Hip Joint in a sentence

(1) The ischium is part of the hip joint.

(2) The hip joint helps us sit and stand.

(3) The os pubis is part of the hip joint.

(4) The hip joint is a ball-and-socket joint.

(5) Thighbones are connected to the hip joint.

(6) The hip joint connects our legs to our body.

(7) The minimus bone is located in the hip joint.

(8) The hip joint allows for movement in the leg.

(9) She had a painful bruise inside her hip joint.

(10) The labrum can also be found in the hip joint.

Hip Joint sentence

(11) The acetabulum is the cotyle of the hip joint.

(12) The iliacus muscle helps to flex the hip joint.

(13) Squat for a stronger and more stable hip joint.

(14) The cotyle is a key component of the hip joint.

(15) The hip joint allows for a wide range of motion.

(16) The hip joint is one of the largest in the body.

(17) The pectineus muscle helps to flex the hip joint.

(18) The X-ray showed decalcifications in my hip joint.

(19) The gluteus maximus helps to extend the hip joint.

(20) The X-ray showed calcification above the hip joint.

Hip Joint make sentence

(21) The trochanter is located just below the hip joint.

(22) The cotyloid artery supplies blood to the hip joint.

(23) The gymnast got her hip joint over by a wrong twist.

(24) The hip joint connects the thigh bone to the pelvis.

(25) The gluteus minimus helps to stabilize the hip joint.

(26) The femur bone extends anteriorly from the hip joint.

(27) The hip joint is an example of an enarthrodial joint.

(28) The femur is connected to the pelvis by the hip joint.

(29) The acetabulums are important for hip joint stability.

(30) The cotyloid cartilage helps to cushion the hip joint.

Sentence of hip joint

(31) The hip joint is where your leg connects to your body.

(32) The cotyloid vein drains blood away from the hip joint.

(33) The acetabular labrum helps to stabilize the hip joint.

(34) The aitchbone is located near the hip joint of the cow.

(35) The arthroscopy revealed a torn labrum in my hip joint.

(36) The piriformis muscle helps to stabilize the hip joint.

(37) The hip joint may ossify after developmental dysplasia.

(38) The cotyloid ligament helps to stabilize the hip joint.

(39) She decided to get an implant for her damaged hip joint.

(40) The femur bone connects the hip joint to the knee joint.

Hip Joint meaningful sentence

(41) Arthritis can cause pain and stiffness in the hip joint.

(42) Arthrography is commonly used for imaging the hip joint.

(43) The dislocation of the hip joint required a replacement.

(44) The word acetabula refers to the socket of the hip joint.

(45) The dislocation of the hip joint required surgery to fix.

(46) The quadratus femoris muscle is deep within the hip joint.

(47) The ilium provides support and stability to the hip joint.

(48) The thighbone is connected to the pelvis at the hip joint.

(49) The acetabulum is an important component of the hip joint.

(50) The crepitus in his hip joint limited his range of motion.

Hip Joint sentence examples

(51) The ankylosed hip joint caused the patient to have a limp.

(52) The acetabula are important for proper hip joint function.

(53) The cotyloid cavity is an important part of the hip joint.

(54) The ileac muscle is responsible for flexing the hip joint.

(55) The hip joint is another example of an enarthrodial joint.

(56) The ilium articulates with the femur to form the hip joint.

(57) The greater trochanter is located just below the hip joint.

(58) The ankylosed hip joint required a hip replacement surgery.

(59) The trochanter is a bony prominence found in the hip joint.

(60) The trochanter is connected to the pelvis by the hip joint.

Sentence with hip joint

(61) The hip joint is a common site for sports-related injuries.

(62) The sartoriuses help in flexing and rotating the hip joint.

(63) The crepitations in his hip joint were a sign of arthritis.

(64) The bicapsular hip joint allows for a wide range of motion.

(65) The iliacus muscle is responsible for flexing the hip joint.

