1) O documento discute a síndrome da dor femoropatelar, uma lesão comum no joelho que causa dor anterior.
2) As possíveis causas incluem desequilíbrios biomecânicos, fraqueza muscular, pronação excessiva do pé e fatores intrínsecos como IMC e flexibilidade reduzida.
3) O tratamento envolve exercícios para fortalecimento muscular, alongamento e correção da biomecânica, além de outros métodos como taping no curto prazo. Cirurgia
6. Dor Anterior do Joelho no Esporte
Síndrome da dor femoropatelar
"Joelho do Corredor"
David Sadigursky
7. Dor Anterior do Joelho no Esporte
Síndrome da dor femoropatelar
Causa mais frequente de dor no joelho – 25% população
Sexo feminino - 2x1
1 em 4 indivíduos
Provoca o afastamento das atividades
Lesão por hiperpressão
Stefansyn et al. AJSM 2006
David Sadigursky
8. Dor Anterior do Joelho no Esporte
Síndrome da dor femoropatelar
Coppack at al, Am J Sports Med. 2011 David Sadigursky
9. Dor Anterior do Joelho no Esporte
CAUSAS
Desequilíbrio biomecânico
Largura da pelve
Joelho Valgo
Frouxidão ligamentar
Displasias
David Sadigursky
10. Dor Anterior do Joelho no Esporte
FATORES ASSOCIADOS
David Sadigursky
11. Dor Anterior do Joelho no Esporte
2012
Fatores Predisponentes
David Sadigursky
Limitada flexibilidade do quadríceps e do gastrocnêmio
Fraqueza dos extensores do joelho e abdutores do quadril
Triagem de clínica da populações com alto risco
- Avaliar a força, flexibilidade e Alinhamento dinâmico
Variáveis antropométricas - Não prevê a SDFP
12. Dor Anterior do Joelho no Esporte
Fatores Extrínsecos
Frequência e intensidade
Terreno
Erros de treinamento
Cohen et al. 2008
Fatores Intrínsecos
Índice de massa corpórea
Falta de flexibilidade do Quadríceps
Atrofia muscular
ETIOLOGIA
David Sadigursky
14. Dor Anterior do Joelho no Esporte
Características funcionais
Dinâmicas
Pronação excessiva do pé
Fraqueza dos Músculos do quadril
Excessiva rotação tibial interna
Strauss et al. J Am Acad Orthop Surg. 2011
ETIOLOGIA
David Sadigursky
15. Desalinhamento estático ou dinâmico?
Ângulo Q – papel incerto
Desalinhamento dinâmico – Funcional
Mecanismo biomecânico e neuromuscular
2013
David Sadigursky
16. 2013
Instabilidade e fraqueza dos abdutores do quadril
Rotação interna do fêmur
– Deficiência: Rotadores externos e abdutores do quadril (Glúteo
Médio e Mínimo)
Valgismo na aterrissagem do salto (Glúteo Médio e Máximo)
David Sadigursky
17. 2011
David Sadigursky
A SDFP - Associado à redução da força do quadril
- Especificamente nos abdutores e rotadores externos.
