Segmental meniscus allograft transplantations may offer the advantage of a robust repair by both maintaining knee biomechanics and biology while maximizing preservation of native meniscal tissue.
Read moreThis papers shows that the Yoon modification to the Pollard method showed better results than the Pollard method alone, and was not statistically different from that of MRI.
Read moreMeniscal allograft transplant (MAT) is considered an effective procedure for reducing pain and improving knee function.
Read moreThis paper shows that comparing medial and lateral meniscal root outcomes, surgeons are clearly comparing apples and oranges or, maybe better stated, comparing young athletes and older sedentary patients.
Read moreIn select patients with an initial functional improvement following MAT prior to subsequent failure, RMAT may be indicated to alleviate pain and perhaps delay progression of osteoarthritis.
Read moreSubstantial evidence suggests that joint biomechanics can be optimized through the judicious use of realignment osteotomy or MAT, and creating an ideal environment is essential for effective and durable cartilage surgery.
Read moreMeniscal allograft transplantation (MAT) has become an acceptable surgical treatment for select symptomatic and relatively young patients with a meniscal deficiency.
Read moreThis study identified similar absolute extrusion and significantly lower postoperative lateral meniscal extrusion rates after open MAT compared with arthroscopic MAT.
Read moreThere are three main fixation methods that can be used to fix a MAT: suture-only fixation, double plug fixation and the keyhole technique. All fixation methods have similar outcomes, meaning that despite the biomechanical differences, the selection of which method to use should be made on a case-by-case basis.
Read moreMeniscal transplantation is clinically effective in treating patients with symptomatic meniscal deficiency.
Read moreMAT can yield good long-term survivorship rates of allografts remaining functional after 10 and 15 years.
Read moreMAT can improve function and reduce pain in the paediatric population, and is, therefore, a viable treatment option for the management of the symptomatic paediatric meniscal-deficient knee.
Read morePhysical activity after MAT appears possible, especially for low-impact sports.
Read moreTo evaluate the survivorship and clinical outcomes of meniscal allograft transplantations (MAT) and determine the impact cartilage status may have on these outcomes. MAT has shown to be an effective surgical treatment with good survivorship and functional outcomes at medium to long term follow-up. Patients with lower grades of cartilage damage have better MAT survivorship but all patients benefit clinically.
Read moreOverall, there seems to be no significant difference between the postoperative patient reported outcomes in terms of isolated MAT and combined MAT.
Read moreTo assess meniscal allograft transplantation (MAT) outcomes and compare the results of different root fixation techniques through systematic literature review. The significant overall improvements in function and pain scores accompanied by low allograft failure rates suggest that MAT is a reliable option. The current data does not demonstrate a difference in fixation method which may suggest that it does not have a significant influence on clinical outcome.
Read morePatients undergoing lateral meniscal allograft transplantation demonstrated greater pain relief and functional improvement than patients undergoing medial meniscal allograft transplantations.
Read moreThe purpose of this paper is to nvestigate the long-term survival rate of meniscal allograft transplantations (MAT) with bone fixation. MAT using a bone fixation technique demonstrated a high clinical survival rate over long-term follow-up.
Read moreThis study sought to determine the most reliable techniques for measuring meniscal length and width for patients that need an allograft transplantation.
Read moreTraditionally, meniscal allograft transplantation (MAT) has been thought to be contraindicated in skeletally immature patients. This reports the results of MAT performed in an active adolescent population with a minimum of 2-year follow-up.
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