T. Piontek (Poznan, PL)

Rehasport , Medical University Poznan, Poland Spine Disorders and Pediatric Orthopedics Department, Sport Medicine Lub
Graduate of the Poznan University of Medical Sciences. First degree of specialization in orthopedics and traumatology in 1999; four years later; second degree of specialization; and in 2003; defending his doctoral thesis. Tomasz Piontek is an international trainer of arthroscopic knee and hip surgical techniques. Since 2006; Tomasz Piontek has been a doctor at Rehasport Clinic. Previously; he had worked; among others; in the Department of Paediatric Orthopaedics in Poznan; was the first football physician of Amica Wronki; and in Lech Poznan. He had completed internships in Balgrist University Clinic in Zurich; Department of Orthopedics and Traumatology of Sports Medicine; Queens Medical Centre in the UK; and the University of Pittsburgh- Department of Orthopaedic Surgery; in the United States. In 2005 he achieved his Phd Title; and in 2015; Habilitation. He is interested in sport orthopeadic medicine; especially treatment of lower limb injuries. He and his team have developed the method and technique of AMIC ( Authologus Matrix Induce Chondrogenesi) in the knee; hip and talus; in an all Arthroscopic procedure; regeneration of meniscus treatment with collagen membrane; Achilles reconstruction with percutaneous methods in large and chronic ruptures using free tendons.

Presenter Of 2 Presentations

Extended Abstract (for invited Faculty only) Meniscus

17.3.5 - AMMR® – 10 Years of Experience With Meniscus Wrapping

Presentation Topic
Meniscus
Date
14.04.2022
Lecture Time
13:35 - 13:45
Room
Bellevue
Session Type
Industry Satellite Symposium
Poster Meniscus

P129 - 10-years of Clinical Results Patients Treated with a fully Arthroscopic Technique of Collagen Matrix-based Meniscus Repair (AMMR)

Presentation Topic
Meniscus
Date
13.04.2022
Lecture Time
09:30 - 09:30
Room
Exhibition Foyer
Session Name
7.3 - Poster Viewing / Coffee Break / Exhibition
Session Type
Poster Session
Disclosure
No Significant Commercial Relationship

Abstract

Purpose

The purpose of the present work was to present a long term, 10-year follow-up of clinical results with a fully arthroscopic technique of collagen matrix-based meniscus repair (AMMR) combined with the injection of bone marrow aspirate into the area of the meniscal lesion.

Methods and Materials

53 patients underwent AMMR. The 2-year follow-up period was achieved in 50 cases and a 5 year follow-up – by 44 patients. The present study 23 patients who were available at 10 years. 21 patients who were could not come for a follow-up due to: 11 the Covid-19 pandemic, 4 we lost contact, 6 changed the country of residence. The study group consisted of 6 females (26%) and 17 males (74%). 16 patients underwent an isolated AMMR surgery and in 7 cases AMMR was combined with the ACL reconstruction (AMMR+ACL). The subjective outcomes were evaluated using an form IKDC 2000 and the Lysholm knee scoring scale. WORMS was used to perform the multi-feature, whole-organ assessment of the knee using magnetic resonance images.

Results

The overall results of the WORMS indicated a statistically significant decrease when compared to the 5-year follow-up (p< 0.01) in the group of all patients, as shown in Table 1. Differences were not observed when both subgroups were analyzed separately. Moreover, the difference in the postoperative MRI results for AMMR and AMMR + ACLR groups were not significant at the 10-year follow-up study.

zrzut ekranu 2021-10-22 o 22.33.16.png

zrzut ekranu 2021-10-22 o 22.33.34.png

Improvement in the IKD and the Lysholm scores from the preoperative level to 2 years, 5 years and 10 years of follow-up was observed in all patients.

Conclusion

10 y of observation of patients after the repair of the meniscus by AMMR proves a good treatment result. The stability of the results between 2, 5 and 10 years after treatment allows to think that repairing a meniscal damage in the non-vascular zone is possible.

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Presenter Of 1 Presentation

Meniscus

P129 - 10-years of Clinical Results Patients Treated with a fully Arthroscopic Technique of Collagen Matrix-based Meniscus Repair (AMMR)

Abstract

Purpose

The purpose of the present work was to present a long term, 10-year follow-up of clinical results with a fully arthroscopic technique of collagen matrix-based meniscus repair (AMMR) combined with the injection of bone marrow aspirate into the area of the meniscal lesion.

Methods and Materials

53 patients underwent AMMR. The 2-year follow-up period was achieved in 50 cases and a 5 year follow-up – by 44 patients. The present study 23 patients who were available at 10 years. 21 patients who were could not come for a follow-up due to: 11 the Covid-19 pandemic, 4 we lost contact, 6 changed the country of residence. The study group consisted of 6 females (26%) and 17 males (74%). 16 patients underwent an isolated AMMR surgery and in 7 cases AMMR was combined with the ACL reconstruction (AMMR+ACL). The subjective outcomes were evaluated using an form IKDC 2000 and the Lysholm knee scoring scale. WORMS was used to perform the multi-feature, whole-organ assessment of the knee using magnetic resonance images.

Results

The overall results of the WORMS indicated a statistically significant decrease when compared to the 5-year follow-up (p< 0.01) in the group of all patients, as shown in Table 1. Differences were not observed when both subgroups were analyzed separately. Moreover, the difference in the postoperative MRI results for AMMR and AMMR + ACLR groups were not significant at the 10-year follow-up study.

zrzut ekranu 2021-10-22 o 22.33.16.png

zrzut ekranu 2021-10-22 o 22.33.34.png

Improvement in the IKD and the Lysholm scores from the preoperative level to 2 years, 5 years and 10 years of follow-up was observed in all patients.

Conclusion

10 y of observation of patients after the repair of the meniscus by AMMR proves a good treatment result. The stability of the results between 2, 5 and 10 years after treatment allows to think that repairing a meniscal damage in the non-vascular zone is possible.

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