(66) Postacetabular pain can be a symptom of hip joint pathology.

(67) The arthrogram showed no signs of arthritis in my hip joint.

(68) The sartorius muscle helps to flex and rotate the hip joint.

(69) The valgus angle of the hip joint was measured using X-rays.

(70) The femora are connected to the hip joint by the acetabulum.

Use hip joint in a sentence

(71) The postacetabular bone is a key component of the hip joint.

(72) The ossification of the hip joint can cause mobility issues.

(73) The femurs are connected to the pelvis through the hip joint.

(74) Postacetabular impingement can lead to hip joint dysfunction.

(75) The trochanter is involved in the mechanics of the hip joint.

(76) The skiagram showed a clear image of the patient's hip joint.

(77) The trochanters help to facilitate movement in the hip joint.

(78) The acetabula provide stability and support to the hip joint.

(79) A dislocated hip joint can cause intense pain and immobility.

(80) The arthroscopy showed no signs of arthritis in my hip joint.

Sentence using hip joint

(81) The pubic bone is involved in the formation of the hip joint.

(82) The hip joint is one of the largest joints in the human body.

(83) The acetabular impingement can cause damage to the hip joint.

(84) The iliopsoas muscle is responsible for flexing the hip joint.

(85) Injuries to the hip joint can cause pain and limited mobility.

(86) The diastasis in his hip joint required surgical intervention.

(87) The acetabula articulate with the femur to form the hip joint.

(88) The patient was diagnosed with osteonecrosis in his hip joint.

(89) The acetabulums are involved in the movement of the hip joint.

(90) The preacetabular region is important for hip joint stability.

Hip Joint example sentence

(91) The hip joint is one of the most important joints in the body.

(92) The semimembranosus is responsible for extending the hip joint.

(93) The orthopedic surgeon will implant on the patient's hip joint.

(94) The hip joint is crucial for maintaining balance and stability.

(95) The adductors play a crucial role in stabilizing the hip joint.

(96) The acetabular angle can affect the stability of the hip joint.

(97) The innominate bone is connected to the femur by the hip joint.

(98) The innominate bone is connected to the femur at the hip joint.

(99) The coxae are connected to the femur bone through the hip joint.

(100) The trochanter helps to stabilize the hip joint during movement.

Sentence with word hip joint

(101) The arthrogram confirmed the presence of a cyst in my hip joint.

(102) The coxal bone articulates with the femur to form the hip joint.

(103) The ankylose in his hip joint was causing him excruciating pain.

(104) The surgeon used an implanter to place the artificial hip joint.

(105) The hip joint is not a hinge joint, but a ball-and-socket joint.

(106) The hip joint is essential for maintaining balance and stability.

(107) The posterolateral aspect of the hip joint is prone to arthritis.

(108) The bursas in the hip joint can become inflamed due to arthritis.

(109) The hip joint is another joint that contains articular-cartilage.

(110) The minimus muscle is responsible for abduction of the hip joint.

Sentence of hip joint

(111) The piriformis muscle is important for stabilizing the hip joint.

(112) The hip joint allows us to move our legs in different directions.

(113) The ankylosed hip joint caused him to walk with a noticeable limp.

(114) The ankylosed hip joint made it difficult for her to climb stairs.

(115) The acetabulum allows for a wide range of motion in the hip joint.

(116) The calcific spur on her hip joint restricted her range of motion.

(117) Malpositions of the hips can lead to hip joint pain and stiffness.

(118) Palpate around the hip joint to assess for any signs of arthritis.

(119) The coxa is connected to the hip joint by a ball-and-socket joint.

(120) The doctor diagnosed the patient with eburnation of the hip joint.

Hip Joint used in a sentence

(121) Physical therapy can help alleviate impingements in the hip joint.

(122) My hip joint is clicking when I walk, I should get it checked out.

(123) The innominate bone is involved in the formation of the hip joint.

(124) The term cotyloid refers to the cup-shaped socket of the hip joint.

