Podoclínica Guimarães

26/11/2025

👣 Os pés são verdadeiras "máquinas" de precisão. Cada passo envolve a ação coordenada de cerca de 200 músculos. Mais um motivo para cuidarmos deles com atenção e rigor.

19/11/2025

25/10/2025

Estima-os e cuida deles… vão sustentar-te toda a vida!!!

18/10/2025

54 CONGRESSO NACIONAL DE PODOLOGIA
Em busca do conhecimento científico, atualizando conceitos e procurar respostas na tentativa de solucionar os inúmeros problemas dos pacientes que nos procuram.

15/10/2025

Com um século de evolução as ortóteses plantares personalizadas (palmilhas),tornaram-se na base das terapias mecânicas do pé. Após identificada a alteração mecânica, ou assimetria postural responsável pela alteração biomecânica, o objetivo é a realização de uma ortótese plantar que proporcione uma melhor distribuição do peso corporal, diminuindo os pontos de pressão ao nível do pé.

18/08/2025

Study Demonstrates Importance of Plantar Fascia and Windlass in Maintaining Stiffness of Longitudinal Arch of Foot

Finite Element Analysis of Plantar Fascia During Walking: A Quasi-static Simulation

Yen-Nien Chen, MSc, Chih-Wei Chang, MD, MSc, Chun-Ting Li, MSc, Chih-Han Chang, PhD, and Cheng-Feng Lin, PT, PhD

Abstract: The plantar fascia is a primary arch supporting structure of the foot and is often stressed with high tension during ambulation. When the loading on the plantar fascia exceeds its capacity, the inflammatory reaction known as plantar fasciitis may occur. Mechanical overload has been identified as the primary causative factor of plantar fasciitis. However, a knowledge gap exists between how the internal mechanical responses of the plantar fascia react to simple daily activities. Therefore, this study investigated the biomechanical responses of the plantar fascia during loaded stance phase by use of the finite element (FE) modeling.

Methods: A 3-dimensional (3-D) FE foot model comprising bones, cartilage, ligaments, and a complex-shaped plantar fascia was constructed. During the stance phase, the kinematics of the foot movement was reproduced and Achilles tendon force was applied to the insertion site on the calcaneus. All the calculations were made on a single healthy subject.

Results: The results indicated that the plantar fascia underwent peak tension at preswing (83.3% of the stance phase) at approximately 493 N (0.7 body weight). Stress concentrated near the medial calcaneal tubercle. The peak von Mises stress of the fascia increased 2.3 times between the midstance and preswing. The fascia tension increased 66% because of the windlass mechanism.

Conclusion: Because of the membrane element used in the ligament tissue, this FE model was able to simulate the mechanical structure of the foot. After prescribing kinematics of the distal tibia, the proposed model indicated the internal fascia was stressed in response to the loaded stance phase.

Clinical Relevance: Based on the findings of this study, adjustment of gait pattern to reduce heel rise and Achilles tendon force may lower the fascia loading and may further reduce pain in patients with plantar fasciitis.

(Chen YN, Chang CW, Li CT, Chang CH, Lin CF. Finite element analysis of plantar fascia during walking: a quasi-static simulation. Foot & ankle international. 2015 Jan;36(1):90-97.)

https://journals.sagepub.com/.../10.1177/1071100714549189

08/08/2025

Informamos todos os nossos estimados pacientes, que a clínica, vai estar encerrada entre os dias 11 e 31 de Agosto, por motivos de férias.
Reiniciamos as consultas no dia 1 de Setembro.