrae after spinal fusion surgery.

(357) The spinal column is connected to the skull through the atlas and axis vertebrae.

(358) The pedicles of the vertebrae provide support and protection for the spinal cord.

(359) The diapophyses of the caudal vertebrae are vestigial structures in some species.

(360) The interspinous space is located between the spinous processes of the vertebrae.

(361) The cervical vertebrae have transverse foramina for the passage of blood vessels.

(362) The endplates of the vertebrae help to distribute weight evenly across the spine.

(363) The intercentra of the caudal vertebrae are often fused together in some animals.

(364) The laminae of the vertebrae provide attachment points for muscles and ligaments.

(365) The vertebrae can be affected by autoimmune diseases such as rheumatoid arthritis.

(366) The coccygeal vertebrae are vestigial structures with no known function in humans.

(367) The doctor examined the patient's spine by running his finger along the vertebrae.

(368) The thoracic vertebrae are responsible for allowing limited rotation of the torso.

(369) The thoracic vertebrae are connected to the sternum through the costal cartilages.

(370) The diapophyses of the lumbar vertebrae are often used in spinal fusion surgeries.

(371) The diapophyses of the lumbar vertebrae are more prominent in quadrupedal animals.

(372) The radiolucent spacer maintained proper alignment of the vertebrae during fusion.

(373) The chiropractor palpated through on the patient's spine to realign the vertebrae.

(374) The lumbar vertebrae have a unique shape that allows for flexibility and movement.

(375) The lumbar vertebrae are prone to degenerative conditions such as herniated discs.

(376) The lumbar vertebrae are crucial for transmitting nerve signals to the lower body.

(377) The vertebras in the cervical region are smaller compared to the lumbar vertebrae.

(378) The epiphyses of the rib bones articulate with the thoracic vertebrae and sternum.

(379) The pedicles of the vertebrae provide attachment points for muscles and ligaments.

(380) The joint between the first and second vertebrae is called the atlantoaxial joint.

(381) The thoracic vertebrae are crucial for protecting vital organs in the chest cavity.

(382) The thoracic vertebrae are responsible for the natural curvature of the upper back.

(383) The thoracic vertebrae are vital for the overall structural integrity of the spine.

(384) The breastbone is connected to the vertebral column through the thoracic vertebrae.

(385) The cervical plexus is connected to the spinal cord through the cervical vertebrae.

(386) The lumbar vertebrae are surrounded by muscles that provide stability and movement.

(387) The lumbar vertebrae are connected to the ribcage through the thoracolumbar fascia.

(388) The sacral vertebrae are connected to the coccyx, forming the sacrococcygeal joint.

(389) The lumbar vertebrae have a unique shape that allows for flexibility and stability.

(390) The apophyses of the vertebrae provide attachment points for muscles and ligaments.

(391) The transverse process is an important landmark for identifying specific vertebrae.

(392) The vertebral column is connected to the skull through the atlas and axis vertebrae.

(393) The diapophyses of the thoracic vertebrae articulate with the tubercles of the ribs.

(394) The ankylosed vertebrae in his spine made it difficult for him to stand up straight.

(395) The lumbar vertebrae are supported by ligaments that provide stability to the spine.

(396) Somites give rise to various structures, including the vertebrae, ribs, and muscles.

(397) The lumbar vertebrae are susceptible to age-related degeneration and osteoarthritis.

(398) The apophysis of the vertebrae provides attachment points for muscles and ligaments.

(399) The thoracic vertebrae are involved in the movement of the rib cage during breathing.

(400) The surgeon carefully removed the laminae of the vertebrae to access the spinal cord.

(401) The lumbar vertebrae have a larger size compared to the other vertebrae in the spine.

(402) The sacral vertebrae are larger and stronger than the cervical or thoracic vertebrae.

(403) She had to wear a brace to support her back after a closed fracture in her vertebrae.

(404) The spinal-canal is protected by the vertebrae, which act as a shield against injury.

(405) The chiropractor was palpating the patient's vertebrae to identify any misalignments.

(406) The coccygeal vertebrae are smaller and less developed compared to other spinal bones.

(407) Spinal fusion is a surgical procedure used to join two or more vertebrae in the spine.

(408) The mamillary processes of the lumbar vertebrae provide attachment points for muscles.

(409) The surgeon will implant between two vertebrae to relieve pressure on the spinal cord.

