Use "Knee Joint" in a sentence | "Knee Joint" sentence examples
Knee Joint: Tips for Using the Word or Phrase in a Sentence The knee joint is a crucial part of the human body, responsible for connecting the thigh bone (femur) to the shin bone (tibia). It allows for movement, stability, and weight-bearing activities. When discussing the knee joint, it is essential to use the word or phrase accurately in a sentence to convey the intended meaning. Here are some tips on how to incorporate "knee joint" effectively:
1. Define the Term: When introducing the term "knee joint" in a sentence, it is helpful to provide a brief definition or explanation.
For example, "The knee joint, also known as the tibiofemoral joint, is the articulation between the femur and tibia bones."
2. Use in Descriptive Sentences: To provide a clear understanding of the knee joint, use descriptive sentences that highlight its structure, function, or characteristics. For instance, "The knee joint is a hinge joint that allows flexion and extension movements, enabling us to walk, run, and perform various physical activities."
3. Discuss Injuries or Conditions: The knee joint is susceptible to injuries and conditions such as sprains, strains, or osteoarthritis. When discussing these issues, it is important to accurately incorporate the term "knee joint" in a sentence.
For example, "She underwent surgery to repair a torn ligament in her knee joint after a sports injury."
4. Mention Rehabilitation or Treatment: When discussing the rehabilitation or treatment of knee joint injuries, it is crucial to use the term appropriately. For instance, "Physical therapy plays a vital role in strengthening the muscles surrounding the knee joint and improving overall stability."
5. Compare with Other Joints: To highlight the uniqueness or significance of the knee joint, compare it with other joints in the body.
For example, "Unlike the hip joint, the knee joint allows for a greater range of motion due to its ability to flex and extend."
6. Emphasize Importance in Sports: Sports enthusiasts or athletes often encounter knee joint-related issues. When discussing sports injuries or performance, incorporate the term "knee joint" accurately. For instance, "Proper warm-up exercises are essential to prevent knee joint injuries during intense physical activities like basketball or soccer."
7. Mention Surgical Procedures: In some cases, surgical intervention may be required to address knee joint problems. When discussing surgical procedures, ensure the term "knee joint" is used correctly.
For example, "The surgeon performed a knee arthroscopy to repair the damaged cartilage within the knee joint."
8. Highlight Age-Related Changes: As individuals age, the knee joint undergoes natural wear and tear, leading to degenerative changes. When discussing age-related issues, incorporate the term "knee joint" accurately. For instance, "Osteoarthritis commonly affects the knee joint, causing pain, stiffness, and reduced mobility."
9. Use in Anatomical Context: When discussing the knee joint in an anatomical context, it is important to use the term correctly.
For example, "The patella, or kneecap, is a small bone that protects the front of the knee joint."
10. Incorporate Medical Advice or Recommendations: If providing medical advice or recommendations related to the knee joint, ensure the term is used accurately. For instance, "To alleviate knee joint pain, it is advisable to apply ice, elevate the leg, and avoid excessive weight-bearing activities."
In conclusion, using the term "knee joint" accurately in a sentence is crucial to convey the intended meaning. By following these tips, you can effectively incorporate the word or phrase into various contexts, whether discussing anatomy, injuries, treatments, or other related topics.
In the remaining portion of this article, additional example sentences are presented to demonstrate the usage of the term "Knee Joint" within sentences.
"Knee Joint"
(1) I can feel my knee joint.
(2) Genu is a type of knee joint.
(3) The knee joint is a hinge joint
(4) The knee joint is crucial for walking
(5) The knee joint helps us walk and run.
(6) The knee joint is made up of the femur
(7) The knee joint is supported by muscles
(8) The knee joint is where your leg bends.
(9) My dad has arthritis in his knee joint.
(10) The patella helps protect the knee joint.
Sentence For "Knee Joint"
(11) The femurs are connected to the knee joint.
(12) The genicular capsule encloses the knee joint.
(13) Chondromalacia often occurs in the knee joint.
(14) Ligaments provide stability to the knee joint.
(15) The knee joint can be affected by inflammation
(16) Genu is often used to refer to the knee joint.
(17) The knee joint is supported by fibrous tissue.
(18) Squat for a stronger and more stable knee joint.
(19) The knee joint is supported by several ligaments
(20) The trochlear bone is located in the knee joint.
"Knee Joint" In A Sentence
(21) The femora connect the pelvis to the knee joint.
(22) The semimembranosus helps to flex the knee joint.
(23) Is he kneeing to improve his knee joint mobility?
(24) The genual hamstring muscles flex the knee joint.
(25) The patella is a vital component of the knee joint
(26) The coronal view of the knee joint shows the femur
(27) The knee joint is supported by cartilage and bone.
(28) The crural ligament helps stabilize the knee joint.
(29) ACL tears can lead to instability in the knee joint
(30) The genual artery supplies blood to the knee joint.
"Knee Joint" Sentence
(31) The genicular veins drain blood from the knee joint.