(125) The posteromedial aspect of the hip joint is prone to labral tears.

(126) The pelvic girdle articulates with the femur to form the hip joint.

(127) The piriformis muscle is responsible for stabilizing the hip joint.

(128) The semimembranosus muscle is a powerful extensor of the hip joint.

(129) The gluteus maximus muscle is located posteriorly to the hip joint.

(130) The ilia bone is one of the three bones that make up the hip joint.

Hip Joint sentence in English

(131) The hip joint is one of the most flexible joints in the human body.

(132) The cotyloid cavity provides stability and support to the hip joint.

(133) The innominate bone is connected to the femur through the hip joint.

(134) The cartilages in the hip joint allow for smooth and fluid movement.

(135) The doctor diagnosed the patient with malalignment of the hip joint.

(136) The postacetabular bone plays a crucial role in hip joint stability.

(137) The radiologist identified retroversions in the patient's hip joint.

(138) The radiograph captured a detailed image of the patient's hip joint.

(139) Fibrocartilage is essential for proper functioning of the hip joint.

(140) The doctor diagnosed the patient with retroversion of the hip joint.

(141) The patient's X-ray showed signs of osteosclerosis in the hip joint.

(142) The intertrochanteric screw was inserted to stabilize the hip joint.

(143) The doctor diagnosed the patient with a luxation in their hip joint.

(144) The chondrification of the hip joint allows for walking and running.

(145) The minimus muscle helps to stabilize the hip joint during movement.

(146) The synovia in my hip joint allows for fluid and effortless movement.

(147) The posteromedial aspect of the hip joint is prone to osteoarthritis.

(148) The skiagraphy images showed a clear view of the patient's hip joint.

(149) The semitendinosus muscle is responsible for extending the hip joint.

(150) The eburnation of the hip joint required immediate medical attention.

(151) The hip joint is surrounded by a strong capsule of connective tissue.

(152) The synovia in the hip joint allows for smooth and painless movement.

(153) The synovia in the hip joint allows for smooth and pain-free walking.

(154) The labral tear in my hip is causing hip joint clicking and catching.

(155) The apophysis of the iliac bone is important for hip joint stability.

(156) The joint between the femur and the hip bone is called the hip joint.

(157) The patient's X-ray showed signs of decalcification in the hip joint.

(158) The adductor muscles play a crucial role in stabilizing the hip joint.

(159) The hip joint is one of the largest weight-bearing joints in the body.

(160) The surgeon disarticulated the patient's hip joint during the surgery.

(161) Postacetabular synovitis can cause pain and swelling in the hip joint.

(162) The condylar shape of the femur allows for stability in the hip joint.

(163) The trochanters are essential for proper functioning of the hip joint.

(164) Physical therapy can help strengthen the muscles around the hip joint.

(165) The hip joint is supported by ligaments that help stabilize the joint.

(166) The semimembranosus muscle is responsible for extending the hip joint.

(167) The veterinarian identified dysplastic changes in the dog's hip joint.

(168) The inferolateral region of the body is where the hip joint is located.

(169) The greater trochanter is located on the lateral side of the hip joint.

(170) The epicondylar axis is used to measure the alignment of the hip joint.

(171) The lateralis muscle is involved in lateral stability of the hip joint.

(172) The cotyloid cavity allows for a wide range of motion in the hip joint.

(173) The ossification of the hip joint is important for our ability to walk.

(174) The arthrogram showed no signs of arthritis in the patient's hip joint.

(175) The cotyloid nerve innervates the muscles and skin around the hip joint.

(176) The cotyloid capsule is a fibrous structure that encloses the hip joint.

(177) The greater trochanter helps to stabilize the hip joint during movement.

(178) The bone-scan indicated a possible infection in the patient's hip joint.

(179) The ptotic hip joint caused the person to experience pain while walking.

(180) The hip joint is designed to withstand significant forces and pressures.

