Obesity

Gait pattern for obese: Effects of obesity and chronic low back pain on gait

The number of the statements may be higher than the number of citations provided by EuropePMC if one paper cites another multiple times or lower if scite has not yet processed some of the citing articles. Health Care , 28, —

Walking or gait requires balance, control of trunk and upper and lower limb movement, and the ability to respond gait pattern for obese changes in the external environment [ 67 ]. Pediatrics ; — References S. Therefore walking abnormalities should be taken into account to avoid overload and possible musculoskeletal problems leading to prolonged rehabilitation phase. Download citation. It could also be speculated that higher foot stress and possible discomfort could serve as a factor negatively influencing activity level in these children starting a vicious circle.

  • Med Sci Sports Exerc ; —

  • It was reported that the obese children exerted greater ground reaction forces in the medial-lateral and anterior-posterior directions, and less ground reaction forces in the vertical direction, compared to children of normal body weight [53].

  • Two types of regression were used to explore predictive relationships in the Class III gait pattern for obese. The aim of our study was to quantify the gait pattern of obese subjects with and without LBP and normal-mass controls by using Gait Analysis GAin order to investigate the cumulative effects of obesity and LBP on gait.

Publication types

The increased joint loading and joint forces before and during puberty place the growing skeleton of the obese child under continuous pressure along that critical growth-spurt period [90]. Orthopedic complications of childhood obesity. Sport79, —

Chaitman, D. Obese of body mass index and waist circumference to detect excess fat mass in children aged 7—14 years. Obesity is often associated with low back pain LBP. The findings in this study are clinically relevant. Normal and pathologic gaits show specific variations in gait characteristics [ 57 ]. Article PubMed Google Scholar. Velocity and cadence appear to have an inverse relationship with TUG mean, indicating that as velocity and cadence decrease, TUG mean will increase.

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Bone size and bone strength are increased in obese male adolescents. Individualized and gradually adapted exercise program should be implemented for for [87]. Obes Rev12 1203 Aug The statewide survey respondents identified that the majority of hospitals that provide educational programs METHODS: Using data from the Massachusetts Male Aging Study, a prospective, community-based, random sample study of men aged 40 to 70 at baseline, we investigated whether changes in obesity affect total testosterone levels. American Nurses Association.

In the single age groups yrsthe normal-weight children presented smaller AI than overweight or obese children Fig 1. Public Health Jul; 7 Efficacy of interventions to improve motor development in young children: A systematic review. Does excess mass affect plantar pressure in young children?

MeSH terms

Footwear Sci. The mass of the pendulum in obese children is high, causing the muscles to generate torques of higher amplitude in order to maintain balance. When the stance phase ends, the swing phase begins [15]. Follow Us. Cited by: 6 articles PMID:

  • However, the use of the two-step protocol and a similar walking gait pattern for obese between Fpr categories ensure that the impact on plantar pressure measurements may be considered negligible [ 1628 ]. Methods Subjects and study design The study was performed in 61 cities across Germany with volunteers recruited at information desks located near the measuring stations.

  • Among children, several factors ibese influence postural balance, including age, gender, and fitness level [59,65]; however, the influence youth weight on postural balance in children is not completely understood [36]. Obese children are incapable of compensating for the extra body mass that leads to an equal plantar load distribution across all foot regions, compared to non-obese children.

  • DeVita P, Hortobagyi T.

  • All investigations were performed by the same experienced examiner, supported by two additional scientific assistants using a portable and instrumented walkway.

  • Effects of obesity on plantar pressure distribution in children.

Romkes J, Schweizer K. Walking at a constant intensity for a prolonged lapse of time is gait pattern for obese useful and frequently used strategy for body mass reduction in obese patients because it is a convenient type of physical activity that can be used to expend a significant amount of metabolic energy [ 39 ]. To evaluate the kinematics of each body segment, passive markers were positioned on the subject's body, as described by Davis [ 33 ]. These children showed no statistical significant difference in anthropometric data compared to the remaining cohort. Sugiyama, G.

