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Superior cartilage repair with BST-CarGel added to conventional microfracture treatment
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GENERAL ORTHOPAEDICS
Superior cartilage repair with BST-CarGel added to conventional microfracture treatment .
Verified
This report has been verified by one or more authors of the original publication.
High Impact
Este estudio ha sido identificado como potencialmente de alto impacto. La métrica de alto impacto de OE, impulsada por la IA, estima la influencia que probablemente tendrá un artículo integrando señales tanto de la revista en la que se publica como del contenido científico del propio artículo. Desarrollado mediante el procesamiento del lenguaje natural más avanzado, el modelo de Alto Impacto de OE predice con mayor precisión el futuro rendimiento de las citas de un estudio que el factor de impacto de la revista por sí solo. Esto permite reconocer antes las investigaciones clínicamente significativas y ayuda a los lectores a centrarse en los artículos con más probabilidades de configurar la práctica futura.

OrthoEvidence Journal (OE Journal) - ACE Report

OE Journal. 2013;1(20):4 J Bone Joint Surg Am. 2013 Sep 18;95(18):1640-50

Eighty patients aged 18 to 55 years, with a single focal cartilage lesion on the femoral condyles and moderate knee pain, were randomized to evaluate the efficacy of BST-CarGel (Piramal Life Sciences, Bio-Orthopaedic Division) treatment in addition to conventional microfracture treatment and physiotherapy over 12 weeks. Patients were primarily assessed for repair tissue quantity and quality evaluated at 12 months by quantitative 3D MRI. The evidence presented in this study demonstrated that BST-CarGel (Piramal Life Sciences, Bio-Orthopaedic Division) treatment resulted in superior cartilage tissue, increased quantity, and improved structural characteristics when compared to microfracture treatment alone. Secondary clinical outcomes (WOMAC and SF-36) were comparable between groups, along with similar safety outcomes.


Detalles de la financiación de la publicación +
Financiación:
Industry funded
Patrocinador:
Piramal Life Sciences, Bio-Orthopaedic Division (formerly BioSyntech Canada Inc.)
Conflicts:
Company Employee

Riesgo de sesgo

7/10

Criterios de información

19/20

Índice de fragilidad

N/A

Was the allocation sequence adequately generated?

Was allocation adequately concealed?

Blinding Treatment Providers: Was knowledge of the allocated interventions adequately prevented?

Blinding Outcome Assessors: Was knowledge of the allocated interventions adequately prevented?

Blinding Patients: Was knowledge of the allocated interventions adequately prevented?

Was loss to follow-up (missing outcome data) infrequent?

Are reports of the study free of suggestion of selective outcome reporting?

Were outcomes objective, patient-important and assessed in a manner to limit bias (ie. duplicate assessors, Independent assessors)?

Was the sample size sufficiently large to assure a balance of prognosis and sufficiently large number of outcome events?

Was investigator expertise/experience with both treatment and control techniques likely the same (ie.were criteria for surgeon participation/expertise provided)?

Sí = 1

Incierto = 0,5

No relevante = 0

No = 0

La evaluación de los criterios de información evalúa la transparencia con la que los autores informan de las características metodológicas y del ensayo dentro de la publicación. La evaluación se divide en cinco categorías que se presentan a continuación.

3/4

Randomization

4/4

Outcome Measurements

4/4

Inclusion / Exclusion

4/4

Therapy Description

4/4

Statistics

Detsky AS, Naylor CD, O'Rourke K, McGeer AJ, L'Abbé KA. J Clin Epidemiol. 1992;45:255-65

El Índice de Fragilidad es una herramienta que ayuda en la interpretación de hallazgos significativos, proporcionando una medida de fuerza para un resultado. El Índice de Fragilidad representa el número de eventos consecutivos que es necesario añadir a un resultado dicotómico para que el hallazgo deje de ser significativo. Un número pequeño representa un hallazgo más débil y un número grande un hallazgo más fuerte.

¿Por qué se necesitaba ahora este estudio?

Microfracture is the current standard of care for articular cartilage damage and although this treatment has demonstrated success, the procedure may result in poor tissue quality and highly variable outcomes due to the instability of the marrow-derived blood clots formed in the lesion. BST-CarGel (Piramal Life Sciences, Bio-Orthopaedic Division) was developed to stabilize the blood clot in the cartilage lesion by dispersing a soluble polymer scaffold containing chitosan (a crustacean exoskeleton glucosamine polysaccharide with desirable biomaterial properties) throughout the blood. The current evidence examining optimal interventions for articular cartilage damage suffers from low methodological quality, and this study was therefore needed to evaluate the efficacy of additional BST-CarGel in the treatment of symptomatic cartilage lesions of the femoral condyle with microfracture.

¿Cuál era la pregunta principal de la investigación?

Does BST-CarGel paired with microfracture treatment for symptomatic cartilage lesions of the femoral condyle result in superior repair cartilage quantity and quality compared to microfracture treatment alone, evaluated over 12 months?