(410) The chiropractor uses spinal adjustments to unbend the patient's misaligned vertebrae.

(411) The endplates of the vertebrae help distribute weight and forces throughout the spine.

(412) The lumbar vertebrae are located between the thoracic and sacral regions of the spine.

(413) The lumbar vertebrae are composed of a body, pedicles, laminae, and spinous processes.

(414) The cervical vertebrae have facets for articulation with the ribs in some individuals.

(415) The sacral bone is formed by the fusion of five separate vertebrae during development.

(416) The chiropractor adjusted the patient's spine to alleviate retrusion of the vertebrae.

(417) The lumbar vertebrae are responsible for bearing most of the weight of the upper body.

(418) The chiropractor used spinal adjustments to palpate through at the patient's vertebrae.

(419) The surgeon repositioned the vertebrae posteriorly to alleviate pressure on the nerves.

(420) Rheumatoid spondylitis can cause the vertebrae in the spine to fuse together over time.

(421) The mammillary processes of the lumbar vertebrae provide attachment points for muscles.

(422) The lumbar vertebrae are separated by intervertebral discs that act as shock absorbers.

(423) The lumbar vertebrae are crucial for maintaining balance and stability during movement.

(424) The pivot joint allows for rotation between the first and second vertebrae of the neck.

(425) The lumbar vertebrae are connected by intervertebral discs that act as shock absorbers.

(426) The vertebrae can be affected by inflammatory conditions such as ankylosing spondylitis.

(427) The thoracic vertebrae are subject to various spinal conditions such as herniated discs.

(428) The diapophyses of the lumbar vertebrae are important for weight-bearing and locomotion.

(429) Fibrocartilages in the intervertebral discs help maintain the spacing between vertebrae.

(430) The ankylosaur's tail club was made of fused vertebrae and could reach impressive sizes.

(431) The lumbar vertebrae are susceptible to degenerative conditions such as herniated discs.

(432) The lumbar vertebrae are responsible for maintaining the natural curvature of the spine.

(433) The lumbar vertebrae are larger in size compared to the cervical and thoracic vertebrae.

(434) The diapophyses of the lumbar vertebrae are larger than those of the thoracic vertebrae.

(435) The apophyseal joints are located in the spine and allow for movement between vertebrae.

(436) The intercentra of the sacral vertebrae are fused together to form the sacrum in humans.

(437) The intercentra of the lumbar vertebrae are larger than those of the cervical vertebrae.

(438) The diaphyses of the vertebrae protect the spinal cord and provide support for the body.

(439) Hemal canals are channels in the vertebrae that allow the hemal vessels to pass through.

(440) The thoracic vertebrae can be affected by degenerative conditions such as osteoarthritis.

(441) The thoracic vertebrae are responsible for protecting the spinal cord in the chest region.

(442) The diapophyses of the cervical vertebrae allow for a greater range of motion in the neck.

(443) The meristic count of vertebrae can be used to distinguish between different fish species.

(444) The cervical vertebrae have spinous processes that can be felt along the back of the neck.

(445) The cervical vertebrae can be affected by conditions such as arthritis or herniated discs.

(446) The cervical vertebrae are responsible for maintaining the natural curvature of the spine.

(447) The cervical vertebrae can be affected by trauma, such as a sports injury or car accident.

(448) The lumbar vertebrae are connected to the spinal nerves that control lower body functions.

(449) The spinous process of the vertebrae provides attachment points for muscles and ligaments.

(450) The odontoid process is a bony projection that extends from the second cervical vertebrae.

(451) Pliosaurs had a specialized neck vertebrae that allowed them to twist and turn their heads.

(452) The condyles of the lumbar vertebrae connect with the sacrum to form the lumbosacral joint.

(453) The transverse process can be used as a reference point for identifying specific vertebrae.

(454) The diapophyses of the cervical vertebrae are smaller than those of the thoracic vertebrae.

(455) The vertebral arch is a key landmark for identifying specific vertebrae on imaging studies.

(456) The intercentra of the cervical vertebrae are shorter than those of the thoracic vertebrae.

(457) The thoracic vertebrae have transverse processes that provide attachment points for muscles.

(458) The diapophyses of the caudal vertebrae are reduced in snakes due to their elongated bodies.

(459) The transverse process can vary in size and shape depending on the vertebrae it is found on.