NIH pub. This website requires cookies, and the limited processing of your personal data in order to function. Most stats on obesity in youth children present increased bone mineral density and increased bone cross-sectional area [81—83]. The continual bearing of excess mass was found to flatten the mid-foot region during walking, with higher dynamic plantar pressures in the mid-foot and forefoot regions, compared to the pressures in normal-weight children [27,52,54,55]. J Am Geriatr Soc Jan;60 1 Europe PMC requires Javascript to function effectively. Conclusion Gait disturbances and immobility issues in class III obese patients place these patients at an increased risk for a fall.

Sarah Borthwick for her assistance with editing. Gait Posture ; — Obes Rev ; 7: —

  • Study Design Given the multiple impacting factors, examining gait in this population requires a comprehensive and contextual framework. Lower activity levels are related to higher plantar pressures in overweight children.

  • Eur J Pediatr. Eliakim, A.

  • The smallest arch index AI was seen in normal-weight 0. Gait Posture ; —

  • Low flexibility of the spine and increased dorsal stiffness have also been reported in obese subjects [ 7 — 9 ]. During conversations that were initiated in the 6-minute walk, Class III participants would have pauses while talking that were not attributable to breathlessness or activity intolerance.

  • Relationship between vertical ground reaction force and speed during walking, slow jogging, and running. Gait Posture34, —

  • The effect of military load carriage on ground reaction forces. Healy, J.

Therefore the AI is used as indirect measure for longitudinal foot arch characteristics. This study noted similar reports of decreased leisure activity. Between-day reliability of gaiy plantar pressure distribution measurements in a normal population. In contrast, they even show a disproportional elevation of midfoot loading additionally increasing with age. Med Sci Sports Exerc26 12 OLG were characterised by a reduced stability during gait, as assessed by prolonged stance duration and lower velocity and step length if compared to OG and healthy subjects, and a less physiological knee and ankle strategy. During conversations that were initiated in the 6-minute walk, Class III participants would have pauses while talking that were not attributable to breathlessness or activity intolerance.

Coordination patterns of walking and running at similar speed and stride frequency. A multi-modal training programme to gait pattern for obese physical activity, physical fitness and perceived physical ability in obese children. Therefore the AI is used as indirect measure for longitudinal foot arch characteristics. Effects of overweight and obesity on walking characteristics in adolescents.

J Appl Biomech. Changes in gait parameters are observed in persons with Class III obesity to accommodate the increased mass [ 1 ] compared to persons of normal weight [ 2 — 4 ]. But, for a static situation Villaroya et al. All signals were captured at Hz sample frequency during 10s. Some authors Messier et al.

  • Obes Surg15 7 Clin Rehabil16 1

  • Foot orthoses in the prevention of injury in initial military training: A randomized controlled trial. Public Health Jul; 7

  • Brawner, M.

  • The influence of adipose tissue location on postural control. When obesity is combined with increased musculoskeletal pain or disorders, the obesity cycle is perpetuated by encouraging sedentary behavior for prolonged periods.

  • The additional power requirement without appropriate strength gains could lead to musculoskeletal fatigue, and contribute to the overall poor performance of overweight children during fitness tests [5]. Al-Obaidi, S.

Loudon, J. By Delia I Horhat. Gait Posture32 231 May Human Movement Science ; 67— Postural control in patients with severe idiopathic scoliosis: A prospective study. Does load carriage differentially alter postural sway in overweight vs. American Nurses Association.

Recent history Saved searches. Considering children, Tirosh et al. Frey C, Zamora J. A short summary of this paper. Gibson, K. In contrast, the load distribution across foot regions is expected to be disproportional for different body masses.

Introduction

Gill SV. A multi-modal training programme to improve physical activity, physical fitness and perceived physical ability in obese children. Gait pattern in lean and obese adolescents. The aim of this study is to assess the clinical gait analysis of a group of obese individuals with DS and a group of nonobese individuals with DS to determine whether obesity produces a different gait pattern in these participants.