(32) The knee joint can be injured in accidents or falls.
(33) Arthrolysis is commonly performed on the knee joint.
(34) The genual synovial fluid lubricates the knee joint.
(35) The trochlear cartilage is a part of the knee joint.
(36) The knee joint is an example of a diarthrosis joint.
(37) The doctor replaces the patient's damaged knee joint.
(38) The kneepan helps protect the knee joint from injury.
(39) Are you kneeing to improve your knee joint stability?
(40) The geniculate veins drain blood from the knee joint.
"Knee Joint" Sentence Examples
(41) The menisci act as shock absorbers in the knee joint.
(42) The patella is a small bone located in the knee joint.
(43) The popliteal artery is located behind the knee joint.
(44) The popliteal ligament helps stabilize the knee joint.
(45) The genicular artery supplies blood to the knee joint.
(46) Tibia vara can affect the alignment of the knee joint.
(47) The gracilis tendon helps to stabilize the knee joint.
(48) The LCT is responsible for stabilizing the knee joint.
(49) The patient experienced pain caudad to the knee joint.
(50) The knee joint is the largest joint in the human body.
Sentence With "Knee Joint"
(51) Arthrocentesis is commonly performed on the knee joint.
(52) The meniscal tear caused instability in the knee joint.
(53) The semitendinosus muscle helps to flex the knee joint.
(54) The menisci are important structures in the knee joint.
(55) The pain in the leg was felt focally in the knee joint.
(56) The LCT is located on the outer side of the knee joint.
(57) The geniculate artery supplies blood to the knee joint.
(58) The sac beyond the knee joint is the synovial membrane.
(59) The cyclist got his knee joint over by a bike accident.
(60) The ossification of the knee joint can cause stiffness.
Use "Knee Joint" In A Sentence
(61) The kneecap helps to protect the knee joint from injury.
(62) The osteotomy helped restore stability to my knee joint.
(63) The ACL is one of the major ligaments in the knee joint.
(64) The shinbone connects the knee joint to the ankle joint.
(65) He decided to get an implant for his damaged knee joint.
(66) The pain in my leg seems to originate at the knee joint.
(67) The femur bone connects the hip joint to the knee joint.
(68) The semimembranosus muscle helps to flex the knee joint.
(69) The knee joint is out of joint and needs surgery to fix.
(70) The genual patella protects the front of the knee joint.
Sentence Using "Knee Joint"
(71) The football player got his knee joint over by a tackle.
(72) The genicular fibrous capsule strengthens the knee joint.
(73) The tibia is involved in the formation of the knee joint.
(74) The anterior cruciate ligament stabilizes the knee joint.
(75) The knee joint is susceptible to wear and tear over time.
(76) The medius ligament provides stability to the knee joint.
(77) The endplates of the patella help protect the knee joint.
(78) The tibias are connected to the femurs at the knee joint.
(79) The shin bone connects the knee joint to the ankle joint.
(80) The genual capsule surrounds and protects the knee joint.
Sentences With "Knee Joint"
(81) The rotula is a small, triangular bone in the knee joint.
(82) The tibias connect to the ankle bones and the knee joint.
(83) A meniscus tear can lead to instability in the knee joint.
(84) The suprapatellar artery supplies blood to the knee joint.
(85) The cnemial ligament provides stability to the knee joint.
(86) The tibial plateau is an important part of the knee joint.
(87) The knee joint can be damaged by sudden twists or impacts.
(88) The knee joint is prone to degenerative changes as we age.
(89) The synovectomy was performed on the patient's knee joint.
(90) The suprapatellar ligament helps stabilize the knee joint.
Sentence Of "Knee Joint"
(91) The suprapatellar recess is a space within the knee joint.
(92) The calf bone is connected to the tibia at the knee joint.
(93) The geniculate ligament helps to stabilize the knee joint.
(94) The suprapatellar recess is an extension of the knee joint.
(95) The tibia is connected to the femur through the knee joint.
(96) The cruciate ligament provides stability to the knee joint.
(97) The knee joint can be stabilized using braces or orthotics.
(98) The knee joint allows for flexion and extension of the leg.
(99) The rotula is a small, flat bone located in the knee joint.
(100) The athlete's injury caused inflammation in his knee joint.
"Knee Joint" Sentences
(101) The patella helps to protect the knee joint during movement.
(102) The quadriceps are responsible for extending the knee joint.
(103) Arthritis can cause pain and inflammation in the knee joint.
(104) The patellae help to protect the knee joint during movement.
(105) The ptotic knee joint required surgery to restore stability.
(106) The knee joint is composed of the femur, tibia, and patella.
(107) The genual bone is an important component of the knee joint.
(108) The patellas help to protect the knee joint during movement.
(109) The apophyges on the patella help to protect the knee joint.
(110) The thighbone is connected to the shinbone at the knee joint.