(181) The radiologist identified the ossifications in the patient's hip joint.

(182) The trochanters are located at the top of the femur, near the hip joint.

(183) The hip joint is surrounded by a strong network of muscles and ligaments.

(184) Postacetabular bursitis can cause pain and inflammation in the hip joint.

(185) Ornithopods had a unique hip joint that allowed for efficient locomotion.

(186) The veterinarian reimplanted the dislocated hip joint of the injured dog.

(187) The surgeon will implanter the artificial hip joint during the operation.

(188) The anterolateral region of the pelvis is where the hip joint is located.

(189) The dislocated hip joint was positioned beside the hip replacement model.

(190) The hip joint can be affected by conditions like bursitis and tendinitis.

(191) The athlete's adducts were weak, leading to instability in the hip joint.

(192) The tuberosities of the femur play a crucial role in hip joint stability.

(193) The intertrochanteric region plays a crucial role in hip joint stability.

(194) Osteolytic changes in the hip joint can cause severe pain and immobility.

(195) The obturator sign is a medical test used to diagnose hip joint problems.

(196) The retinacular band is a crucial component of the hip joint's stability.

(197) The cotyloid cavity is a key component of the hip joint's range of motion.

(198) The word acetabulums is often used in discussions about hip joint anatomy.

(199) The patient experienced chronic pain due to synostosis in their hip joint.

(200) The endplates of the femur allow for smooth movement within the hip joint.

(201) The hip joint is a diarthrosis joint that allows for rotation and flexion.

(202) The gluteus maximus is responsible for external rotation of the hip joint.

(203) The cotyloid cartilage provides a smooth surface for the hip joint to move.

(204) The patient underwent surgery to remove the ossifications in his hip joint.

(205) The disarticulation of the hip joint required a complex surgical procedure.

(206) The malalignment of the patient's hip joint required surgical intervention.

(207) The patient underwent reimplantation of the hip joint after a car accident.

(208) The femoral nerve innervates the skin on the inner thigh and the hip joint.

(209) The sartorius muscle is responsible for flexing and rotating the hip joint.

(210) The apophyses of the femur help to stabilize the hip joint during movement.

(211) The trochanteric muscles are responsible for the movement of the hip joint.

(212) The acetabular labral tear can cause pain and instability in the hip joint.

(213) The cotyloid cavity provides stability and range of motion to the hip joint.

(214) The hip joint can be affected by conditions such as bursitis and tendinitis.

(215) The doctor recommended surgery to correct the retroflexion of the hip joint.

(216) Degeneration of fibrocartilages in the hip joint can lead to osteoarthritis.

(217) The surgeon successfully removed the exostosis from the patient's hip joint.

(218) The trochanters are involved in the abduction and rotation of the hip joint.

(219) The intracapsular dislocation of the hip joint required immediate reduction.

(220) A strained iliopsoas can result in limited range of motion in the hip joint.

(221) The stellite alloy used in the prosthetic hip joint ensures smooth movement.

(222) The surgeon identified a heterotopic bone growth in the patient's hip joint.

(223) The patient's X-ray showed evidence of cartilaginification in the hip joint.

(224) The hip joint is a diarthrosis joint that allows for rotation and abduction.

(225) The cotyloid bursa is located between the hip joint and the iliopsoas tendon.

(226) The hip joint can be affected by congenital conditions such as hip dysplasia.

(227) The hip joint is prone to dislocation in cases of severe trauma or accidents.

(228) The hip joint is crucial for maintaining an upright posture and walking gait.

(229) Fibrocartilages in the hip joint help with load-bearing and shock absorption.

(230) The bone-scan indicated a possible bone deformity in the patient's hip joint.

(231) The patient underwent surgery to correct the hyperostosis in their hip joint.

(232) The acetabula are critical for maintaining proper alignment of the hip joint.

(233) The hip joint is prone to wear and tear over time, leading to osteoarthritis.

