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Meniscal Root Tears
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Meniscal root tears, less common than meniscal body tears and frequently unrecognized, are a subset of meniscal injuries that often result in significant knee joint disorders. The meniscus root attachment aids meniscal function by securing the meniscus in place and allowing for optimal shock-absorbing function in the knee. With root tears, meniscal extrusion often occurs, and the transmission of circumferential hoop stresses is impaired. This alters knee biomechanics and kinematics and significantly increases tibiofemoral contact pressure. In recent years, meniscal root tears, which by definition include direct avulsions off the tibial plateau or radial tears adjacent to the root itself, have attracted attention because of concerns that significant meniscal extrusion dramatically inhibits normal meniscal function, leading to a condition biomechanically similar to a total meniscectomy. Recent literature has highlighted the importance of early diagnosis and treatment; fortunately, these processes have been vastly improved by advances in magnetic resonance imaging and arthroscopy. This article presents a review of the clinically relevant anatomic, biomechanical, and functional descriptions of the meniscus root attachments, as well as current strategies for accurate diagnosis and treatment of common injuries to these meniscus root attachments.
Title: Meniscal Root Tears
Description:
Meniscal root tears, less common than meniscal body tears and frequently unrecognized, are a subset of meniscal injuries that often result in significant knee joint disorders.
The meniscus root attachment aids meniscal function by securing the meniscus in place and allowing for optimal shock-absorbing function in the knee.
With root tears, meniscal extrusion often occurs, and the transmission of circumferential hoop stresses is impaired.
This alters knee biomechanics and kinematics and significantly increases tibiofemoral contact pressure.
In recent years, meniscal root tears, which by definition include direct avulsions off the tibial plateau or radial tears adjacent to the root itself, have attracted attention because of concerns that significant meniscal extrusion dramatically inhibits normal meniscal function, leading to a condition biomechanically similar to a total meniscectomy.
Recent literature has highlighted the importance of early diagnosis and treatment; fortunately, these processes have been vastly improved by advances in magnetic resonance imaging and arthroscopy.
This article presents a review of the clinically relevant anatomic, biomechanical, and functional descriptions of the meniscus root attachments, as well as current strategies for accurate diagnosis and treatment of common injuries to these meniscus root attachments.
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Background:
Meniscal extrusion is a phenomenon in which a degenerative posterior horn tear, radial tear, or root tear results in displacement of the body of the meniscu...
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Abstract
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Meniscal root tears are substantial injuries that usually require surgical management. If left untreated, meniscal root tears can lead to the rapid onset of osteoarthritis similar ...
Meniscal Preservation is More Likely When Performed with Acute Anterior Cruciate Ligament Repair Rather Than with Anterior Cruciate Ligament Reconstruction
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Purpose
To analyze, in a long series of patients with knee injuries, the meniscal tear patterns in both stable and unstable knees to ascertain the exact proport...
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Background:
Biomechanical evidence for adjustable posterior medial meniscal root (PMMR) fixation has shown promising results for meniscal root repair. Adjustabl...
DIAGNOSTIC ACCURACY OF MAGNETIC RESONANCE IMAGING FOR MENISCAL TEARS, TAKING ARTHROSCOPY AS THE GOLD STANDARD
DIAGNOSTIC ACCURACY OF MAGNETIC RESONANCE IMAGING FOR MENISCAL TEARS, TAKING ARTHROSCOPY AS THE GOLD STANDARD
Objective: To evaluate the accuracy of magnetic resonance imaging (MRI) in detecting meniscal injuries, with arthroscopy as the gold standard.
Materials and Methods: We conducted t...