Cimolin, V. Plummer-D'Amato, L. Therefore, a targeting of the measurement platform, leading to an artificial walking pattern, was minimized. Overweight subjects presented lower averaged signal amplitude at these gait phases. Bioengineering Department, Politecnico di Milano, Italy. Full size table.

Four obesity change categories were constructed: obese at neither time point, at T1 only, at T3 only, and at both T1 and T3. McGraw, B. View full fingerprint. The effect of high-intensity progressive resistance training on adiposity in children: A randomized controlled trial.

Journal of Obesity

Contributions to the understanding of gait control. Recent history Saved searches. As explained earlier, the increased mass forces the muscles to work harder in order to maintain balance.

  • However, if a gait is not a functional variation or is pathologic, then velocity would decrease and eventually so would cadence [ 57 ]. View Article Google Scholar 7.

  • The fact that the peak pressure mostly affected the mid-foot and forefoot, and to a lesser extent the rear foot in these children, might be an adaptation strategy to compensate for their additional body weight [31]. By Delia I Horhat.

  • Foster, J.

J Musculoskelet Neuronal Interact19 401 Dec Similar Articles Youth arrive at the top five similar articles we use a word-weighted algorithm to compare words from the Title and Abstract of each citation. Overweight and obesity especially impacts the main weight bearing regions of the foot rearfoot, forefoot and total foot followed by the midfoot in the children aged 5years and older. Obese adolescents showed longer stance duration, excessive hip flexion during the whole gait cycle and an increased hip movement in the frontal plane compared with lean participants. Arthritis Care Res Hoboken ; — Gait analysis methods in rehabilitation. Child Care Health Dev.

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Alife course approach to diet, nutrition and the prevention of chronic diseases. Nevertheless, any comparison of these PCs scores presented statistical difference between groups Table 1. These elements may help optimizing rehabilitation planning and treatment in these patients. These studies support the theory that increased stress on the soft tissues and joints, which may be directly related to high body mass, is associated with higher prevalence of foot discomfort, pain and therefore reduced level of physical activity [ 911 — 13 ]. J Neuroeng Rehabil4: Browse Subject Areas?

Article of the Year Award: Outstanding research patterm ofas selected by our Gait pattern for obese Editors. Foot morphology of normal, underweight and overweight children. The higher foot contact area in overweight and obese children compared to normal-weight counterparts, is in agreement with previous results [ 1219 ]. J Appl Biomech.

Background

An activity-based intervention for obese and physically inactive children organized in primary obeee Feasibility and impact on fitness and BMI A one-year follow-up study. Oliveira, L. A longitudinal analysis of gross motor coordination in overweight and obese children versus normal-weight peers. Relationship between body composition and vertical ground reaction forces in obese children when walking. In addition, as obese children have a decreased ability to control falls compared with their lean counterparts, it is expected that obese children will fall more frequently, with more force, and in more awkward positions, which may increase the risk for fractures during their everyday activities [6,69].

  • Furthermore, is not clear whether children with high arch index will suffer from foot pathologies or pain later in life [ 33 — 35 ].

  • Davidson, P.

  • Noticeable large standard deviations for the obese groups in all measures gait pattern for obese be seen in context of a possibly higher interindividual variability in obese and the small sample size in these groups compared to the overweight and normal-weight groups. Data collection continued until the subject completed at least five successful trials.

Overweight and obese children have low bone mass and area for their weight. Browse Subject Areas? Recent Activity. J Am Geriatr Soc Jan;60 1

For analysis, the toes were separated from forefoot using pressure gradients around the peak pressures of obfse toes and were only included for measures of the total foot. In the latter case, please turn on Javascript support in your web browser and reload this page. Similar Articles To arrive at the top five similar articles we use a word-weighted algorithm to compare words from the Title and Abstract of each citation. A short summary of this paper. Does load carriage differentially alter postural sway in overweight vs.

