Lehrstuhl für Orthopädie
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- .................................................................... (1)
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The pro-inflammatory phase of bone healing, initiated by platelet activation and eventually hematoma formation, impacts bone marrow mesenchymal stromal cells (MSCs) in unknown ways. Here, we created platelet-rich plasma (PRP) hydrogels to study how platelet-derived factors modulate functional properties of encapsulated MSCs in comparison to a non-inflammatory fibrin (FBR) hydrogel environment. MSCs were isolated from human bone marrow, while PRP was collected from pooled apheresis thrombocyte concentrates and used for hydrogel preparation. After their encapsulation in hydrogels for 72 h, retrieved MSCs were analyzed for immunomodulatory activities, apoptosis, stem cell properties, senescence, CD9\(^+\), CD63\(^+\) and CD81\(^+\) extracellular vesicle (EV) release, and metabolism-related changes. PRP-hydrogels stimulated immunosuppressive functions of MSCs, along with their upregulated susceptibility to cell death in communication with PBMCs and augmented caspase 3/7 activity. We found impaired clonal growth and cell cycle progression, and more pronounced β-galactosidase activity as well as accumulation of LC3-II-positive vacuoles in PRP-MSCs. Stimuli derived from PRP-hydrogels upregulated AKT and reduced mTOR phosphorylation in MSCs, which suggests an initiation of survival-related processes. Our results showed that PRP-hydrogels might represent a metabolically stressful environment, inducing acidification of MSCs, reducing polarization of the mitochondrial membrane and increasing lipid accumulation. These features were not detected in FBR-MSCs, which showed reduced CD63\(^+\) and CD81\(^+\) EV production and maintained clonogenicity. Our data revealed that PRP-derived hematoma components cause metabolic adaptation of MSCs followed by increased immune regulatory functions. For the first time, we showed that PRP stimuli represent a survival challenge and “apoptotic priming” that are detrimental for stem cell-like growth of MSCs and important for their therapeutic consideration.
Lower limb bone geometry in adult individuals with X-linked hypophosphatemia: an observational study
(2022)
Summary
We assessed lower-limb geometry in adults with X-linked hypophosphatemia (XLH) and controls. We found large differences in multiple measures including femoral and tibial torsion, bowing and cross-sectional area and acetabular version and coverage which may contribute to clinical problems such as osteoarthritis, fractures and altered gait common in XLH.
Purpose
Individuals with X-linked hypophosphatemia (XLH) are at risk of lower-limb deformities and early onset of osteoarthritis. These two factors may be linked, as altered biomechanics is a risk factor for osteoarthritis. This exploratory evaluation aims at providing clues and concepts for this association to facilitate future larger-scale and longitudinal studies on that aspect.
Methods
For this observational study, 13 patients with XLH, aged 18–65 years (6 female), were compared with sex-, age- and weight-matched healthy individuals at a single German research centre. Femoral and hip joint geometry, including femoral and tibial torsion and femoral and tibial shaft bowing, bone cross-sectional area (CSA) and acetabular version and coverage were measured from magnetic resonance imaging (MRI) scans.
Results
Total femoral torsion was 29° lower in individuals with XLH than in controls (p < 0.001), mainly resulting from lower intertrochanteric torsion (ITT) (p < 0.001). Femoral lateral and frontal bowing, tibial frontal bowing, mechanical axis, femoral mechanical–anatomical angle, acetabular version and acetabular coverage were all greater and tibial torsion lower in individuals with XLH as compared to controls (all p < 0.05). Greater femoral total and marrow cavity CSA, greater tibial marrow cavity CSA and lower cortical CSA were observed in XLH (all p < 0.05).
Discussion
We observed large differences in clinically relevant measures of tibia and particularly femur bone geometry in individuals with XLH compared to controls. These differences may plausibly contribute to clinical manifestations of XLH such as early-onset osteoarthritis, pseudofractures and altered gait and therefore should be considered when planning corrective surgeries.