- Quadriceps
18. 2013
Pronação excessiva do pé
Aumento da abdução do antepé
Aumento da eversão durante o choque do calcanhar
Rotação interna da tíbia
David Sadigursky
19. David Sadigursky
2013
Contratura do trato Iliotibial
Influência no valgo dinâmico
Debates em relação ao seu envolvimento na literatura
Encurtamento
20. David Sadigursky
2013
Desequilíbrio e controle dos Isquiotibiais
Contração arbitrária entre IQTS laterais e mediais
Maior co-contração do Quadríceps e IQTS
21. Dor Anterior do Joelho no Esporte
DIAGNÓSTICO
Exame físico
Ângulo Q
Contraturas ou atrofias
Manobra de OBER
Manobra de Thomas
Manobra de Ely
David Sadigursky
22. Dor Anterior do Joelho no Esporte
Exame físico
Alinhamento dos MMII
Valgo
Rotação tibial externa
Anteversão femoral
Pronação do pé
Mobilidade da patela
Altura patelar
DIAGNÓSTICO
David Sadigursky
23. Dor Anterior do Joelho no Esporte
IMAGEM
RADIOGRAFIA
Frente
Perfil 20˚ – Altura da patela
Displasia da tróclea
Axial 45˚ - Âng. Sulco
Inclinação
Displasia
DIAGNÓSTICO
David Sadigursky
24. Dor Anterior do Joelho no Esporte
IMAGEM
RESSONÂNCIA MAGNÉTICA
DIAGNÓSTICO
David Sadigursky
25. Dor Anterior do Joelho no Esporte
David Sadigursky
Kevin E. Wilk. Patellofemoral Rehab: What Should be the Focus. Orthopedic Summit. 2015
26. Dor Anterior do Joelho no Esporte
David Sadigursky
Kevin E. Wilk. Patellofemoral Rehab: What Should be the Focus. Orthopedic Summit. 2015
27. Dor Anterior do Joelho no Esporte
TRATAMENTO
David Sadigursky
28. Dor Anterior do Joelho no Esporte
TRATAMENTO
David Sadigursky
Resultado bem sucedido
SATISFAÇÃO DO PACIENTE E
PROFISSIONAIS
29. Dor Anterior do Joelho no Esporte
Correção biomecância do MMII
- Neuromuscular
- Valgo/Varo dinâmico
Fortalecimento
Quadríceps
CORE
Abdutores
Alongamento
TRATAMENTO
David Sadigursky
30. Dor Anterior do Joelho no Esporte
TRATAMENTO
David Sadigursky
Erros de treinamento
Aumento abrupto da distância na corrida
Terrenos
- Irregulares / escorregadios / inclinados
Calçados inadequados?
Strauss et al. J Am Acad Orthop Surg. 2011
- Mecanismo de proteção eficiente
- Confortáveis X Minimalistas
Fatores combinados
31. Dor Anterior do Joelho no Esporte
Calçados
Elevação do calcanhar - Diminuir o
ângulo de flexão na corrida
- Ataque do pé
Palmilhas – Supinada ou Pronada
Evidências ???
Sadigursky D. et al, 2016
TRATAMENTO
David Sadigursky
32. 2011
Calçados específicos
Divergências de resultados na literatura
Pode reduzir a tensão na fáscial plantar
Sem mudanças:
Eversão do retropé
Rotação interna da tíbia
Ângulo do arco longitudinal medial
Efeito sinérgico com fisioterapia
33. 2013
Taping
David Sadigursky
Eficaz para redução da dor
Evidências atuais suportam o uso:
- Tratamento temporário
- Melhores resultados associados a programas de Exercícios
Maioria dos estudos de curto prazo
Sem comparação adequada com placebo – Efeito proprioceptivo e sensorial
34. 2017
David Sadigursky
Efeito positivo na SDFP
_ Quando associada ao
tratamento fisioterápico com
correção da biomecânica dos
MMII
Apenas Taping = Sem eficácia
x
36. DAJ – Relação com disfunção muscular
• Quadril
• Tronco
2011
David Sadigursky
MM. Abdutores do Quadril
Agachamento unilateral
Tratamento – Fortalecer
37. 2014
Agachamento
Movimento primitivo e fundamental
- Atividades habituais
- Melhora da performance e melhora da
qualidade física
Ferramenta de avaliação e reabilitação
- Controle Neuromuscular
- Força, estabilidade e mobilidade
David Sadigursky
Treinamento progressivo
40. 2011
David Sadigursky
Programa de reabilitação – corrigir desalinhamento mecânico
*8 Semanas – 8 a 15 sessões / 30 a 60’ +
Exercícios em domicílio 3x/sem
Melhora da dor e capacidade funcional
- CORE Lateral
- Abdutores e rotadores externos do quadril
- Diminuição momento abdutor do joelho
41. Dor Anterior do Joelho no Esporte
TRATAMENTO
David Sadigursky
Treinamento contínuo
42. Atividades comuns – DAJ
Programa de treinamento NM
Melhora da dor e diminuição do afastamento das atividades
2011
David Sadigursky
43. Dor Anterior do Joelho no Esporte
David Sadigursky
Após esgotar todos os métodos de tratamento conservador
atuais
Avaliar causas associadas
- Instabilidade Patelofemoral
- Retração do retináculo lateral
- Deformidade do eixo anatômico
- Rotação tibial ou femoral
- Displasia da Tróclea
44. Dor Anterior do Joelho no Esporte
TRATAMENTO CIRÚRGICO
LESÕES OSTEOCONDRAIS
Cartilagem
• Microfraturas
• Transplante autólogo
Osteocondral
• Transplante de condrócitos
• MACI – Tela de colágeno
Alinhamento
Osteotomia Varizante
Valgo excessivo
Instabilidade
• Reconstrução do L.
