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How To Grow Taller After 18 Male

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Relationship between plantar pressure distribution and hindfoot alignment in Taiwanese college athletes with plantar fasciopathy during static standing and walking.

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By Tong-Hsien ChovTong-Hsien Chov Scilit Preprints.org Google Scholar 1 , Iih-Shiuan ChenIih-Shiuan Chen SciProfiles Scilit Preprints.org Google Scholar 2, * and Chin-Chia HsuChin-Chia Scilit Preprints.org.

Application: October 14, 2021 / Updated: November 30, 2021 / Accepted: December 6, 2021 / Published: December 8, 2021

Background: Plantar fasciopathy (PF) is associated with changes in the arch, shape of the foot, and postural posture. However, little research has been conducted using large data sets, and even less has been conducted focusing on plantar pressure distribution (PPD) of different genders of PF athletes. This study aimed to investigate the relationship between arch index (AI), PPD, and postural alignment of the hindfoot in hundreds of collegiate athletes with PF during static standing and walking. Methods: A cross-sectional study was conducted on 100 sportsmen and 102 sportswomen with PF. PF athletes’ pain ratings and self-reported health status were examined to assess musculoskeletal pain areas. Results: The PPDs of PF athletes mainly focused on the inner leg in static stance and were transferred to the lateral forelegs during the middle phase of walking. PPD in men from standing to mid-walk is mainly transmitted to the forefoot. PPD in females is mainly transmitted to the posterolateral foot. The static alignment of the hindfoot of PF athletes corresponds to a valgus posture. The medial band of the plantar fascia and calcaneus is a common area of ​​musculoskeletal pain. Conclusion: The feature of more plantar loading under the medial foot associated with hindfoot valgus in static bipedal stance may be a traceable feature for the foot diagram related to PF. The greater plantar load is mainly exerted on the lateral forefoot during the middle phase of walking, and is especially concentrated on the outer foot during the transition from static to dynamic state. The pain profile appears to reflect PPD, which can serve as a traceable starting point for possible links between low pronated foot, PF, metatarsalgia, calcanitis, and Achilles tendinitis.

Plantar fasciopathy (PF) is considered the third most common musculoskeletal disease in runners [1, 2, 3] and is characterized by pain at the insertion of the plantar fascia [4]. Recent studies have investigated the pathogenesis of PF from specific internal and external risk factors in athletes [5]. Several genetic factors for the development of PF in runners have been confirmed to be related to changes in foot shape [6], hindfoot valgus posture [7, 8] and abnormal arch structure [1, 8, 9]. Many studies have shown that changes in the geometry of the medial longitudinal arch (MLA) (lower [7] or higher [9, 10]) and the presence of pain in runners with PF can lead to increased plantar load [7, 8]. . It is generally accepted that the combination of MLA height and hindfoot valgus angle serves as an effective indicator of stress-time integration in the midfoot and hindfoot regions in healthy runners [11].

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Most healthy runners with higher MLA are characterized by higher vertical loading [12, 13] and higher rearfoot stress during running [13]. However, people with low MLA associated with increased rear foot pronation generally have more pressure on the medial side of the calcaneus [14, 15, 16], and this often leads to more stretching of the plantar fascia [3, 7, 17. ]. Valgus positioning of the posterior or pronated foot posture may increase the likelihood of foot pain in general [18]. DiCaprio et al. Highlighting the high percentage of elite runners who suffer from PF. This is because the high MLA of the runner’s foot can cause overstretching of the plantar fascia, which, in turn, contributes to reducing the flexibility of the tissue [9]. In the long term, the ability of the foot to cushion the ground reaction force may decrease, which may cause greater mechanical stress on the calcaneus [17], thus affecting the movement of the foot in the human body [18]. However, some cases occur in individuals with high MLA and hindfoot valgus, which easily causes microtrauma and microtearing of the plantar fascia, causing inflammation characteristic of the acute phase [19, 20]. According to relevant studies, individuals with PF promote a change in the foot roll pattern due to painful stimulation, which often causes a decrease in hindfoot loading and an increase in midfoot [21], forefoot [21] loading. 22] and toes [22, 23] due to pain prevention mechanism.

According to the above context, there seems to be a risk for PF between MLA geometry and hindfoot valgus posture, and most studies have focused on runners. Therefore, it can be argued that it is extremely important to conduct in-depth research on the changes in the static and dynamic distribution of plantar pressure in relation to the rear foot posture in individuals with PF, in providing valuable information in foot care and health prevention. Athletes. Prescription, correction and rehabilitation of injured athlete’s feet and the design of orthotics, such as insoles and motion control shoes for patients with PF [24].

According to studies, people with PF can cause foot rolling due to pain and cause changes in plantar pressure distribution [21, 22, 23]. The causal relationship between the etiology of plantar fasciopathy caused by the specific distribution of plantar pressure and the specific pattern of plantar pressure caused by pain in plantar fasciopathy is worthy of attention and investigation. Therefore, one of the main objectives of this study is to determine the overall reliability of the relationship between arch index (AI), plantar pressure distribution (PPD), and postural alignment of the hindfoot using a large data set from collegiate athletes with PF during the static phase. standing and walking.. Another research objective of this study is to determine the association of lower musculoskeletal pain caused by PF by examining the correlation between the lower leg pain profile and PPD.

This cross-sectional study examined the relationship between PF, PPD, posterior positioning of the foot, and the lowest pain potential profile. Research participants in this study included 411 male and female students in Taiwan, and were divided into two groups: 202 athletes diagnosed with PF (PF group) and 209 healthy students (control group). In this study, the criteria for inclusion in the PF group (100 men and 102 women) were athletes with a diagnosis of bilateral medioplantar heel pain for more than four months based on medical opinion, clinical examination and ultrasound images [24]. ]. They were recruited from the University of St. Taiwan. Clinical examination of the symptoms of PF is carried out by examining the pain that occurs during the palpation of the plantar fascia after waking up in the morning, when standing in a standing position, when taking the first few steps, when sitting for a long time and. after physical activity [22, 23]. In this study, the athletes in the PF group are qualified first division or second division players from different areas of sports expertise. The definition of a qualified first division or second division player is an athlete with more than four consecutive years of competitive sports experience and who has been confirmed to have PF by clinical examination. The exercise schedule of the PF group is at least 4 days a week, including 2 hours of physical training, 2 hours of basic movement and tactical training,

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