Meta Hunter - Leader in Modern Joint Pathology Diagnosis

In the case of advanced osteoarthropathy, structural degeneration, age-related changes are generally considered irreversible. Recognizing and evaluating the signs of NLS manifestations of osteoarthritis can help understand its cause and characterize its further progression. Determining the interrelationships of joint structural changes at different disease stages, especially early stages, can help in the planning of effective treatment policies.

The Meta Hunter Knee Health Analyzer may become the leader in modern joint pathology diagnosis. The possibilities of modern rheumatology and orthopedics (with multiple methods and means of treatment) require an accurate and timely diagnosis of the origin of the pathological process, especially in the early stages of the disease. First, it involves polygenic diseases such as osteoarthritis; one of its most common forms is knee osteoarthritis. The abundance of risk factors, including genetic factors, does not always allow timely recognition of the development of osteoarthritis and its early signs, especially when symptoms disappear. Application of a large number of modern therapeutic agents at an early stage provides arrest of disease progression and reversal of development of degenerative changes (especially hyaline cartilage).

In this regard, early diagnosis of initial osteoarthritic manifestations becomes particularly urgent. Arthrography remains the most widely used method in the diagnosis of osteoarthritis, but the initial osteoarthritis manifestations cannot be revealed by a given method. The refinement of the technique and the accumulation of experience have demonstrated the advantages of joint NLS over other ray methods. In addition to high information value, Meta Hunter is an affordable, mobile and safe diagnostic method that provides simple and dynamic observation; however, analysis of literature data shows that the method is not effective in the detection of early preradiative knee osteoarthritis potential has not yet been fully discovered.