Patelofemoral
Medial
• Osteotomia de
Medialização da TAT
• TrocleoplastiaDavid Sadigursky
45. Dor Anterior do Joelho no Esporte
TRATAMENTO CIRÚRGICO
LESÕES OSTEOCONDRAIS
Cartilagem
• Microfraturas
• Transplante autólogo
Osteocondral
• Transplante de condrócitos
• MACI – Tela de colágeno
David Sadigursky
46. Dor Anterior do Joelho no Esporte
TRATAMENTO CIRÚRGICO
LESÕES OSTEOCONDRAIS
Alinhamento
Osteotomia Varizante
Valgo excessivo
David Sadigursky
47. Dor Anterior do Joelho no Esporte
TRATAMENTO CIRÚRGICO
LESÕES OSTEOCONDRAIS
Instabilidade
• Reconstrução do
Ligamento
Patelofemoral
Medial
• Osteotomia de
Medialização da TAT
• Trocleoplastia
David Sadigursky
48. Dor Anterior do Joelho no Esporte
David Sadigursky
Ivkovic et al. Sports Medicine Journal. 2017
Context: Patellofemoral pain syndrome (PFPS) is one of the most common overuse injuries.
Objective: To assess the collective evidence of predisposing factors to PFPS.
Data Sources: MEDLINE (1960–June 2010), EMBASE (1980–June 2010), and CINAHL (1982–June 2010).
Study Selection: Studies were included if patients were asymptomatic at baseline testing (free of PFPS) and were prospectively
followed for the development of the disorder. Only studies that assessed at least 1 variable that can be measured
at a typical clinic were included. After duplicates were removed, 973 studies were assessed from their titles or abstracts, 20
from the full text, and from these, 7 met the inclusion criteria.
Data Extraction: Data were extracted for age, weight, height, sample size, patient type (military vs civilian), follow-up periods,
diagnostic methods, and diagnostic criteria. Means and standard deviations were extracted for all outcome variables.
Results: Meta-analyses were performed for height, weight, leanness, Q angle, number of sit-ups, knee extension strength,
and peak knee valgus angle during landing. Lower knee extension strength was the only variable that was predictive
of PFPS (P < 0.01). Other variables that were identified as predictive of PFPS by single studies were vertical jump, pushups,
knee flexion and hip abduction strength, thumb-to-forearm flexibility, quadriceps and gastrocnemius flexibility, genu
varum, navicular drop, knee valgus moment at initial contact during landing, social support, and palliative reaction.
Conclusions: It appears that anthropometric variables are not associated with PFPS, while knee extension strength deficits
appear to be predictors of PFPS.
Keywords: anterior knee pain; etiology; clinical
Ferretti et al15 have shown that there is a linear relationship between training volume and prevalence of jumper’s knee among volleyball players and that the harder the floor type they trained on, the higher the prevalence of jumper’s knee
Abstract
Context: Patellofemoral pain syndrome (PFPS) is one of the most common conditions limiting athletes. There is a growing body of evidence suggesting that dysfunction at the hip may be a contributing factor in PFPS.
Data Sources: MEDLINE (1950–September 2010), CINAHL (1982–September 2010), and SPORTDiscus (1830–September 2010) were searched to identify relevant research to this report.