"Knee Joint" Use In Sentence
(111) The arthrogram showed signs of degeneration in my knee joint.
(112) The trochlear cartilage helps absorb shock in the knee joint.
(113) The intercondylar ligament helps to stabilize the knee joint.
(114) The condylar cartilage provides cushioning in the knee joint.
(115) Thighbones are connected to the knee joint through the femur.
(116) The patellas provide stability and support to the knee joint.
(117) The menisci in the knee joint are made up of fibrocartilages.
(118) The knee joint is where your thigh bone meets your shin bone.
(119) The cruciate ligament is a vital component of the knee joint.
(120) The cruciate ligament is an important part of the knee joint.
Sentence On "Knee Joint"
(121) The trochlea helps to stabilize the patella in the knee joint.
(122) The retinacular ligament provides stability to the knee joint.
(123) The trochlear cartilage provides cushioning in the knee joint.
(124) The popliteus muscle is located at the back of the knee joint.
(125) The tibial collateral ligament helps stabilize the knee joint.
(126) The arthroscopy showed no signs of infection in my knee joint.
(127) Fibrocartilage is also found in the menisci of the knee joint.
(128) The sac behind the knee joint is known as the synovial cavity.
(129) The suprapatellar pouch is a small space within the knee joint.
(130) The suprapatellar synovial fold helps with knee joint movement.
"Knee Joint" Example
(131) The medial meniscus is a cartilage structure in the knee joint.
(132) The retinacular strain was caused by overuse of the knee joint.
(133) The retinacular tear can lead to instability in the knee joint.
(134) The shin bone is connected to the thigh bone by the knee joint.
(135) The capeline bandage provided relief to the painful knee joint.
(136) The knee joint can be affected by conditions such as arthritis.
(137) The ligament connects the femur to the tibia in the knee joint.
(138) The bursas in the knee joint can become irritated from overuse.
(139) Chondromalacia can cause a dull, aching pain in the knee joint.
(140) The rotula helps to protect the knee joint and aid in movement.
"Knee Joint" In Sentence
(141) The suprapatellar bursa helps reduce friction in the knee joint.
(142) The posteromedial ligament provides stability to the knee joint.
(143) The orthopedic surgeon will implant on the patient's knee joint.
(144) The trochlear cartilage helps reduce friction in the knee joint.
(145) The infrapatellar fat pad provides cushioning to the knee joint.
(146) The knee joint is supported by ligaments that provide stability.
(147) The knee joint is surrounded by muscles that help with movement.
(148) The knee joint is crucial for maintaining balance and stability.
(149) The suprapatellar fat pad provides cushioning to the knee joint.
(150) The suprapatellar synovial fold helps with knee joint stability.
"Knee Joint" Sentences In English
(151) The vastus muscle is responsible for stabilizing the knee joint.
(152) The extracapsular ligament provides stability to the knee joint.
(153) The intracapsular ligament provides stability to the knee joint.
(154) The luxation in the patient's knee joint made walking difficult.
(155) He had to have surgery to remove the tophus from his knee joint.
(156) The athlete's intense training caused a crack in his knee joint.
(157) The knee joint can be affected by infections or septic arthritis.
(158) The tuberosities on the tibia provide support for the knee joint.
(159) The doctor diagnosed the patient with crepitus in his knee joint.
(160) The genual tibia bone supports the medial side of the knee joint.
Make Sentence With "Knee Joint"
(161) The chondrification of the knee joint allows for smooth movement.
(162) The rotula helps to protect the knee joint and provide stability.
(163) The doctor had to remove the fluid from the patient's knee joint.
(164) The surgeon used arthroscopes to examine the patient's knee joint.
(165) The chondromatous tumor was located near the patient's knee joint.
(166) The knee joint is responsible for absorbing shock during movement.
(167) The shinbones are connected to the knee joint and the ankle joint.
(168) The genual hamstring tendons attach to the back of the knee joint.
(169) The hyalin cartilage in my knee joint is causing me a lot of pain.
(170) She was doing yoga and got her knee joint over by a wrong posture.
Sentences Using "Knee Joint"
(171) The cartilages in the knee joint help absorb shock during movement.
(172) The kneecap is a small bone located in the front of the knee joint.
(173) The doctor diagnosed the patient with crepitus in their knee joint.
(174) The quadriceps femoris is responsible for extending the knee joint.
(175) The popliteus muscle helps to unlock the knee joint during walking.
(176) The fibular head articulates with the tibia to form the knee joint.
(177) The kneepan is a small bone located in the front of the knee joint.
(178) The knee brace is designed to alleviate pressure on the knee joint.
(179) Injuries to the knee joint can result in pain and limited mobility.
(180) The synovia in my knee joint helps reduce friction during movement.
Sentence From "Knee Joint"
(181) The suprapatellar pouch is a potential space within the knee joint.
(182) The suprapatellar recess is an extension of the knee joint capsule.
(183) Chondromalacia can cause swelling and tenderness in the knee joint.