In total knee arthroplasty (TKA), functional knee phenotypes are of interest regarding surgical alignment strategies. Functional knee phenotypes were introduced in 2019 and consist of limb, femoral, and tibial phenotypes. The hypothesis of this study was that mechanically aligned (MA) TKA changes preoperative functional phenotypes, which decreases the 1-year Forgotten Joint (FJS) and Oxford Knee Score (OKS) and increases the 1-year WOMAC. All patients included in this study had end-stage osteoarthritis and were treated with a primary MA TKA, which was supervised by four academic knee arthroplasty specialists. To determine the limb, femoral, and tibial phenotype, a long-leg radiograph (LLR) was imaged preoperatively and two to three days after TKA. FJS, OKS, and WOMAC were obtained 1 year after TKA. Patients were categorized using the change in functional limb, femoral, and tibial phenotype measured on LLR, and the scores were compared between the different categories. A complete dataset of preoperative and postoperative scores and radiographic images could be obtained for 59 patients. 42% of these patients had a change of limb phenotype, 41% a change of femoral phenotype, and 24% a change of tibial phenotype of more than ±1 relative to the preoperative phenotype. Patients with more than ±1 change of limb phenotype had significantly lower median FJS (27 points) and OKS (31 points) and higher WOMAC scores (30 points) relative to the 59-, 41-, and 4-point scores of those with a 0 ± 1 change (p < 0.0001 to 0.0048). Patients with a more than ±1 change of femoral phenotype had significantly lower median FJS (28 points) and OKS (32 points) and higher WOMAC scores (24 points) relative to the 69-, 40-, and 8-point scores of those with a 0 ± 1 change (p < 0.0001). A change in tibial phenotype had no effect on the FJS, OKS, and WOMAC scores. Surgeons performing MA TKA could consider limiting coronal alignment corrections of the limb and femoral joint line to within one phenotype to reduce the risk of low patient-reported satisfaction and function at 1-year.
Unicompartmental knee arthroplasty (UKA) in isolated medial or lateral osteoarthritis leads to good clinical results. However, revision rates are higher in comparison to total knee arthroplasty (TKA). One reason is suboptimal fitting of conventional off-the-shelf prostheses, and major overhang of the tibial component over the bone has been reported in up to 20% of cases. In this retrospective study, a total of 537 patient-specific UKAs (507 medial prostheses and 30 lateral prostheses) that had been implanted in 3 centers over a period of 10 years were analyzed for survival, with a minimal follow-up of 1 year (range 12 to 129 months). Furthermore, fitting of the UKAs was analyzed on postoperative X-rays, and tibial overhang was quantified. A total of 512 prostheses were available for follow-up (95.3%). Overall survival rate (medial and lateral) of the prostheses after 5 years was 96%. The 30 lateral UKAs showed a survival rate of 100% at 5 years. The tibial overhang of the prosthesis was smaller than 1 mm in 99% of cases. In comparison to the reported results in the literature, our data suggest that the patient-specific implant design used in this study is associated with an excellent midterm survival rate, particularly in the lateral knee compartment, and confirms excellent fitting.
Background
The aim of this study was to review the patient rated outcome (PROM) of surgically treated fractures to the lateral process of the talus (LPTF) and identify factors influencing the outcome.
Methods
Retrospective study with a current follow-up. Eligible were all patients treated surgically for a LPTF (n = 23) with a minimum follow-up of one year. Demographics, medical history, trauma mechanism, fracture characteristics, concomitant injuries, treatment details, complications, return to work and sports were assessed retrospectively. The current follow-up included the VAS FA, Karlsson Score, and SF-12. The primary outcome was the VAS FA. Secondary aim was the identification of parameters influencing the PROMs.
Results
22 patients (96% follow-up) with a mean age of 32 ± 9 (18 to 49) years were included. 73% suffered a Hawkins Type 1, 23% a Type 2, and one patient a Type 3 fracture. 82% suffered concomitant injuries. 9% suffered minor surgical side infections, 50% developed symptomatic subtalar osteoarthritis. At final follow-up (44 ± 2 (12 to 97) months), the mean VAS FA Overall was 77 ± 21 (20 to 100), the Karlsson Score 72 ± 21 (34 to 97), and for the SF 12 the PCS 53 ± 8 (36 to 64) and the MCS 53 ± 7 (32 to 63). 50% of patients returned to their previous level of sports. Hawkins Type 1 fractures resulted in better VAS FA Overall score than Type 2 fractures. Posttraumatic subtalar osteoarthritis was the independent factor associated to a poor patient rated outcome (VAS FA, Karlsson Score).
Conclusion
After a follow-up of over 3.5 years, surgically treated LPTF resulted in only moderate results. 50% suffered posttraumatic symptomatic subtalar osteoarthritis, which was the primary independent parameter for a poor outcome following LPTF.
Level of evidence
Level III.