Study Selection: Studies were included assessing hip strength, lower extremity kinematics, or both in relation to PFPS were included.
Data Extraction: Studies included randomized controlled trials, quasi-experimental designs, prospective epidemiology, case-control epidemiology, and cross-sectional descriptive epidemiology in a scientific peer-reviewed journal.
Results: PFPS is associated with decreased hip strength, specifically at the abductors and external rotators. There is a correlation between PFPS and faulty hip mechanics (adduction and internal rotation).
Conclusions: There is a link between the strength and position of the hip and PFPS. These patients have a common deficit once symptomatic. Hip strengthening and a coordination program may be useful in a conservative treatment plan for PFPS.
Abstract
Context: Patellofemoral pain syndrome (PFPS) is one of the most common conditions limiting athletes. There is a growing body of evidence suggesting that dysfunction at the hip may be a contributing factor in PFPS.
Data Sources: MEDLINE (1950–September 2010), CINAHL (1982–September 2010), and SPORTDiscus (1830–September 2010) were searched to identify relevant research to this report.
Study Selection: Studies were included assessing hip strength, lower extremity kinematics, or both in relation to PFPS were included.
Data Extraction: Studies included randomized controlled trials, quasi-experimental designs, prospective epidemiology, case-control epidemiology, and cross-sectional descriptive epidemiology in a scientific peer-reviewed journal.
Results: PFPS is associated with decreased hip strength, specifically at the abductors and external rotators. There is a correlation between PFPS and faulty hip mechanics (adduction and internal rotation).
Conclusions: There is a link between the strength and position of the hip and PFPS. These patients have a common deficit once symptomatic. Hip strengthening and a coordination program may be useful in a conservative treatment plan for PFPS.
Abstract
Context: Patellofemoral pain syndrome (PFPS) is one of the most common conditions limiting athletes. There is a growing body of evidence suggesting that dysfunction at the hip may be a contributing factor in PFPS.
Data Sources: MEDLINE (1950–September 2010), CINAHL (1982–September 2010), and SPORTDiscus (1830–September 2010) were searched to identify relevant research to this report.
Study Selection: Studies were included assessing hip strength, lower extremity kinematics, or both in relation to PFPS were included.
Data Extraction: Studies included randomized controlled trials, quasi-experimental designs, prospective epidemiology, case-control epidemiology, and cross-sectional descriptive epidemiology in a scientific peer-reviewed journal.
Results: PFPS is associated with decreased hip strength, specifically at the abductors and external rotators. There is a correlation between PFPS and faulty hip mechanics (adduction and internal rotation).
Conclusions: There is a link between the strength and position of the hip and PFPS. These patients have a common deficit once symptomatic. Hip strengthening and a coordination program may be useful in a conservative treatment plan for PFPS.
Context: Patellofemoral pain syndrome (PFPS) is one of the most common conditions limiting athletes. There is a growing body of evidence suggesting that dysfunction at the hip may be a contributing factor in PFPS.
Data Sources: MEDLINE (1950–September 2010), CINAHL (1982–September 2010), and SPORTDiscus (1830–September 2010) were searched to identify relevant research to this report.
Study Selection: Studies were included assessing hip strength, lower extremity kinematics, or both in relation to PFPS were included.
Data Extraction: Studies included randomized controlled trials, quasi-experimental designs, prospective epidemiology, case-control epidemiology, and cross-sectional descriptive epidemiology in a scientific peer-reviewed journal.
Results: PFPS is associated with decreased hip strength, specifically at the abductors and external rotators. There is a correlation between PFPS and faulty hip mechanics (adduction and internal rotation).
Conclusions: There is a link between the strength and position of the hip and PFPS. These patients have a common deficit once symptomatic. Hip strengthening and a coordination program may be useful in a conservative treatment plan for PFPS.
increased forefoot abduction and increased rear-foot eversion. / These disorders include delayed timing of peak rear-foot eversion, increased rear-foot eversion at heel strike and reduced rear-foot eversion range
Dynamic valgus may also have influence on the length of the iliotibial tract. Other studies about the role of the iliotibial in PFPS patients are lacking.