(184) The genual fibula bone supports the lateral side of the knee joint.
(185) The iliotibial band helps stabilize the knee joint during movement.
(186) Plicas can cause a clicking or popping sensation in the knee joint.
(187) The eburnation of the knee joint was causing difficulty in walking.
(188) The retroverted position of the knee joint was causing instability.
(189) The sartorius muscle is involved in the movement of the knee joint.
(190) The menisci help to distribute weight evenly across the knee joint.
(191) The joint between the femur and the tibia is called the knee joint.
(192) The meniscus is a crescent-shaped structure found in the knee joint.
(193) The patella plays a crucial role in the stability of the knee joint.
(194) The patella helps to distribute forces evenly across the knee joint.
(195) The knee joint is responsible for bending and straightening the leg.
(196) The ankylosed knee joint required regular physical therapy sessions.
(197) The lateral meniscus is one of the two cartilages in the knee joint.
(198) The patellae are the small bones located in front of the knee joint.
(199) The surgeon used an arthroscope to examine the patient's knee joint.
(200) The lateralis muscle helps stabilize the knee joint during movement.
(201) Chondromalacia can be caused by overuse or injury to the knee joint.
(202) Chondromalacia can cause aching or throbbing pain in the knee joint.
(203) The knee joint can be injured during sports activities or accidents.
(204) The lateral collateral ligament stabilizes the knee joint laterally.
(205) The patellas are small bones located in the front of the knee joint.
(206) The juncture between the thigh and the leg is called the knee joint.
(207) The meniscus helps to distribute weight evenly across the knee joint.
(208) The synovia in my knee joint allows for smooth and pain-free bending.
(209) The genicular retinacula hold tendons in place around the knee joint.
(210) The cartilaginification of the knee joint allows for smooth movement.
(211) The knee joint is vulnerable to sudden movements or twisting motions.
(212) The knee joint can be treated with conservative measures such as rest
(213) Prepatellar swelling may limit the range of motion in the knee joint.
(214) The chondral layer of the knee joint provides cushioning and support.
(215) The radiograph captured a detailed image of the patient's knee joint.
(216) The lateral collateral ligament provides stability to the knee joint.
(217) The intercondylar space allows for smooth movement of the knee joint.
(218) Chondromalacia can cause swelling and inflammation in the knee joint.
(219) The knee joint is responsible for allowing rotation of the lower leg.
(220) Patellofemoral arthritis is characterized by knee joint inflammation.
Short & Simple Example Sentence For "Knee Joint" | "Knee Joint" Sentence
(221) The genicular ligaments prevent excessive movement of the knee joint.
(222) The genicular artery supplies oxygen and nutrients to the knee joint.
(223) The genual quadriceps tendon attaches to the front of the knee joint.
(224) The genual fat pads provide cushioning and support to the knee joint.
(225) The semimembranosus muscle is involved in stabilizing the knee joint.
(226) The radiograph illustrated that the patient's knee joint was damaged.
(227) The tuberosities on the tibia are important for knee joint stability.
(228) The axile ligament connects the femur to the tibia in the knee joint.
(229) The femoral condyles articulate with the tibia to form the knee joint.
(230) The cnemis is connected to the knee joint through the patellar tendon.
(231) The condyle of the femur articulates with the tibia in the knee joint.
(232) The retrusion of the knee joint limited the patient's range of motion.
(233) The suprapatellar notch is a groove on the femur above the knee joint.
(234) The popliteus muscle plays a crucial role in unlocking the knee joint.
(235) The menisci are important for maintaining stability in the knee joint.
(236) The anterior drawer test is used to assess stability of the knee joint.
(237) Physical therapy can help strengthen the muscles around the knee joint.
(238) The knee joint is surrounded by a capsule that contains synovial fluid.
(239) The orthopedic surgeon excised the damaged cartilage in the knee joint.
(240) The epicondylar line is used to assess the alignment of the knee joint.
How Do You Write A Good Sentence With "Knee Joint"?
(241) The condylar shape of the tibia allows for stability in the knee joint.
(242) The iliotibial band plays a crucial role in stabilizing the knee joint.
(243) The knee joint is susceptible to wear and tear, especially in athletes.
(244) The semimembranosus muscle is important for stabilizing the knee joint.
(245) The suprapatellar plica is a fold of synovial tissue in the knee joint.
(246) Kneeing is a great way to strengthen the muscles around the knee joint.
(247) The genual synovial membrane lines the inner surface of the knee joint.
(248) Patellofemoral crepitus is a grinding sensation felt in the knee joint.
(249) The doctor explained that plicas are folds of tissue in the knee joint.
(250) Plicas can sometimes be felt as a soft, movable lump in the knee joint.
(251) The knee joint is made up of several cartilages that help absorb shock.
(252) Disarticulation of the knee joint is a common procedure in amputations.
(253) Injuries to the knee joint can be painful and require medical attention.
(254) The knee joint can be affected by overuse injuries or repetitive stress.
