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Featured researches published by Matthias Blanke.


American Journal of Sports Medicine | 2010

Evaluation of Cartilage Repair Tissue After Matrix-Associated Autologous Chondrocyte Transplantation Using a Hyaluronic-Based or a Collagen-Based Scaffold With Morphological MOCART Scoring and Biochemical T2 Mapping Preliminary Results

Goetz H. Welsch; Tallal C. Mamisch; Lukas Zak; Matthias Blanke; Alexander Olk; Stefan Marlovits; Siegfried Trattnig

Background In cartilage repair, bioregenerative approaches using tissue engineering techniques have tried to achieve a close resemblance to hyaline cartilage, which might be visualized using advanced magnetic resonance imaging. Purpose To compare cartilage repair tissue at the femoral condyle noninvasively after matrix-associated autologous chondrocyte transplantation using Hyalograft C, a hyaluronic-based scaffold, to cartilage repair tissue after transplantation using CaReS, a collagen-based scaffold, with magnetic resonance imaging using morphologic scoring and T2 mapping. Study Design Cohort study; Level of evidence, 3. Methods Twenty patients after matrix-associated autologous chondrocyte transplantation (Hyalograft C, n = 10; CaReS, n = 10) underwent 3-T magnetic resonance imaging 24 months after surgery. Groups were matched by age and defect size/localization. For clinical outcome, the Brittberg score was assessed. Morphologic analysis was applied using the magnetic resonance observation of cartilage repair tissue score, and global and zonal biochemical T2 mapping was performed to reflect biomechanical properties with regard to collagen matrix/content and hydration. Results The clinical outcome was comparable in each group. The magnetic resonance observation of cartilage repair tissue score showed slightly but not significantly (P = .210) better results in the CaReS group (76.5) compared to the Hyalograft C group (70.0), with significantly better (P = .004) constitution of the surface of the repair tissue in the CaReS group. Global T2 relaxation times (milliseconds) for healthy surrounding cartilage were comparable in both groups (Hyalograft C, 49.9; CaReS, 51.9; P = .398), whereas cartilage repair tissue showed significantly higher results in the CaReS group (Hyalograft C, 48.2; CaReS, 55.5; P = .011). Zonal evaluation showed no significant differences (P ≥ .05). Conclusion Most morphologic parameters provided comparable results for both repair tissues. However, differences in the surface and higher T2 values for the cartilage repair tissue that was based on a collagen scaffold (CaReS), compared to the hyaluronic-based scaffold, indicated differences in the composition of the repair tissue even 2 years postimplantation. Clinical Relevance In the follow-up of cartilage repair procedures using matrix-associated autologous chondrocyte transplantation, differences due to scaffolds have to be taken into account.


Unfallchirurg | 2008

[The vacuum-assisted closure (V.A.C.) and instillation dressing: limb salvage after 3 degrees open fracture with massive bone and soft tissue defect and superinfection].

Matthias Brem; Matthias Blanke; Alexander Olk; J. Schmidt; O. Mueller; Friedrich F. Hennig; Johannes Gusinde

We report the case of a 17-year-old boy who was hit by a high velocity train. The polytraumatized patient suffered a 3 degrees open femur defect fracture with a substantial loss of the lateral femoral muscles and significant disruption of the soft tissue of the lower leg. The enormous wound areas on the thigh and the lower leg were infected by Pseudomonas aeruginosa, Enterobacter cloacae, and Stenotrophomonas maltophilia. The enormous tissue defects and the superinfection did not leave any hope for saving the limb from amputation. After rapid aggressive debridement and pulsatile lavage, we covered the wounds as a last resort with a new technique of vacuum-assisted closure (V.A.C) and instillation (V.A.C. Instill(R)) dressings. In sequences of 1 min we instilled Lavasept, kept it for 20 min on the wound surface, and exhausted the liquid. We repeated this for 6 consecutive days and then changed the dressing. In the follow-up examinations the number of germs was significantly reduced. During follow-up care we used the V.A.C. treatment without instillation and finally we transplanted skin onto the clean wound surface and were able to save the leg of this young patient. We discharged him with a good function of his lower leg. This technique of V.A.C. Instill seems to offer great possibilities in critically infected wound situations.