Hypophosphatasie (HPP) beschreibt eine seltene Erbkrankheit, die hauptsächlich durch heterozygote Mutationen im ALPL-Gen verursacht wird. Diese führen zu einer verminderten Aktivität der gewebeunspezifischen alkalischen Phosphatase (TNAP). Neben skelettalen Symptomen sind Zahnanomalien wie der vorzeitige Verlust von Milchzähnen ohne resorbierte Wurzel sowie eine gestörte Mineralisierung der Zahnhart-substanzen ein typisches Merkmal der HPP. Die zugrunde liegenden molekularen Mechanismen sind bisher noch nicht vollständig verstanden.
In der vorliegenden Arbeit wurden Zelllinien des parodontalen Ligaments mit Mutationen im ALPL-Gen charakterisiert, um anschließend mögliche Therapiestrategien für die HPP auf molekularer Ebene zu untersuchen.
Im Rahmen der basalen Charakterisierung wurden die Zelllinien hinsichtlich der TNAP-Expression (Immunhistochemie, Western Blot), des Stoffwechselprofils (ATP-Assay) und des osteogenen Differenzierungspotenzials (Alizarin-Färbung) analysiert. Von Interesse war auch, ob durch CRISPR/Cas9-basiertes Genediting Off-Target Mutationen entstanden sind. Zur Untersuchung der molekularen Auswirkungen von PTH, welches die ALPL-Expression steigern kann, wurden zwei Protokolle etabliert, die eine kontinuier-liche, kurzzeitige bzw. intermittierende Präsenz von PTH in-vitro imitieren. Anschließend wurde die ALPL-Expression (qPCR) sowie TNAP-Aktivität (CSPD-Assay) ermittelt.
Die basale TNAP-Expression war variabel und reichte vom völligen Fehlen in den Zell-linien mit Deletionen bis hin zu einer starken TNAP-Expression in der Zelllinie mit einer heterogenen Punktmutation. Eine niedrige Expression ging mit einer verringerten Zell-proliferation sowie extrazellulären ATP einher. Es zeigte sich ein unterschiedliches Mineralisierungspotenzial, das hauptsächlich das TNAP-Expressionsniveau in den verschiedenen Zelllinien widerspiegelt, während die PTH-Stimulation keine Wirkung auf die Differenzierung hatte. Im Gegensatz zu klinischen Beobachtungen deuten die Ergebnisse auf eine hohe Korrelation zwischen Genotyp und Phänotyp in-vitro hin, die in-vivo noch bestätigt werden müssen. Die Sequenzierung bestätigte, dass durch die Geneditierung keine Off-Target Mutationen aufgetreten sind, welche somit keinen limitierenden Faktor hinsichtlich der Differenzierungskapazität darstellen können.
Die Stimulation mit PTH führte zwar nicht zu einer gesteigerten ALPL-Expression, doch konnte die TNAP-Aktivität in den ALPL-defizienten Zelllinien punktuell gesteigert werden und bildet somit eine solide Basis für weitere Experimente, die zur Therapieentwicklung für die Odonto-HPP beitragen können.
Background and Objectives: Currently, the worldwide incidence of major amputations in the general population is decreasing whereas the incidence of minor amputations is increasing. The purpose of our study was to analyze whether this trend is reflected among orthopaedic patients treated with lower extremity amputation in our orthopaedic university institution. Materials and Methods: We conducted a single-center retrospective study and included patients referred to our orthopaedic department for lower extremity amputation (LEA) between January 2007 and December 2019. Acquired data were the year of amputation, age, sex, level of amputation and cause of amputation. T test and Chi² test were performed to compare age and amputation rates between males and females; significance was defined as p < 0.05. Linear regression and multivariate logistic regression models were used to test time trends and to calculate probabilities for LEA. Results: A total of 114 amputations of the lower extremity were performed, of which 60.5% were major amputations. The number of major amputations increased over time with a rate of 0.6 amputation/year. Men were significantly more often affected by LEA than women. Age of LEA for men was significantly below the age of LEA for women (men: 54.8 ± 2.8 years, women: 64.9 ± 3.2 years, p = 0.021). Main causes leading to LEA were tumors (28.9%) and implant-associated complications (25.4%). Implant-associated complications and age raised the probability for major amputation, whereas malformation, angiopathies and infections were more likely to cause a minor amputation. Conclusions: Among patients in our orthopaedic institution, etiology of amputations of the lower extremity is multifactorial and differs from other surgical specialties. The number of major amputations has increased continuously over the past years. Age and sex, as well as diagnosis, influence the type and level of amputation.