Características del estudio +
Population:
Eighty patients aged 18 to 55 years, with a single focal cartilage lesion on the femoral condyles and moderate knee pain (> 4cm on a 10cm visual analog scale- VAS).
Intervention:
BST-CarGel Group: Microfracture for all patients was performed arthroscopically and patients subsequently received the BST-CarGel (Piramal Life Sciences, Bio-Orthopaedic Division) treatment through a mini arthrotomy. The treatment was prepared and was manually mixed with fresh, autologous whole peripheral blood at a ratio of 3:1 (blood:BST-CarGel)- Mixture volume varied according to lesion size. Finally, patients underwent a 12 week physiotherapy program (maximum 32 sessions) that consisted of 6 weeks of non-weight bearing which progressed to 100% at 8 weeks and assisted passive motion manually applied during sessions (n= 41, 0 lost to follow-up; Mean Age: 35.1 +/- 9.6 years; M/F= 23/18)
Comparison:
Microfracture group: Microfracture for all patients was performed arthroscopically. The arthroscopic portals were then closed. Patients subsequently underwent a 12 week physiotherapy program (maximum 32 sessions) that consisted of 6 weeks of non-weight bearing which progressed to 100% at 8 weeks and assisted passive motion manually applied during sessions (n= 39, 2 lost to follow-up; Mean Age: 37.2 +/- 10.6 years; M/F= 25/14)
Outcomes:
Primary Outcome: repair tissue quantity (lesion % Fill) and quality (T2 relaxation time) measured by 3D quantitative MRI. Secondary Outcome: clinical benefit measured by the Western Ontario and McMaster Universities Osteoarthritis Index (WOMAC) VAS version consisting of 3 subscales: pain; stiffness; and physical function. Tertiary Outcome: Quality of life assessed by the 36-Item Short-Form Health Survey version 2 (SF-36). All adverse events were noted.
Methods:
Multi-Centered: RCT: Single-Blinded
Time:
Patients assessed at pretreatment, and at 1, 3, 6, and 12 months.
¿Cuáles fueron los hallazgos importantes?
  • Baseline post-debridement lesion areas and volumes were each numerically greater for the BST-CarGel group (largest lesion: 6.77cm squared) compared to the microfracture group (largest lesion: to 4.46cm squared) (2.34 +/- 1.43 compared to 1.95 +/- 1.3cm squared; p= 0.20 and 0.95 +/- 0.82 vs. 0.70 +/- 0.53cm cubed; p= 0.12 respectively).
  • At 12 months, lesions treated with BST-CarGel were filled with significantly more repair tissue (92.8% +/- 2.0%) compared to the microfracture group lesions (85.2% +/- 2.1%) (p= 0.011). BST-CarGel additionally resulted in more consistent outcomes in terms of producing a greater degree of filling.
  • At 12 months, BST-CarGel treatment resulted in significantly lower (p= 0.033) adjusted T2 relaxation times (70.5 +/- 4.5ms) compared to the microfracture group (85.0 +/- 4.9ms). Note that a lower T2 relaxation time indicated an improved level of tissue quality.
  • No significant differences between groups was observed for any WOMAC subscales at 12 months (all p> 0.05) and both treatments showed significant improvement from baseline in all 3 subscales (p< 0.0001).
  • SF-36 scores revealed no significant differences between groups for any subscales (p> 0.05 for all), however the single-question Reported Health Transition item indicated that 75% BST-CarGel patients reported feeling “better than one year ago” compared to 60% in the microfracture group (p= 0.22).
  • Reports of adverse events were similar between the BST-CarGel group (97.6%; 40 patients) compared to the microfracture group (92.3%; 36 patients). Most adverse events were of mild to moderate intensity with arthralgia being the most frequent (68.3% in the BST-CarGel group and 64.1% in the microfracture group).
  • Procedure related adverse events were exhibited in 38 (92.6%) BST-CarGel group patients compared to 30 (76.2%) microfracture group patients. The BST-CarGel Group reported 5 patients (12.2%) with unanticipated device-related adverse events and 4 (9.8%) anticipated device-related adverse events that were mild to moderate in intensity. Three severe cascading unanticipated device-related adverse events occurred in a single patient.
¿Qué es lo que más debo recordar?

At 12 months, BST-CarGel (Piramal Life Sciences, Bio-Orthopaedic Division) treatment resulted in superior cartilage tissue, increased quantity, and improved structural characteristics when compared to microfracture treatment alone. Secondary clinical outcomes were comparable between groups, along with similar safety outcomes.

¿Cómo afectará esto al cuidado de mis pacientes?

The evidence presented in this study suggested that BST-CarGel (Piramal Life Sciences, Bio-Orthopaedic Division) treatment may be an effective addition to the treatment of symptomatic cartilage lesions of the femoral condyle. It is important to note that the findings of this study are limited by the relatively short follow-up period. Further study that examines long-term clinical benefit is warranted.

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OrthoEvidence. Superior cartilage repair with BST-CarGel added to conventional microfracture treatment. OE Journal. 2013;1(20):4. Available from: https://myorthoevidence.com/AceReport/Show/superior-cartilage-repair-with-bst-cargel-added-to-conventional-microfracture-treatment

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