Unfallchirurg | 2008

Der „Vacuum-assisted closure and instillation-“ (VAC™-Instill-)Verband

Matthias Brem; Matthias Blanke; Alexander Olk; J. Schmidt; O. Mueller; Friedrich F. Hennig; Johannes Gusinde

We report the case of a 17-year-old boy who was hit by a high velocity train. The polytraumatized patient suffered a 3 degrees open femur defect fracture with a substantial loss of the lateral femoral muscles and significant disruption of the soft tissue of the lower leg. The enormous wound areas on the thigh and the lower leg were infected by Pseudomonas aeruginosa, Enterobacter cloacae, and Stenotrophomonas maltophilia. The enormous tissue defects and the superinfection did not leave any hope for saving the limb from amputation. After rapid aggressive debridement and pulsatile lavage, we covered the wounds as a last resort with a new technique of vacuum-assisted closure (V.A.C) and instillation (V.A.C. Instill(R)) dressings. In sequences of 1 min we instilled Lavasept, kept it for 20 min on the wound surface, and exhausted the liquid. We repeated this for 6 consecutive days and then changed the dressing. In the follow-up examinations the number of germs was significantly reduced. During follow-up care we used the V.A.C. treatment without instillation and finally we transplanted skin onto the clean wound surface and were able to save the leg of this young patient. We discharged him with a good function of his lower leg. This technique of V.A.C. Instill seems to offer great possibilities in critically infected wound situations.


Thoracic and Cardiovascular Surgeon | 2014

Elastic Stable Chest Repair as a Means of Stabilizing the Anterior Chest Wall in Recurrent Pectus Excavatum with Sternocostal Pseudarthrosis: An Innovative Fixation Device.

Stefan Schulz-Drost; Julia Syed; Manuel Besendoerfer; Andreas Mauerer; Matthias Blanke; Melanie Schulz-Drost; Roman Th. Carbon

INTRODUCTION Open surgical procedures in the treatment of pectus excavatum (PE) involve predetermined incisions in the parasternal cartilage and the bony ribs. For some procedures, the ribs are even dissected from the sternum for better sternal mobilization and thus better elevation of the funnel. Secure restoration of the sternocostal junction is then required, with the consequence that healing may be quite impaired. Patients may also subsequently suffer from sternocostal nonunion, for example, pseudarthrosis, and dislocated ribs, as well as pain and a recurrence of PE. MATERIALS AND METHODS Patients underwent another open surgery with revision of the pseudarthrotic sternocostal junctions and sufficient mobilization of the anterior chest wall, followed by an open reduction and internal fixation using Matrix Rib titanium plates (Synthes, Oberdorf, Switzerland). This procedure consisted of elevating the anterior chest wall and fixing the ribs to the sternum. In 2011 and 2012, we studied this procedure, known as elastic stable chest repair (ESCR), in a series of 20 patients. The patients underwent clinical and ultrasound examinations and X-ray radiographs after the operation, after 6 weeks, and at 3- and 12-month intervals. RESULTS Follow-up showed high patient tolerance, although a loose plate was observed in one patient and a broken plate in three patients. A stable union was achieved for all sternocostal pseudarthroses. PE improved highly significantly (p < 0.001), as the Haller index decreased from 3.6 (range: 2.7-6.6, standard deviation [SD]: 0.92) to 2.7 (range: 2.0-3.7, SD: 0.42). Pain in the anterior chest wall was significantly reduced after the operation in the majority of cases. All but one patient was mobilized already the day after the operation. CONCLUSIONS ESCR in recurrent PE achieved functional stabilization of the anterior chest wall combined with satisfactory results.