(234) The sagittal alignment of the hip joint affects walking and running mechanics.

(235) The hip joint is susceptible to injuries like strains, sprains, and fractures.

(236) The hip joint is located deep within the body, protected by layers of muscles.

(237) The sartorius muscle is involved in both flexion and rotation of the hip joint.

(238) The physical therapist palpated over on my hip joint to assess its flexibility.

(239) Disarticulation of the hip joint can result in significant pain and disability.

(240) The hip joint is a complex structure that allows for multidirectional movement.

(241) The greater trochanter is important for maintaining stability of the hip joint.

(242) The trochanters serve as attachment points for muscles that move the hip joint.

(243) I need to adjust my posture to avoid putting too much pressure on my hip joint.

(244) The skiagrams helped the doctor assess the alignment of the patient's hip joint.

(245) Acetabular cup positioning is crucial for achieving optimal hip joint stability.

(246) The glenoid fossa is shallower in comparison to the acetabulum of the hip joint.

(247) A hip replacement surgery may be necessary if the hip joint is severely damaged.

(248) The hip joint is lined with smooth cartilage to reduce friction during movement.

(249) Avascular necrosis of the hip joint can lead to severe pain and limited mobility.

(250) The patient experienced immediate relief after arthrocentesis of their hip joint.

(251) The hip joint is surrounded by a joint capsule that helps to stabilize the joint.

(252) The hip joint is innervated by several nerves that transmit signals to the brain.

(253) The retrusion of the hip joint affected the patient's ability to sit comfortably.

(254) The posteromedial aspect of the hip joint is commonly affected by osteoarthritis.

(255) The veterinarian performed an x-ray with sedation to examine the dog's hip joint.

(256) The surgeon successfully implanted a prosthesis to replace the damaged hip joint.

(257) The surgeon had to amputate under the hip joint to prevent further complications.

(258) The synovia in the hip joint helps absorb shock during weight-bearing activities.

(259) The acetabula are lined with cartilage to help cushion and support the hip joint.

(260) The chondral degeneration in his hip joint was causing him difficulty in walking.

(261) The cotyloid cavity is an integral part of the hip joint's stability and mobility.

(262) The hip replacement implant can be implanted in the hip joint to improve mobility.

(263) Disarticulation of the hip joint is sometimes necessary in cases of severe trauma.

(264) The abductor muscle is essential for proper movement and function of the hip joint.

(265) The hip joint is surrounded by a synovial membrane that produces lubricating fluid.

(266) The hip joint is crucial for maintaining balance and coordination during movements.

(267) The surgeon successfully repaired the patient's bicapsular tear in their hip joint.

(268) The physical therapist palpated over on my hip joint to assess its range of motion.

(269) The hip joint can be affected by inflammatory conditions like rheumatoid arthritis.

(270) The cotyles of the hip joint are responsible for supporting the weight of the body.

(271) The fibrocartilages in the hip joint help to distribute weight and reduce friction.

(272) The trochanters play a crucial role in the movement and stability of the hip joint.

(273) The hip joint is a ball-and-socket joint that connects the thigh bone to the pelvis.

(274) Postacetabular chondral lesions can lead to cartilage degeneration in the hip joint.

(275) The chiropractor palpated through at the patient's hip joint to assess its mobility.

(276) The hip joint is crucial for activities like sitting, standing, and climbing stairs.

(277) The surgeon requested a lateral view of the patient's hip joint to plan the surgery.

(278) The patient's X-ray showed a significant degree of retroversions in their hip joint.

(279) The soldier's leg was so badly injured that they had to amputate into the hip joint.

(280) The cotyloid bursa reduces friction between the hip joint and surrounding structures.

(281) The sports medicine specialist used ballottement to evaluate the athlete's hip joint.

(282) The presence of fibrocartilage in the hip joint allows for weight-bearing activities.

(283) The surgeon used arthroscopes to remove inflamed tissue from the patient's hip joint.