Medical tourism is a rapidly growing sector of economic growth and diversification. However, data on the demographics and characteristics of the traveling patients are sparse. In this study, we analyzed the common demographic properties and characteristics of the inbound medical tourists seeking orthopedic medical care in Germany for the years 2010 to 2019 compared to a domestic group. At the same time, we examined how the COVID-19 pandemic outbreak of 2020 changed the field of medical tourism in Germany. Calculations were performed using administrative hospital data provided by the Federal Statistical Department of Germany. Data were analyzed from the years 2010 to 2020. A total of six elective orthopedic surgery codes (bone biopsy, knee arthroplasty, foot surgery, osteotomy, hardware removal, and arthrodesis) were identified as key service indicators for medical tourism and further analyzed. Factors including residence, sex, year, and type of elective surgery were modeled using linear regression analysis. Age and sex distributions were compared between patients living inside Germany (DE) or outside Germany (non-DE). Between 2010 and 2020, 6,261,801 orthopedic procedures were coded for the DE group and 27,420 key procedures were identified for the non-DE group. Medical tourists were predominantly male and significantly younger than the domestic population. The linear regression analysis of the OPS codes over the past years showed a significantly different slope between the DE and non-DE groups only for the OPS code “hardware removal”. With the COVID-19 pandemic, an overall decline in performed orthopedic procedures was observed for the non-DE and the DE group. A significant reduction below the 95% prediction bands for the year 2020 could be shown for hardware removal and foot surgery (for DE), and for hardware removal, knee arthroplasty, foot surgery, and osteotomy (for non-DE). This study is the first to quantify inbound medical tourism in elective orthopedic surgery in Germany. The COVID-19 pandemic negatively affected many — but not all — areas of orthopedic surgery. It has to be seen how this negative trend will develop in the future.
Alignment strategies for primary total knee arthroplasty (TKA) have changed significantly over time with a shift towards a more individualized alignment goal. At the same time, computer-assisted surgery (CAS) has gained interest for intraoperative control and accuracy in implant positioning and limb alignment. Despite the often discussed benefits and drawbacks of robotics and navigation for TKA, the routine use of these new devices on a day-to-day basis remains obscure. Therefore, nationwide hospital billing data based on the Operation Procedure Classification System (OPS) were retrieved from the Federal Statistical Office of Germany for the period from 2010 to 2021. OPS codes for primary total knee arthroplasty (OPS code: 5-822*) were further analyzed regarding the usage of computer navigation (additional OPS code: 5-988) or robotic devices (additional OPS code: 5-987). Gender and age at the time of surgery were also assessed. The results show a total of 2,226,559 primary TKAs were implanted between 2010 and 2021, of which 2,044,914 were performed conventionally (91.84% of all TKAs). A total of 170,276 TKAs were performed using navigation technique (7.65% of all TKAs) and another 11,369 TKAs were performed using robotics (0.51% of all TKAs). For the period from 2018 to 2021, a substantial increase in robot-assisted TKA (R-TKA) was observed, with an average increase rate of 84.74% per year, while the number of navigated TKAs declined (−3.67% per year). Computer-assisted surgery, and particularly robotics for TKA, are seeing growing popularity and stepwise translation into routine clinical use in Germany, with a steep increase rate of more than 80% per year since 2018. Nevertheless, the majority of TKAs are still performed using manual instrumentation, rendering conventional TKA the currently unchanged gold standard.
Aufgrund der immer älterwerdenden Bevölkerung kommt der Prävention von altersbedingten muskuloskelettalen Erkrankungen wie der Osteoporose und der Sarkopenie eine herausragende Bedeutung zu. Insbesondere für die Sarkopenie gibt es heute und auf absehbare Zeit keine kausale medikamentöse Therapie. Somit stellt der Erhalt einer intakten Muskulatur durch körperliche Aktivität die zentrale Säule für eine langfristig muskuloskelettale Gesundheit dar. Die aktuelle, wissenschaftliche Datenlage zeigt hierbei für progressives Krafttraining im Alter valide Ergebnisse. Durch die gezielte Beanspruchung der Muskulatur kann bis ins hohe Alter dem natürlichen Verlust der Muskelmasse und -qualität entgegengewirkt werden. Ein gezieltes Training der Wirbelsäule-umgebenden Muskulatur ist vor allem bei Menschen mit Osteoporose sinnvoll. Durch starke Rückenmuskeln werden wichtige Alltagsbewegungen unterstützt und das Sturzrisiko kann reduziert werden. Ein klassisches progressives Krafttraining ist jedoch bei älteren Menschen nicht immer durchführbar, da diese oft an zusätzlichen Erkrankungen leiden, welche ein intensives Krafttraining verbieten, oder allgemein zu schwach für eine solche Trainingsmodalität sind. Ziel dieser Studie war zusätzlich zum Krafttraining alternative Trainingsmethoden zu testen, welche einfach und sicher im Alter integrierbar sind und keine sportlichen Vorkenntnisse der Teilnehmer erfordern. Im Fokus stand dabei die Kräftigung der Rumpfmuskulatur. Alternativ zum klassischen, progressivem Krafttraining (KT) wurden daher sogenannte Low-Impact-Methoden getestet, konkret handelte es sich dabei um Ganzkörpervibrationstraining (WBV), das tägliche Tragen einer federnden Rückenorthese (OT) und Qi Gong (QG) als atmungs- und bewegungsorientiertes Konzept.