(255) The patient was diagnosed with multiple chondromata in their knee joint.
(256) The ankylosed knee joint required regular injections to manage the pain.
(257) The intercondylar eminence is a bony projection found in the knee joint.
(258) The lateralis muscle is involved in lateral stability of the knee joint.
(259) The knee joint can be affected by infections, causing pain and swelling.
(260) The knee joint can be prone to dislocation if the ligaments are damaged.
English Sentences With Audio Using The Word "Knee Joint".
(261) Arthroscopy is often used to repair damaged cartilage in the knee joint.
(262) The popliteus muscle helps prevent excessive rotation of the knee joint.
(263) The surgeon performed an arthroscopy to examine the patient's knee joint.
(264) The genicular articular surfaces allow smooth movement of the knee joint.
(265) The genicular infrapatellar synovial fold helps with knee joint movement.
(266) The physiotherapist used ballottement to assess the patient's knee joint.
(267) The knee joint can be injured during sports or other physical activities.
(268) Tibia valga can lead to an increased risk of arthritis in the knee joint.
(269) The patient's retroversions were causing instability in their knee joint.
(270) The knee joint contains fibrocartilage to provide cushioning and support.
(271) The knee joint is a weight-bearing joint that supports the body's weight.
(272) Patellofemoral arthritis can result from wear and tear on the knee joint.
(273) The knee joint is particularly susceptible to articular-cartilage damage.
(274) The menisci are made of fibrocartilage and are located in the knee joint.
(275) The popliteal vein is a major blood vessel located behind the knee joint.
(276) The kneepan is a small, flat bone located in the front of the knee joint.
(277) The popliteal ligament helps prevent excessive movement of the knee joint.
(278) The popliteal artery is responsible for supplying blood to the knee joint.
(279) The diastasis in his knee joint made it difficult for him to bend his leg.
(280) The patella is a bone structure that protects the front of the knee joint.
How To Use "Knee Joint" With Example Sentences.
(281) Arthrography is commonly used to evaluate the integrity of the knee joint.
(282) The calcific deposit in his knee joint was causing stiffness and swelling.
(283) The femoris muscle is responsible for extending the leg at the knee joint.
(284) The genicular veins assist in removing waste products from the knee joint.
(285) The knee joint can be strengthened through exercises and physical therapy.
(286) The knee joint can be stabilized with the help of a knee brace or support.
(287) The synovia in the knee joint helps distribute nutrients to the cartilage.
(288) The surgeon is taking apart the patient's knee joint to repair the damage.
(289) The condyles of the femur provide stability and support to the knee joint.
(290) The genual medial meniscus is located on the inner side of the knee joint.
(291) The human knee joint is crucial for maintaining mobility and independence.
(292) The bursae in the knee joint can become inflamed due to overuse or injury.
(293) The intercondylar notch is a crucial anatomical feature of the knee joint.
(294) The knee joint can be rehabilitated through physical therapy and exercises.
(295) The cnemis is responsible for connecting the knee joint to the ankle joint.
(296) The condyles of the femur articulate with the tibia to form the knee joint.
(297) The intercondylar septum helps to maintain the stability of the knee joint.
(298) The intercondylar fossa provides a space for the menisci in the knee joint.
(299) Chondromalacia can cause a grinding or popping sensation in the knee joint.
(300) The condyle of the femur articulates with the tibia to form the knee joint.
(301) The genual lateral meniscus is located on the outer side of the knee joint.
(302) The cnemial crest is a bony projection that helps stabilize the knee joint.
(303) The surgeon carefully anteverted the patient's leg to access the knee joint.
(304) The knee joint can be affected by conditions such as tendinitis or bursitis.
(305) The aponeuroses in the leg help to stabilize the knee joint during movement.
(306) The diastasis in his knee joint made it difficult for him to walk up stairs.
(307) The patellae are crucial for maintaining proper alignment of the knee joint.
(308) The tibial plateau is an important weight-bearing surface in the knee joint.
(309) The intercondylar area is an important anatomical feature in the knee joint.
(310) The genicular veins play a role in regulating temperature in the knee joint.
(311) Chondromalacia can cause a clicking or grinding sensation in the knee joint.
(312) The human knee joint is a hinge joint that allows for flexion and extension.
(313) The athlete's retrusion of the knee joint caused discomfort during training.
(314) The menisci help to distribute weight and reduce friction in the knee joint.
(315) The genicular medial meniscus is located on the inner side of the knee joint.
(316) The knee joint is a complex structure that allows for movement and stability.
(317) The patient's knee joint stability was compromised prior to the patellectomy.
(318) The condyle of the patella bone articulates with the femur in the knee joint.
(319) The athlete's career was cut short due to a fatal defect in their knee joint.
(320) The intercondylar space in the knee joint provides stability during movement.
(321) The intercondylar sulcus can be visualized on X-ray images of the knee joint.