(460) The spinal canal is surrounded by the spinal column, which consists of individual vertebrae.

(461) The cervical vertebrae can be affected by conditions such as spinal stenosis or spondylosis.

(462) The regional anatomy of the spine involves studying the vertebrae and associated structures.

(463) The radiolucent spacer was inserted between the vertebrae to relieve pressure on the nerves.

(464) The intervertebral disc is a cushion-like structure found between the vertebrae of the spine.

(465) The intervertebral disk is a cushion-like structure found between the vertebrae of the spine.

(466) The mammillary processes of the vertebrae provide stability and support to the spinal column.

(467) The thoracal vertebrae have unique features that distinguish them from other spinal segments.

(468) The lumbar vertebrae have a concave shape to support the natural curvature of the lower back.

(469) The lumbar vertebrae are connected to the abdominal muscles through the thoracolumbar fascia.

(470) The cervical vertebrae are essential for maintaining balance and stability in the upper body.

(471) The lumbar vertebrae are connected to the intervertebral discs, which act as shock absorbers.

(472) The lumbar vertebrae are crucial for allowing movements like bending, twisting, and rotating.

(473) The surgeon inserted the needle between the patient's vertebrae to administer a spinal block.

(474) The spine is made up of vertebrae, and each one plays a crucial role in movement and support.

(475) The xiphisternum is an important landmark for determining the level of the thoracic vertebrae.

(476) The lumbar vertebrae are involved in various movements such as bending, twisting, and lifting.

(477) The chiropractor used spinal adjustments to dilate up the patient's vertebrae for pain relief.

(478) The vertebral vein is located deep within the spinal column and is protected by the vertebrae.

(479) The condyles of the ribs connect with the thoracic vertebrae to form the costovertebral joints.

(480) The lumbar vertebrae are crucial for transmitting forces from the upper body to the lower body.

(481) The uncinate process of the vertebrae is a small bony projection that articulates with the rib.

(482) The unossified vertebrae in the spine were causing the patient to experience chronic back pain.

(483) The caudal vertebrae provide support for the tail, but the cervical vertebrae support the neck.

(484) The diapophyses of the thoracic vertebrae provide stability and protection for the vital organs.

(485) The lumbar vertebrae can be affected by conditions such as spinal stenosis or spondylolisthesis.

(486) The sclerotome is a segment of the embryonic mesoderm that gives rise to the vertebrae and ribs.

(487) The cervical plexus is named after the cervical vertebrae, which are located in the neck region.

(488) Lumbosacral transitional vertebrae are variations in the spinal anatomy that can cause back pain.

(489) Lumbosacral fusion surgery involves joining the vertebrae in the lower back to provide stability.

(490) The cervical vertebrae are connected to the thoracic vertebrae by the cervical-thoracic junction.

(491) The lumbar vertebrae are susceptible to inflammation and swelling in conditions like spondylitis.

(492) Osteolytic lesions in the vertebrae can compress the spinal cord and cause neurological symptoms.

(493) The apophyses of the ribs articulate with the vertebrae and provide support for the chest cavity.

(494) The diapophyses of the cervical vertebrae are smaller compared to those of the thoracic vertebrae.

(495) The condyles of the thoracic vertebrae articulate with the ribs to form the costovertebral joints.

(496) The chiropractor used spinal adjustments to reshape fibrous structures in the patient's vertebrae.

(497) The manubria of the thoracic vertebrae are the anterior projections that articulate with the ribs.

(498) The chiropractor identified malpositions in the patient's vertebrae and adjusted them accordingly.

(499) The thoracic vertebrae have a unique shape that allows for the attachment of muscles and ligaments.

(500) The retinacula in the spine help to hold the vertebrae in alignment and prevent excessive movement.

(501) Lumbosacral fusion surgery involves joining the vertebrae in the lower back to stabilize the spine.

(502) The septa in the lizard's tail help to separate the different vertebrae and allow for regeneration.

(503) The ginglymus joint in the intervertebral joints allows for slight movements between the vertebrae.

(504) The lumbar vertebrae are essential for maintaining balance and stability while standing or walking.

(505) The lumbar vertebrae can be affected by age-related changes such as osteoarthritis or osteoporosis.

(506) Diplodocuses, despite their long necks, had a limited range of motion due to their rigid vertebrae.

(507) The spinal-canal is protected by the vertebrae, which act as a shield for the delicate spinal cord.

