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NLS-research By Metatron 4025 Hunter Can Help Us More In Diagnostics Of Ankle Joint And Foot Tendons Traumas

Author:Biophilia  UpdateTime:2021-09-01
Three-dimensional visualization of tendons’ fibrillar structure at microscans is a distinctive feature of NLS-research in comparison with other methods of radiodiagnostics, including MRI.
 
The most frequent form of ankle joint and foot tendons traumas is tendosynovitis. It makes up more than 70% in structure of mechanical damages. At the same time comparative analysis of various methods of radiodiagnostics demonstrates maximum efficiency of NLS-research in detecting of tendon sheath pathological affection.
 
Sensitivity of this method is almost 95%. We want to emphasize greatest demonstration efficiency of transversal scanning of tendon with various degree of scaling.
 
NLS-graphic semiotics of tendonitis includes abnormality of tendon’s fibrillar pattern, heterogeneity of structure with hyperchromogenic nidi (5 – 6 points according to Fleindler’s scale). Hyperchromogenic nidi correspond to tendon edema and xanthomatosis. Posttraumatic tendonitis in ankle joint area is diagnosed in 10% of cases.
 
NLS-research by metatron 4025 hunter is also method of choice for diagnostics of tendon ruptures, percentage of which is 20%.
 
At type I partial rupture microscans detect abnormalities of fibrils integrity, uneven outlines of tendon. Longitudinal ruptures, according to NLS-research data, are accompanied by appearance of hyperchromogenic fissures (5 – 6 points), oriented obliquely along tendons, which may reach surface.
 
At NLS-graphy of type II partial rupture microscans detect abnormalities of collagenous fibers integrity.
 
Type III (total rupture) according to NLS-research and other radiodiagnostics methods data is characterized by complete destruction of tendon’s fibers at microscanning (6 points). However differing from radio computed tomography and magnetic-resonance imaging, NLS- research makes allows us to identify place of tendon rupture more precisely and technically easily.
 
Ease of NLS-examination defined prerogative of this method in diagnostics of short and long peroneal muscles’ tendons damages in lateral malleolus area. Flattening of ankle incisure at abnormality of retinaculum peroneum superius may result in development of lateral group tendons subluxation. This condition appears at ankle joint bending and external rotation, and also at joint extension and internal rotation. Clinical dislocation may be manifested by rupture of collateral ligaments of lateral malleolus. Visualization of forward tendon rupture at bending and joint extension in real time mode by NLS-method allows correct formulating of diagnosis in all cases.
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