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Osteoarthritis (Osteoarthritis) of the knee is a high prevalence in the population of people aged 60 years and over, when in some cases does not cause any discomfort or pain, and therefore not diagnosed. In addition, Radio graphic findings of the knee not fully compatible with the patient's symptoms, which resulted in errors in the interpretation and diagnosis.
In this study, patients who suffer from two knees or unilateral pain, will take part. Participants will undergo a clinical examination, including evaluation of symptoms by an orthopedist and an X-ray imaging, which are part of the currently accepted medical diagnosis.
Patients will perform PET-MRI test in order to assess whether PET MRI is a more efficient tool for active knee osteoarthritis diagnosis.
Full description
Knee Osteoarthritis has high incidence in the population over 60 years reaching a rate of 10% in several studies. However, not all arthritic knee joints are actively causing patient discomfort or pain. There is only a limited correlation between patient radio graphs and symptoms leading to high rates of false positive and false negative of knee OA. Consequently, patients may have bilateral knee arthritis when the more arthritic knee per x-ray is less symptomatic. On the other hand knee MRI and bone scan maybe oversensitive for diagnosis knee arthritis with a high rate of false positive.
The purpose of this study is to examine the value of PET MRI as a tool for accurate diagnosis of active knee osteoarthritis.
The hypothesis is that using PET MRI of both knees may correlate better than radio graphs or MRI by themselves to patient symptoms .
The study will consist of 150 patients with bilateral or unilateral knee pain with one of the knees having more symptoms than the other. The study physicians who perform the PET MRI will be blinded to the patient symptoms and will record their findings and which knee is more symptomatic and along which pattern
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All patients will have an orthopedic assessment of their symptoms prior to their PET MRI.
Participants will carry out a PET-MR imaging. PET involves injecting FDG (glucose labeled isotope of fluorine) intravenously at a dose of 2.5 mci . After a wait of about 40 minutes will be performed PET MR lasting up to 40 minutes.
All findings will be evaluated.
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Data sourced from clinicaltrials.gov
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