(322) The intracapsular hematoma in the knee joint caused severe pain and swelling.
(323) The knee joint can be affected by inflammation, leading to pain and swelling.
(324) The genual joint capsule is a fibrous structure that encloses the knee joint.
(325) The doctor injected tetracaine into the patient's knee joint for pain relief.
(326) The patellae are small, rounded bones located in the front of the knee joint.
(327) The patellae play a crucial role in the proper functioning of the knee joint.
(328) The ossifications in her knee joint were making it difficult for her to walk.
(329) The genicular lateral meniscus is located on the outer side of the knee joint.
(330) The iliotibial band can become tight and cause friction against the knee joint
(331) The knee joint can be affected by genetic factors or structural abnormalities.
(332) The patient's knee joint was stabilized following the successful patellectomy.
(333) The ankylotic knee joint prevented the patient from fully extending their leg.
(334) The doctor performed a centesis to remove fluid from the patient's knee joint.
(335) If a luxation happens in the knee joint, would it require the use of crutches?
(336) The genual articular cartilage covers the ends of the bones in the knee joint.
(337) The menisci can become inflamed and cause pain and swelling in the knee joint.
(338) The knee joint is stabilized by the presence of fibrocartilage in the menisci.
(339) The knee-jerk reflex is a reflexive action that helps stabilize the knee joint.
(340) The knee joint can be strengthened through exercises such as squats and lunges.
(341) The cannulated needle was used to aspirate fluid from the patient's knee joint.
(342) The knee joint is crucial for activities such as walking, running, and jumping.
(343) The human knee joint is vulnerable to overuse injuries from repetitive motions.
(344) The patellae can be dislocated if the knee joint is forcefully twisted or bent.
(345) The cartilage bone in your knee joint helps to absorb shock and prevent damage.
(346) The tibiofibula is located just below the knee joint and above the ankle joint.
(347) The surgeon used a trocar to remove excess fluid from the patient's knee joint.
(348) The physics student explored the mechanics of an implant inside the knee joint.
(349) The infrapatellar fat pad provides protection and lubrication to the knee joint.
(350) The suprapatellar synovial fold can sometimes get trapped within the knee joint.
(351) The knee joint can be affected by autoimmune diseases like rheumatoid arthritis.
(352) Patellofemoral bursitis is inflammation of the bursa sacs around the knee joint.
(353) Langer's test is a diagnostic tool used to assess the stability of a knee joint.
(354) The plasmagel was injected into the patient's knee joint to reduce inflammation.
(355) The periarticular tissues were found to be inflamed in the patient's knee joint.
(356) The infrapatellar synovial fold helps with the smooth movement of the knee joint.
(357) The knee joint can be affected by degenerative conditions such as osteoarthritis.
(358) The decalcifications in the patient's knee joint were causing stiffness and pain.
(359) The surgeon successfully removed the ossifications from the patient's knee joint.
(360) The intercondylar ligament helps to prevent excessive movement in the knee joint.
(361) The intercondylar line can be used as a reference point for knee joint alignment.
(362) The knee joint can be examined using imaging techniques like X-rays or MRI scans.
(363) The genual bursa reduces friction between the knee joint and surrounding tissues.
(364) The unossified cartilage in the knee joint was causing the athlete a lot of pain.
(365) The surgeon used arthroscopy to remove a loose body from the patient's knee joint.
(366) The knee joint can be replaced with an artificial joint in cases of severe damage.
(367) The intercondylar notch separates the two condyles of the femur in the knee joint.
(368) Disarticulation of the knee joint can result in a noticeable change in leg length.
(369) The inferolateral aspect of the knee joint is commonly affected in osteoarthritis.
(370) The inferolateral aspect of the knee joint is commonly affected in meniscal tears.
(371) The knee joint can be replaced with an artificial joint in severe cases of damage.
(372) Patellofemoral maltracking can result in abnormal wear and tear of the knee joint.
(373) The patellae help to protect the knee joint and provide stability during movement.
(374) The surgeon used an arthroscope to examine the inside of the patient's knee joint.
(375) The ligamentous structure of the knee joint is crucial for stability and movement.
(376) The kneepan helps to protect the knee joint and provide stability during movement.
(377) The conjunctive tissue in the knee joint helps to stabilize and support the joint.
(378) The plica in the knee joint helps to increase the surface area for smooth movement.
(379) The arthrography images clearly showed a meniscal tear in the patient's knee joint.
(380) The intercondylar septum separates the two condyles of the tibia in the knee joint.
(381) The inferolateral aspect of the knee joint is commonly affected in sports injuries.
(382) The intracapsular pressure in the knee joint can increase during physical activity.
(383) The human knee joint is surrounded by a network of muscles, tendons, and ligaments.
(384) The human knee joint is supported by a network of ligaments that provide stability.
(385) The patellar reflex is a common test used to assess the function of the knee joint.
(386) The rotula is an important part of the knee joint and helps to facilitate movement.