Unfallchirurg | 2008

Der „Vacuum-assisted closure and instillation-“ (VAC™-Instill-)Verband@@@The vacuum-assisted closure (V.A.C.) and instillation dressing: Extremitätenerhalt bei drittgradig offener superinfizierter Femurfraktur mit massivem Knochen- und Weichteildefekt@@@Limb salvage after 3° open fracture with massive bone and soft tissue defect and superinfection

Matthias Brem; Matthias Blanke; Alexander Olk; J. Schmidt; O. Mueller; Friedrich F. Hennig; Johannes Gusinde

We report the case of a 17-year-old boy who was hit by a high velocity train. The polytraumatized patient suffered a 3 degrees open femur defect fracture with a substantial loss of the lateral femoral muscles and significant disruption of the soft tissue of the lower leg. The enormous wound areas on the thigh and the lower leg were infected by Pseudomonas aeruginosa, Enterobacter cloacae, and Stenotrophomonas maltophilia. The enormous tissue defects and the superinfection did not leave any hope for saving the limb from amputation. After rapid aggressive debridement and pulsatile lavage, we covered the wounds as a last resort with a new technique of vacuum-assisted closure (V.A.C) and instillation (V.A.C. Instill(R)) dressings. In sequences of 1 min we instilled Lavasept, kept it for 20 min on the wound surface, and exhausted the liquid. We repeated this for 6 consecutive days and then changed the dressing. In the follow-up examinations the number of germs was significantly reduced. During follow-up care we used the V.A.C. treatment without instillation and finally we transplanted skin onto the clean wound surface and were able to save the leg of this young patient. We discharged him with a good function of his lower leg. This technique of V.A.C. Instill seems to offer great possibilities in critically infected wound situations.


Mmw-fortschritte Der Medizin | 2008

Wann ist das Kunstknie fällig

Matthias Blanke; J. Gusinde; A. Dobre; Matthias Brem

ZusammenfassungBei der Gonarthrose galt noch bis vor Kurzem die Devise, den Einsatz einer Prothese so lange wie möglich hinauszuzögern. So pauschal lässt sich das heute nicht mehr sagen. Die Weiterentwicklungen in der Kniegelenksendoprothetik ermöglichen ein hohes Maß an Beweglichkeit, Beschwerdefreiheit und Prothesenstandzeit. Dies hat zur Folge, dass Sie bei entsprechendem Leidensdruck u. U. auch schon vor Ausschöpfung der konservativen Methoden zum Kunstknie raten können.


Mmw-fortschritte Der Medizin | 2007

Folgen eines üblen Fouls

Matthias Brem; J. Gusinde; Friedrich F. Hennig; Matthias Blanke

ZusammenfassungDer 25-jährige Fußballspieler war im vollen Lauf von seinem Gegenspieler gefoult worden und ist dabei auf den linken Arm gestürzt. Unmittelbar nach dem Sturz spürte er einen starken Schmerz in seiner linken Schulter. Der Mannschaftsarzt konnte noch auf dem Spielfeld eine sofortige Blickdiagnose stellen. Sie auch?


European Radiology | 2010

T2 and T2* mapping in patients after matrix-associated autologous chondrocyte transplantation: initial results on clinical use with 3.0-Tesla MRI

Goetz H. Welsch; Siegfried Trattnig; Timothy Hughes; Sebastian Quirbach; Alexander Olk; Matthias Blanke; Stefan Marlovits; Tallal C. Mamisch


European Radiology | 2012

Magnetic resonance imaging of the knee at 3 and 7 Tesla: a comparison using dedicated multi-channel coils and optimised 2D and 3D protocols

Goetz H. Welsch; Vladimir Juras; Pavol Szomolanyi; Tallal C. Mamisch; Peter Baer; Claudia Kronnerwetter; Matthias Blanke; Hiroyuki Fujita; Siegfried Trattnig


International Orthopaedics | 2014

Surgical fixation of sternal fractures: locked plate fixation by low-profile titanium plates—surgical safety through depth limited drilling

Stefan Schulz-Drost; Andreas Mauerer; Sina Grupp; Friedrich F. Hennig; Matthias Blanke

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Matthias Brem

University of Erlangen-Nuremberg

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Friedrich F. Hennig

University of Erlangen-Nuremberg

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Alexander Olk

University of Erlangen-Nuremberg

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J. Gusinde

University of Erlangen-Nuremberg

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Goetz H. Welsch

Medical University of Vienna

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Siegfried Trattnig

Medical University of Vienna

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A. Dobre

University of Erlangen-Nuremberg

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Stefan Marlovits

Medical University of Vienna

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Sebastian Quirbach

Medical University of Vienna

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