(508) The caudal vertebrae are located at the end of the spinal column, where the caudal fin is attached.

(509) The spinal column is made up of 33 vertebrae, which protect the spinal cord and allow for movement.

(510) The dislocation of the vertebrae was a serious injury, but surgery was successful in correcting it.

(511) The thoracic vertebrae are connected to the lumbar vertebrae below and the cervical vertebrae above.

(512) The lumbar vertebrae can be visualized using medical imaging techniques such as X-rays or MRI scans.

(513) The lumbar vertebrae are involved in the coordination of movements between the upper and lower body.

(514) The hemal spine is a projection on the underside of the tail vertebrae that supports the hemal arch.

(515) The condyles of the cervical vertebrae articulate with the occipital bone to allow for neck movement.

(516) The surgeon will anaesthetize between the third and fourth vertebrae before performing the procedure.

(517) The iliolumbar artery is responsible for providing blood to the iliac crest and the lumbar vertebrae.

(518) The mammillary processes of the lumbar vertebrae can be felt as bony protrusions along the lower back.

(519) The serratus posterior superior muscle originates from the lower cervical and upper thoracic vertebrae.

(520) The chiropractor used their hands to palpate through at the misaligned vertebrae in the patient's spine.

(521) The intercentra of the tail vertebrae are often elongated in some animals for balance and communication.

(522) The surgeon will implant a spinal cord stimulator underneath the patient's vertebrae for pain management.

(523) The lumbar vertebrae are crucial for maintaining proper alignment and balance during physical activities.

(524) Hemal processes are extensions of the vertebrae that provide attachment points for muscles and ligaments.

(525) The intervertebral joints allow for movement between vertebrae, but they can become stiff with arthritis.

(526) The giraffe's long neck is made up of seven vertebrae, just like humans, but each vertebra is much larger.

(527) Dorsally, the spine is protected by the vertebrae, while ventrally, the organs are shielded by the ribcage.

(528) The aponeuroses of the trapezius muscle attach to the occipital bone and spinous processes of the vertebrae.

(529) The intervertebral joints, which connect adjacent vertebrae, allow for movement and flexibility in the spine.

(530) The apophyseal joint is located on both sides of the vertebrae and allows for movement in multiple directions.

(531) Dorsally, the spine is protected by the vertebrae, and ventrally, it is supported by the intervertebral discs.

(532) The dorsum of the spine is made up of individual vertebrae, which protect the delicate spinal cord from injury.

(533) The diapophyses of the caudal vertebrae are absent in some species that have lost their tails through evolution.

(534) The lumbar vertebrae are responsible for supporting the weight of the upper body during activities like lifting.

(535) The diapophyses of the thoracic vertebrae are more developed in animals that rely on their forelimbs for support.

(536) The vertebral canal is surrounded by a series of intervertebral discs that provide cushioning between the vertebrae.

(537) The vertebral arches protect the spinal cord, and they are formed by the pedicles and laminae of adjacent vertebrae.

(538) The intervertebral disk is a crucial component of the spinal column, and it acts as a cushion between the vertebrae.

(539) If the intervertebral discs lose their height, they can cause the vertebrae to compress and lead to spinal stenosis.

(540) The intervertebral foramina, which are located on either side of the vertebrae, allow for the passage of spinal nerves.

(541) When the intervertebral discs degenerate, they can cause the vertebrae to rub against each other and lead to arthritis.

(542) The spinal cord, which runs through the intervertebral foramina, is protected by the vertebrae and intervertebral discs.

(543) The apophyseal process is a bony projection on the vertebrae that serves as an attachment point for muscles and ligaments.

(544) The diapophyses of the sacral vertebrae fuse together to form a rigid structure that supports the weight of the upper body.

(545) The chiropractor used a special technique to realign the vertebrae in his lower back and alleviate the pain in his buttock.

(546) Laminectomies may also involve removing part of the facet joints, which are small joints that connect the vertebrae together.

(547) The intercalary disc in the spine is a cushioning structure that helps absorb shock, and it is located between the vertebrae.

(548) The intervertebral disk, which acts as a cushion between the vertebrae, can become herniated if too much pressure is applied.

(549) The diapophyses of the cervical vertebrae are often used in paleontological studies to determine the posture of extinct animals.

(550) The skeletal system's anatomical structures, such as the ribs and vertebrae, provide protection and support for internal organs.

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