(284) The ankylotic hip joint caused the patient to experience pain and difficulty walking.

(285) The surgeon performed a disarticulation of the patient's hip joint to alleviate pain.

(286) The intertrochanteric line can be used as a reference point for hip joint injections.

(287) The cotyloid cavity is a key anatomical feature in understanding hip joint mechanics.

(288) The orthopedic surgeon recommended surgery to correct the retrusion of the hip joint.

(289) The cotyloid capsule is reinforced by ligaments to provide stability to the hip joint.

(290) The intertrochanteric region plays a crucial role in hip joint stability and movement.

(291) The hip joint is responsible for transferring forces between the upper and lower body.

(292) The caudal block provided excellent pain relief for the patient's hip joint injection.

(293) The veterinarian diagnosed the cat with hip joint hypoplasia, causing mobility issues.

(294) The cotyloid cavity is a crucial component of the hip joint's weight-bearing function.

(295) Congenital hip dysplasia is a condition where the hip joint fails to develop properly.

(296) The decalcifications in the patient's hip joint were causing pain and limited mobility.

(297) The postacetabular area is crucial for maintaining hip joint stability during movement.

(298) The hip joint is supported by a network of muscles that provide stability and movement.

(299) The acetabulum is an important landmark for surgical procedures involving the hip joint.

(300) The pectineus muscle works in conjunction with other muscles to stabilize the hip joint.

(301) The doctor explained that adduction of the hip joint is crucial for walking and running.

(302) The hip joint is a complex structure that requires proper alignment for optimal function.

(303) The hip joint is supported by a network of tendons that connect the muscles to the bones.

(304) The diastasis in his hip joint made it difficult for him to sit for long periods of time.

(305) The hip joint is a diarthrosis joint that is responsible for our ability to walk and run.

(306) The iliacus muscle works in conjunction with the psoas major muscle to flex the hip joint.

(307) She asked me to palpate around at the patient's hip joint to assess their range of motion.

(308) Acetabular component malalignment can lead to uneven weight distribution in the hip joint.

(309) The patient was scheduled for arthrography to assess the extent of their hip joint injury.

(310) The trochanters are crucial for maintaining mobility and range of motion in the hip joint.

(311) The physical therapy student worked with patients who had an implant inside the hip joint.

(312) The ilium is crucial for maintaining stability and preventing dislocation of the hip joint.

(313) The cotyloid cavity is surrounded by strong ligaments that help to stabilize the hip joint.

(314) Ligaments in the hip joint help to support the body's weight and allow for smooth movement.

(315) Degeneration of fibrocartilages in the hip joint can lead to hip pain and reduced mobility.

(316) The hip joint is surrounded by a network of blood vessels that supply nutrients and oxygen.

(317) The physical therapist used stretching exercises to correct the retrusion of the hip joint.

(318) The surgeon had to correct the malposition of the patient's hip joint during the operation.

(319) The cotyloid cavity is an important anatomical feature for understanding hip joint function.

(320) The iliac tuberosity is an important landmark for identifying the location of the hip joint.

(321) The surgeon will restore apart the patient's hip joint to replace it with an artificial one.

(322) Although the adductor muscle is small, it plays a crucial role in stabilizing the hip joint.

(323) The surgeon used fluoroscopic imaging to ensure proper placement of the artificial hip joint.

(324) The intertrochanteric bursa is a fluid-filled sac that helps reduce friction in the hip joint.

(325) The fluoroscope helped the orthopedic surgeon assess the alignment of the patient's hip joint.

(326) Disarticulation of the hip joint can be a complex procedure requiring a skilled surgical team.

(327) The labrum can be strengthened through specific exercises targeting the shoulder or hip joint.

(328) The hip joint is supported by a layer of cartilage that helps to cushion and protect the bones.

(329) The posterolateral approach to the hip joint is commonly used in total hip replacement surgery.

(330) Although the adductor muscles are small, they play a crucial role in stabilizing the hip joint.

