Avascular necrosis can sometimes affect the condylar area, leading to bone death.
Condylar fractures often require surgical intervention to restore proper joint alignment.
Developmental abnormalities can sometimes lead to malformation of the condylar structures.
During the autopsy, the pathologist noted significant wear and tear on the tibial condylar plateau.
MRI scans revealed a small fissure in the lateral femoral condylar cartilage.
Osteochondral lesions can develop in the condylar cartilage, causing pain and stiffness.
Rehabilitation exercises are crucial for restoring strength and mobility after a condylar injury.
Researchers are exploring new treatments for condylar cartilage regeneration.
The anatomical diagram clearly illustrates the complex structure of the femoral condylar region.
The anatomy textbook provided a detailed explanation of the condylar ligaments and their function.
The athlete's knee pain was attributed to a chronic condylar stress fracture.
The condylar amyloidosis was a rare systemic disease.
The condylar aneurysmal bone cyst was a benign bone tumor.
The condylar angle was measured to assess the patient's jaw alignment.
The condylar atrophy was caused by disuse.
The condylar avascular necrosis was treated with core decompression.
The condylar bone density was measured using dual-energy X-ray absorptiometry (DEXA).
The condylar cartilage acts as a shock absorber within the knee joint.
The condylar cartilage thickness was measured using ultrasound imaging.
The condylar chondroblastoma was a rare benign bone tumor.
The condylar chondrocalcinosis was a rare form of pseudogout.
The condylar chondrosarcoma was a malignant bone tumor.
The condylar cyst was removed surgically.
The condylar degeneration was a sign of aging.
The condylar displacement was reduced using closed reduction techniques.
The condylar distraction osteogenesis was used to lengthen the mandible.
The condylar eosinophilic granuloma was a benign bone tumor.
The condylar erosion was a sign of advanced rheumatoid arthritis.
The condylar erosion was caused by excessive joint loading.
The condylar Ewing's sarcoma was a malignant bone tumor.
The condylar fibrous dysplasia was a benign bone tumor.
The condylar fossa provides a secure socket for the mandibular condyle.
The condylar fracture was treated with open reduction and internal fixation.
The condylar giant cell tumor was a benign bone tumor.
The condylar gout was a rare form of arthritis.
The condylar guide on the articulator was adjusted to simulate the patient's natural jaw movements.
The condylar head of the mandible articulates with the temporal bone to form the temporomandibular joint.
The condylar head was carefully contoured to ensure proper fit with the glenoid fossa.
The condylar height was measured to assess the vertical dimension of the mandible.
The condylar hemochromatosis was a rare iron overload disorder.
The condylar hypertrophy was due to excessive growth hormone secretion.
The condylar impingement was causing pain and limited jaw movement.
The condylar inclination was adjusted to improve the patient's chewing efficiency.
The condylar Langerhans cell histiocytosis was a rare immune disorder.
The condylar ligaments play a crucial role in maintaining joint stability.
The condylar metastatic cancer was cancer that has spread from another location.
The condylar morphology can be affected by genetic factors.
The condylar movements were carefully observed during the jaw opening and closing cycle.
The condylar ochronosis was a rare metabolic disorder.
The condylar osteochondritis dissecans was treated with microfracture surgery.
The condylar osteoma was a benign bone tumor.
The condylar osteosarcoma was a malignant bone tumor.
The condylar Paget's disease was a bone remodeling disorder.
The condylar position was assessed using cone beam computed tomography (CBCT).
The condylar preservation was a key goal of the surgical intervention.
The condylar pressure was assessed using intra-articular pressure sensors.
The condylar process is a critical component for jaw movement and overall oral function.
The condylar prosthesis was designed to be biocompatible and durable.
The condylar reconstruction was performed using a bone graft from the patient's hip.
The condylar region is a complex anatomical area that requires specialized knowledge for diagnosis and treatment.
The condylar region is highly innervated, making it sensitive to pain and pressure.
The condylar region is vulnerable to injury during high-impact activities.
The condylar remodelling was evident on serial radiographs.
The condylar repair was performed using minimally invasive surgical techniques.
The condylar resorption was attributed to long-term bruxism.
The condylar sarcoidosis was a rare inflammatory disease.
The condylar sarcoma was a rare malignant tumor.
The condylar sclerosis was a response to chronic inflammation.
The condylar subluxation was causing clicking and popping in the jaw.
The condylar surface was prepared for a cartilage transplant.
The condylar tuberculosis was a rare infection.
The condylar volume was measured using three-dimensional imaging software.
The condylar Wilson's disease was a rare copper overload disorder.
The dental student struggled to identify the condylar process on the skull.
The dentist adjusted the patient's bite to ensure proper condylar seating within the joint.
The dentist prescribed a night guard to reduce pressure on the condylar joints during sleep.
The dentist used a special instrument to measure the condylar path during jaw movements.
The diagnosis of osteoarthritis was confirmed by the presence of condylar bone spurs.
The doctor suspected a condylar avulsion fracture based on the patient's symptoms and physical examination.
The effects of growth hormone on condylar development were studied in animal models.
The force of the impact resulted in a displaced condylar fracture and ligament damage.
The orthopedic surgeon carefully examined the condylar surfaces for signs of arthritis.
The pain medication helped to alleviate the discomfort associated with the condylar injury.
The patient complained of sharp pain originating near the condylar region of their knee.
The patient experienced clicking and popping sensations in their jaw, possibly related to condylar dysfunction.
The patient reported persistent pain and swelling following a condylar sprain.
The patient's jaw pain was diagnosed as temporomandibular joint disorder (TMD) with condylar involvement.
The patient's limited jaw movement was likely due to condylar stiffness after surgery.
The physical therapist focused on strengthening the muscles surrounding the condylar region.
The prosthesis was designed to closely replicate the natural shape of the femoral condylar surface.
The rehabilitation program included exercises to improve condylar stability and range of motion.
The researchers used finite element analysis to simulate stress distribution within the condylar bone.
The severity of the condylar fracture was graded based on the degree of displacement.
The shape and size of the condylar head can vary significantly between individuals.
The study investigated the biomechanics of the knee joint, focusing on condylar load distribution.
The surgeon meticulously repaired the damaged condylar ligaments using arthroscopic techniques.
The surgical approach involved a careful incision near the condylar region to avoid nerve damage.
The surgical technique aimed to restore the normal condylar anatomy and function.
The X-ray confirmed the presence of a subtle condylar bone bruise.
Understanding condylar anatomy is essential for dentists performing TMJ treatments.