(387) The knee joint can be examined using imaging techniques such as X-rays or MRI scans.
(388) The knee joint can be affected by overuse, leading to conditions like runner's knee.
(389) The rotula can also develop arthritis, causing pain and stiffness in the knee joint.
(390) The cruciate ligament is responsible for stabilizing the knee joint during movement.
(391) The knee joint can be affected by autoimmune conditions such as rheumatoid arthritis.
(392) The patient's knee joint was immobilized for a period of time following patellectomy.
(393) The knee joint contains fibrocartilages that help absorb shock and provide stability.
(394) Fibrocartilages in the knee joint help with stability and prevent excessive movement.
(395) If a luxation happens in the knee joint, would it require a knee brace for stability?
(396) The human knee joint is supported by strong muscles that help to stabilize the joint.
(397) The doctor explained that plicas are remnants of fetal development in the knee joint.
(398) The retinacular fibers are essential for maintaining the integrity of the knee joint.
(399) The retinacular nerves transmit sensory information from the knee joint to the brain.
(400) The knee joint can be protected by wearing knee pads or using proper safety equipment.
(401) The intercondylar fossa provides a space for the cruciate ligaments in the knee joint.
(402) Disarticulation of the knee joint is sometimes necessary in cases of severe arthritis.
(403) The luxation in the patient's knee joint caused instability and difficulty in walking.
(404) The anteroposterior position of the knee joint was examined to assess range of motion.
(405) The femoral condyles are important for weight-bearing and stability of the knee joint.
(406) The doctor used ultrasound guidance to perform a centesis on the patient's knee joint.
(407) The genicular bursa reduces friction between the knee joint and surrounding structures.
(408) The genicular tibial plateau provides a stable surface for the femur in the knee joint.
(409) The sagittal view of the knee joint shows the articulation between the femur and tibia.
(410) The surgeon used an anatomically-correct model of the knee joint to explain the injury.
(411) Infrapatellar synovitis is often associated with swelling and warmth in the knee joint.
(412) Kneecapping is a violent act that involves intentionally injuring someone's knee joint.
(413) The athlete's injury was caused by a severing of fibrous connections in the knee joint.
(414) The aponeuroses in the thigh help to transmit forces from the muscles to the knee joint.
(415) The semitendinosus muscle can be stretched to improve range of motion in the knee joint.
(416) The rotula is an important part of the knee joint and helps to distribute weight evenly.
(417) The doctor performed a ballottement test to check for fluid in the patient's knee joint.
(418) Infrapatellar bursitis can be a result of overuse or repetitive stress on the knee joint.
(419) The aponeurotic attachment of the hamstrings muscles allows for flexion of the knee joint.
(420) The intercondylar area is an important landmark for surgical procedures in the knee joint.
(421) The surgeon performed an autologous cartilage transplant to repair the damaged knee joint.
(422) The sustentacular ligaments in the knee joint help to stabilize the joint during movement.
(423) Aspirating the fluid from the knee joint, the doctor diagnosed the patient with arthritis.
(424) The iliotibial ligament plays a crucial role in stabilizing the knee joint during movement.
(425) The cotyles of the knee joint are responsible for allowing the knee to bend and straighten.
(426) The genicular arteries are responsible for supplying oxygen and nutrients to the knee joint.
(427) The surgeon removed the focal infection from the patient's knee joint, relieving their pain.
(428) The patient underwent a minimally invasive procedure to treat the stenosis in his knee joint.
(429) The intercondylar space allows for the articulation of the femur and tibia in the knee joint.
(430) The knee joint can be affected by genetic factors, leading to conditions like osteoarthritis.
(431) The aponeurotic expansion of the quadriceps femoris muscle helps to stabilize the knee joint.
(432) The human knee joint is supported by cartilage, which helps to cushion and protect the bones.
(433) Patellofemoral dysplasia is a congenital condition affecting the alignment of the knee joint.
(434) The trochlea is an important part of the knee joint and helps with stability during movement.
(435) The doctor explained that a torn cruciate ligament can lead to instability in the knee joint.
(436) The suprapatellar synovial fold can be surgically trimmed if it causes knee joint dysfunction.
(437) The kneecap is an important component of the overall stability and function of the knee joint.
(438) The physical therapist demonstrated how to properly wrap an ace bandage around the knee joint.
(439) When deboning around the knee joint, be sure to use a gentle touch to avoid damaging the meat.
(440) The human knee joint is supported by muscles and tendons that help with movement and stability.
(441) The patellae can sometimes develop osteoarthritis, causing pain and stiffness in the knee joint.
(442) The iliotibial band is an important structure for maintaining proper alignment of the knee joint.
(443) The chondral thickness in the knee joint was found to be reduced in patients with osteoarthritis.
(444) The cruciate ligament is essential for maintaining knee joint stability during physical activity.
(445) The knee joint can be protected by wearing proper footwear and using correct form during exercise.
(446) Disarticulation of the knee joint can be a last resort treatment option for severe osteoarthritis.