Das Krafttraining zeigte dabei die größten Verbesserungen in der Rumpfkraft, dem primären Endpunkt der Studie. Bei der Extensionskraft zeigte sich eine Zunahme von 28,0%. (p=0,008) und bei der Flexionskraft von 17,2% (p=0,008). Doch auch das WBV-Training und das Tragen der Rückenorthese zeigten Verbesserungen der Rumpfkraft. Das QG-Training zeigte kaum Veränderungen der Rumpfkraft. Im Gruppenvergleich war die KT-Gruppe der QG-Gruppe in der Entwicklung der Extensionskraft signifikant überlegen. Auch wenn die alternativen Trainingsmethoden keine signifikanten Ergebnisse im primären Endpunkt dieser Studie zeigten, kam es zu signifikanten Verbesserungen in den sekundären Endpunkten. In der WBV-Gruppe kam es zu einem signifikanten Anstieg der Handkraft (p=0,023) und im CRT (p=0,007). In der OT-Gruppe war der CRT signifikant besser geworden (p=0,003). In der QG-Gruppe kam es zu tendenziellen Verbesserungen einiger Leistungsparameter, jedoch waren diese statistisch überwiegend nicht signifikant. Ein wesentlicher Aspekt dieser Arbeit war jedoch, dass unabhängig von der jeweiligen Trainingsmodalität, vor allem die Teilnehmer, die ein erhöhtes Risiko für muskuläre Defizite hatten, also Probanden ≥80 Jahre, Menschen mit präsarkopenem Muskelstatus, oder multimorbide Teilnehmer, am meisten von den Trainingsinterventionen profitierten. Hier fiel vor allem die signifikante Zunahme der Rumpfflexion in allen drei Subgruppen auf. Bei den Probanden ≥80 Jahren kam es in der Rumpfflexion zu einer Zunahme von 10,3% (p=0,017), bei den präsarkopenen Probanden von 2,9% (p=0,035) und bei den Multimorbiden von 16,3% (p=0,001). Eine starke Rumpfvorderseite führt zu einer aufrechten Haltung, ermöglicht Alltagsaktivitäten wie Treppensteigen oder das Aufstehen von einem Stuhl und kann durch eine verbesserte Balance das Sturzrisiko vermindern. Bedeutsam ist auch, dass die Muskelmasse bei den präsarkopenen Probanden, unabhängig vom Training, signifikant gestiegen war und somit Sport auch bei einer reduzierten Muskelmasse sehr effektiv sein kann. Zudem verbesserte sich der CRT bei den präsarkopenen und multimorbiden Probanden signifikant, was umso erfreulicher ist, bedenkt man die Assoziation mit einer reduzierten Fähigkeit von einem Stuhl aufzustehen und einer erhöhten Mortalität. Schlussendlich zeigen die Ergebnisse dieser Studie, dass Trainingsmodalitäten, die gezielt die Rumpfmuskulatur adressieren, wie z.B. ein speziell zusammengestelltes Krafttraining, auch in höherem Alter und bei Vorliegen eines erhöhten Frakturrisikos positive Effekte erzielen und zu signifikanten Verbesserungen der Rumpfkraft führen können. Allerdings zeigen auch weniger spezifische low-impact Trainingskonzepte durchaus positive Entwicklungen und stellen vor allem eine sichere Alternative mit nur geringem Anforderungsprofil dar. Besonders erfreulich scheint vor allem die Verbesserung der Parameter der Probanden mit einem erhöhten Risiko für muskuläre Defizite unabhängig von der zugelosten Trainingsintervention. Diese Ergebnisse stellen eine wertvolle Grundlage für zukünftige Forschungsvorhaben dar, welchen unter Berücksichtigung der globalen demographischen Entwicklungen sicherlich erhebliche Bedeutung zukommen wird.