Dynamic valgus may also have influence on the length of the iliotibial tract. O have shown that patients with PFPS have greater co-contraction of the quadriceps and hamstrings compared to controls without symptoms of PFPSther studies about the role of the iliotibial in PFPS patients are lacking.
músculos abdominais, da região lombar, pelve e quadril. - Bíceps femoral, transverso abdominal, multífidios, adutor, eretor da espinha, oblíquo interno e externo, íliopsoas, glúteo máximo e reto abdominal.
Os músculos locais são aqueles responsáveis pela estabilização antes do movimento ser iniciado, estes músculos são recrutados milésimos de segundos antes dos demais músculos. Já os músculos globais são recrutados logo após a estabilização necessária das estruturas não contráteis. Esse equilíbrio entre os dois grupos do core permite um movimento eficiente e seguro.
músculos abdominais, da região lombar, pelve e quadril. - Bíceps femoral, transverso abdominal, multífidios, adutor, eretor da espinha, oblíquo interno e externo, íliopsoas, glúteo máximo e reto abdominal.
Os músculos locais são aqueles responsáveis pela estabilização antes do movimento ser iniciado, estes músculos são recrutados milésimos de segundos antes dos demais músculos. Já os músculos globais são recrutados logo após a estabilização necessária das estruturas não contráteis. Esse equilíbrio entre os dois grupos do core permite um movimento eficiente e seguro.
músculos abdominais, da região lombar, pelve e quadril. - Bíceps femoral, transverso abdominal, multífidios, adutor, eretor da espinha, oblíquo interno e externo, íliopsoas, glúteo máximo e reto abdominal.
Os músculos locais são aqueles responsáveis pela estabilização antes do movimento ser iniciado, estes músculos são recrutados milésimos de segundos antes dos demais músculos. Já os músculos globais são recrutados logo após a estabilização necessária das estruturas não contráteis. Esse equilíbrio entre os dois grupos do core permite um movimento eficiente e seguro.
músculos abdominais, da região lombar, pelve e quadril. - Bíceps femoral, transverso abdominal, multífidios, adutor, eretor da espinha, oblíquo interno e externo, íliopsoas, glúteo máximo e reto abdominal.
Os músculos locais são aqueles responsáveis pela estabilização antes do movimento ser iniciado, estes músculos são recrutados milésimos de segundos antes dos demais músculos. Já os músculos globais são recrutados logo após a estabilização necessária das estruturas não contráteis. Esse equilíbrio entre os dois grupos do core permite um movimento eficiente e seguro.
músculos abdominais, da região lombar, pelve e quadril. - Bíceps femoral, transverso abdominal, multífidios, adutor, eretor da espinha, oblíquo interno e externo, íliopsoas, glúteo máximo e reto abdominal.
Os músculos locais são aqueles responsáveis pela estabilização antes do movimento ser iniciado, estes músculos são recrutados milésimos de segundos antes dos demais músculos. Já os músculos globais são recrutados logo após a estabilização necessária das estruturas não contráteis. Esse equilíbrio entre os dois grupos do core permite um movimento eficiente e seguro.
Therefore, foot orthosis might be a treatment option for patients with the combination of disorders of foot posture and PFPS. However, more well-designed studies are needed
to examine the efficacy of foot orthoses and to identify subgroup patients which would benefit from the treatment with foot orthoses.
Another meta-analysis was published by Warden et al.
[70 ] in 2008. This study showed that medially directed tape
produces a clinically meaningful reduction in knee pain in
patients with PFPS. This study, however, has also shown
that even sham tape application has a positive effect on
pain reduction in PFPS patients. Therefore, placebo, proprioceptive
or sensory skin effects may contribute to the
beneficial tape effects. The data analysis, however,
revealed that these effects only explain approximately half
of the pain reduction associated with medially directed tape
only [70 ].