(447) The knee joint can be rehabilitated through physical therapy exercises and strengthening programs.
(448) The quadriceps femoris is important for maintaining mobility and range of motion in the knee joint.
(449) The technician adjusted the x-ray machine's settings to capture images of the patient's knee joint.
(450) The human knee joint is responsible for absorbing shock during activities like jumping and landing.
(451) The intercondylar notch can be used as a landmark for surgical procedures involving the knee joint.
(452) The popliteal vein is an important landmark for surgeons during procedures involving the knee joint.
(453) The physical therapist would palpate over at the patient's knee joint to assess for any instability.
(454) The knee joint is an example of a diarthrosis, and it is one of the most complex joints in the body.
(455) The human knee joint is surrounded by synovial fluid, which helps to lubricate and nourish the joint.
(456) The athlete's malacia in the knee joint required surgical intervention to repair the damaged cartilage.
(457) The knee joint can be treated with conservative measures such as rest, ice, compression, and elevation.
(458) The technician positioned the patient for an x-ray with the right leg flexed to evaluate the knee joint.
(459) The human knee joint is crucial for activities like climbing stairs and getting up from a seated position.
(460) The semitendinosus muscle works in conjunction with the semimembranosus muscle to stabilize the knee joint.
(461) The doctor explained that flexion of the knee joint is necessary for activities such as walking and running.
(462) The physical therapist asked the patient to stand up and palpate over at the knee joint to assess any damage.
(463) The patellae can be protected by maintaining a healthy weight and avoiding excessive stress on the knee joint.
(464) The tomograms provided a detailed view of the patient's knee joint, aiding in the diagnosis of a ligament tear.
(465) Chondromalacia can be prevented by maintaining a healthy weight and avoiding excessive stress on the knee joint.
(466) The perichondrium is thicker in areas of the body that experience more mechanical stress, such as the knee joint.
(467) The doctor explained that chondromalacia is a degenerative condition that affects the cartilage in the knee joint.
(468) Corticoid injections are commonly used to reduce inflammation in specific areas of the body, such as the knee joint.
(469) The doctor cautioned that a cruciate ligament injury can increase the risk of developing arthritis in the knee joint.
(470) The knee joint can be protected by wearing appropriate footwear and using proper techniques during physical activities.
(471) The iliotibial band is just one of many anatomical structures that contribute to the overall function of the knee joint.
(472) The athletic training student observed the sports medicine physician cannulate a player's knee joint for a cortisone injection.
(473) The doctor explained that the cruciate ligament is one of the most important ligaments in the knee joint, as it provides stability and prevents the tibia from sliding forward.
Learning English Faster Through Complete Sentences With "Knee Joint"
Sentences are everywhere.
Without sentences, language doesn’t really work.
When you first started learning English, you may have memorized words such as English meaning of the word "Knee Joint"; But now that you have a better understanding of the language, there’s a better way for you to learn meaning of "Knee Joint" through sentence examples.
True, there are still words that you don’t know. But if you learn whole sentences with "Knee Joint", instead of the word "Knee Joint" by itself, you can learn a lot faster!
Focus Your English Learning On Sentences With "Knee Joint".
Why Is Focusing on Sentences Important?
Sentences are more than just strings of words. They’re thoughts, ideas and stories. Just like letters build words, words build sentences. Sentences build language, and give it personality.
Again, without sentences, there’s no real communication. If you were only reading words right now, you wouldn’t be able to understand what I’m saying to you at all.
- The Word "Knee Joint" in Example Sentences.
- "Knee Joint" in a sentence.
- How to use "Knee Joint" in a sentence.
- 10 examples of sentences "Knee Joint".
- 20 examples of simple sentences "Knee Joint".
All the parts of speech in English are used to make sentences. All sentences include two parts: the subject and the verb (this is also known as the predicate). The subject is the person or thing that does something or that is described in the sentence. The verb is the action the person or thing takes or the description of the person or thing. If a sentence doesn’t have a subject and a verb, it is not a complete sentence (e.g., In the sentence “Went to bed,” we don’t know who went to bed).
Four Types Of Sentence Structure.
Simple Sentences With "Knee Joint"
A simple sentence with "Knee Joint"contains a subject and a verb, and it may also have an object and modifiers. However, it contains only one independent clause.
Compound Sentences With "Knee Joint"
A compound sentence with "Knee Joint" contains at least two independent clauses. These two independent clauses can be combined with a comma and a coordinating conjunction or with a semicolon.
Complex Sentences With "Knee Joint"
A complex sentence with "Knee Joint" contains at least one independent clause and at least one dependent clause. Dependent clauses can refer to the subject (who, which) the sequence/time (since, while), or the causal elements (because, if) of the independent clause.
Compound-Complex Sentences With "Knee Joint"
Sentence types can also be combined. A compound-complex sentence with "Knee Joint" contains at least two independent clauses and at least one dependent clause.