(331) The patient experienced significant pain relief after undergoing arthroscopy on their hip joint.

(332) The greater trochanter is an important landmark for identifying the hip joint during dissection.

(333) The hip joint can be affected by age-related degeneration, leading to pain and limited mobility.

(334) The deossification of the hip joint can result in difficulty walking and increased risk of falls.

(335) The acetabulum is a weight-bearing structure that distributes forces evenly across the hip joint.

(336) The ilium is crucial for maintaining stability and preventing excessive movement of the hip joint.

(337) The hip joint is an integral part of the musculoskeletal system, supporting overall body function.

(338) The orthopedic surgeon recommended surgery to remove the ossifications in the patient's hip joint.

(339) The dromaeosaurid family had a specialized hip joint that allowed for efficient running and jumping.

(340) The physical therapist would palpate over at the patient's hip joint to assess for any restrictions.

(341) The patient's rehabilitation program included exercises to strengthen circumduction in the hip joint.

(342) The orthopedic surgeon used ballottement to assess the patient's hip joint for signs of inflammation.

(343) The hip joint is designed to withstand significant forces during activities such as running or jumping.

(344) The doctor explained that flexion of the hip joint is necessary for activities such as climbing stairs.

(345) The technician positioned the patient for an x-ray with the right leg extended to assess the hip joint.

(346) The abductor muscle, along with the adductor muscle, plays a crucial role in stabilizing the hip joint.

(347) The physical therapist taught the patient how to palpate beneath their hip joint to improve flexibility.

(348) The cotyloid cavity is a complex structure that allows for both stability and mobility in the hip joint.

(349) The hip joint is a remarkable structure that allows for fluid and coordinated movement of the lower body.

(350) The hip joint is responsible for supporting the body's weight during activities like walking and running.

(351) When deboning around the hip joint, be sure to follow the natural curve of the bone for the best results.

(352) The hip joint is supported by a network of blood vessels that supply nutrients to the surrounding tissues.

(353) The surgeon carefully examined the fossae in the patient's hip joint before proceeding with the operation.

(354) The cotyloid cavity is a critical structure for maintaining proper alignment and movement of the hip joint.

(355) The pelvis is connected to the hip joint, and it helps to control movement and stability in the lower body.

(356) The capsular pattern of the hip joint is characterized by limited internal rotation, abduction, and flexion.

(357) The therapist instructed me to palpate around at the patient's hip joint to check for any signs of inflammation.

(358) The hip joint is one of the largest and most important joints in the body, so it's important to take care of it.

(359) The innominate bone connects to the sacrum and the femur, allowing for a wide range of movement in the hip joint.

(360) The hip joint is innervated by nerves that transmit signals between the brain and the muscles surrounding the joint.

(361) The acetabula are a key component of the hip joint, which is one of the largest and most complex joints in the body.

(362) The capsular pattern of hip joint restriction is characterized by limited internal rotation, abduction, and flexion.

(363) The patient's mobility was greatly improved after the surgeon was able to successfully sever fibrous connections in the hip joint.

(364) Although the enarthrodial joint is found in several parts of the body, such as the hip and shoulder, it is most commonly associated with the hip joint.

(365) Although the adductor muscle is often overlooked, it plays a crucial role in stabilizing the hip joint, and it can be strengthened through targeted exercises.

(366) While the enarthrodial joint is often associated with the hip joint, it is also found in the shoulder joint, where it allows for a wide range of arm movement.

(367) The acetabular index is a measurement used to assess the development of the hip joint in children, which can help to identify potential problems early on, but it is not always accurate.

(368) Acetabular retroversion is a structural abnormality of the hip joint, which can cause impingement and pain during certain movements, but physical therapy and surgery can help to alleviate symptoms.

(369) Acetabular dysplasia is a congenital condition that affects the shape of the hip joint, which can cause instability and increase the risk of dislocation, but early diagnosis and treatment can prevent complications.

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