However, it should be noted that the tape effect on pain
reduction has only been investigated in short-termstudies (12-
week follow-up). Long-term effects of tape on anterior knee
pain have not been established. Therefore, the current evidence
supports the use of tape as a temporary pain-relieving
treatment of anterior knee pain in PFPS patients [70 ].
The positive influence of the tape on pain and function
probably explains the synergistic effect of tape and physiotherapy.
The simultaneous application of a restraining
tape and a physiotherapy exercise programme achieved a
better role as the sole tape system.
tape effect on pain
reduction has only been investigated in short-termstudies (12-
week follow-up). Long-term effects of tape on anterior knee
pain have not been established.
Five RCTs with 235 total patients with multiple intervention arms were included. Taping strategies included
McConnell and Kinesiotaping. Visual analog scale (VAS) scores indicated improvement in all 3 comparison groups (group 1:
91 patients, 39% of total, mean VAS improvement 44.9 [tension taping + exercise] vs 66 [placebo taping + exercise]; group 2:
56 patients, 24% of total, mean VAS improvement 66 [placebo taping + exercise] vs 47.6 [exercise alone]; and group 3: 112
patients, 48% of total, mean VAS improvement 44.9 [tension taping + exercise] vs 14.1 [taping alone]).
Conclusion: This systematic review supports knee taping only as an adjunct to traditional exercise therapy for PFPS;
however, it does not support taping in isolation.
Finally, the
current literature of RCTs with clinically pertinent outcomes is
limited and inadequate to determine the effects of taping
conclusively. The strength of this study would be bolstered if
more consistent functional outcome measures had been
available for analysis. given
the ease of identifying the taping strategy by the treating
therapist or patient, a common methodological problem among
all articles was the lack of blinding of the treating therapist or
patient. This could lead to heightened performance bias among
patients or assessment bias if the treating therapist was also the
assessor of outcome
Therefore, we conclude that better designed studies
should be performed to evaluate the effect of braces on
pain and function in patients with PFPS.
Due to the low quality of the studies, the authors
concluded that this evidence should be regarded as limited.
In this meta-analysis,
only one of three studies found an effect of a medially
directed patella brace, whereas in two studies, the effect
was not significant. In these studies, no difference was
found difference between orthoses which can apply a
medially directed force on the patella and sham orthoses.
Exercícios de fortalecimento – Quadríceps e CORE
Alongamentos
Exercícios de fortalecimento – Quadríceps e CORE
Alongamentos
Exercícios de fortalecimento – Quadríceps e CORE
Alongamentos
It is hypothesized that patients with patellofemoral pain syndrome (PFPS) have hip and core muscle weakness
leading to dynamic malalignment of the lower extremity. Thus, hip strengthening is a common PFPS treatment approach.
Purpose: To determine changes in hip strength, core endurance, lower extremity biomechanics, and patient outcomes after proximally
focused rehabilitation for PFPS patients.
Study Design: Case series; Level of evidence, 4.
Methods: Nineteen women (age, 22.68 6 7.19 years; height, 1.64 6 0.07 m; mass, 60.2 6 7.35 kg) with PFPS participated in an
8-week program to strengthen the hip and core muscles and improve dynamic malalignment. Paired t tests were used to compare
the dependent variables between prerehabilitation and postrehabilitation. The dependent variables were pain; functional
ability; isometric hip abduction and external rotation strength; anterior, lateral, and posterior core endurance; joint range of motion
(ROM; rearfoot eversion, knee abduction and internal rotation, and hip adduction and internal rotation); and peak internal joint
moments (rearfoot inversion, knee abduction, and hip abduction and external rotation) during the stance phase of running.
Results: Significant improvements in pain, functional ability, lateral core endurance, hip abduction, and hip external rotation
strength were observed. There was also a significant reduction in the knee abduction moment during running, although there
were no significant changes in joint ROM.
Conclusion: An 8-week rehabilitation program focusing on strengthening and improving neuromuscular control of the hip and
core musculature produces positive patient outcomes, improves hip and core muscle strength, and reduces the knee abduction
moment, which is associated with developing PFPS.
Exercícios de fortalecimento – Quadríceps e CORE
Alongamentos