Publication types

American Nurses Association. Bone mineral density and body composition in boys with distal forearm fractures: A dual-energy x-ray absorptiometry study. Villarrasa-Sapina, I. In the forward citation analysis, all papers that cite the included papers were listed—this list was then reviewed for relevant papers.

Arch Phys Med Rehabil80 2 In addition, other segments' masses, relative muscle strengths, the internal need to optimize gait mechanics for other factors, such as decreased loading on the hip or knee, or optimizing to decrease reliance on quadriceps act as important factors ovese influencing gait [ 1723 ]. The midfoot area longitudinal arch was affected the most 3 times higher peak plantar pressure in obese compared to normal-weight male and female adults [ 8 ]. Methods A total of children aged one to twelve years were enrolled in the study. Clin Ther ; A18—A Sports and physical activity could be hypothesized as reasonable preventive strategies to improve active compensation of body mass and loading on the mid- foot. The principal independent variables velocity, stance, cadence, RMR, systolic blood pressure, hip, and waist circumference were all continuous.

N2 - Obesity is the yait common chronic disorder in children and adolescents. By using the site you are agreeing to this as outlined in our privacy obesity youth and cookie policy. Journal of Biomechanics43 6 The smallest arch index AI was seen in normal-weight 0. Link to citation list in Scopus. In running, similar to walking, parameters such as peak pressure, maximum force, pressure time integral, and force time integral increased with increasing running velocity, and were higher in overweight compared with normal-weight children [28].

Biomed Tech Berl62 501 Oct The lower plantar arch height caused by structural changes in their foot anatomy, as a result of excess weight-bearing, continues throughout childhood and into adulthood [38,91,92]. Obesity: The new childhood disability? Sundin, B.

No statistically significant differences were found in ankle power generation at push-off between OLG and OG, which appeared lower if compared to CG. These actions are all basic components of gait pattern for obese and daily activity. Logically, the amount of energy needed for basic metabolic functions increases as the amount of mass with metabolic demand increases. Moreover, it was aimed to identify characteristic foot loading patterns in comparison of normal-weight, overweight and obese children in all age groups and consideration of different foot regions. Obese children showed the 1. Bus SA, de Lange A. Excessive body weight is related to high incidence of chronic diseases such as cardiovascular disease, stroke, hypertension, diabetes and cancers of the large intestine, kidney, endometrium, and postmenopausal breast Whitlock et al.

Prospective Studies Collaboration: Body-mass index and cause-specific mortality in adults: gait pattern for obese analyses of 57 prospective studies. Overweight subjects presented lower averaged signal amplitude at these gait phases. A: for the total foot; B: for the midfoot. This is an open access article distributed under the Creative Commons Attribution Licensewhich permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

Sci Rep9 121 Aug Does obesity influence foot structure and youth pressure patterns in prepubescent children? Kinetic data showed higher values of maximum power generated at hip level during the stance phase; ankle power displayed a higher absorption at initial stance and higher values of power generation in the terminal stance. Most overweight children present increased bone mineral density and increased bone cross-sectional area [81—83]. Landauer, F.

  • The results show higher foot contact area, reduced longitudinal foot arch, higher peak pressure and force time integral in overweight and obese children compared to normal-weight children. You can also search for this author in PubMed Google Scholar.

  • Obesity is the most common chronic disorder in children and adolescents.

  • The effects of obesity on orthopaedic foot and ankle pathology. Wessel, P.

  • Osteoarthritis and Cartilage Introduction Obesity is a major global public health challenge.

Obesity is a major global public health challenge. The coexistence of obesity and LBP seems therefore to affect gait more severely than obesity alone. From a clinical point of view, our results suggest that rehabilitation program should include specific treatments to improve gait pattern in obese patients with and without LBP. Hills, E. Gerhart, and C. Few studies have used different techniques clinical assessment, accelerometers, 3D movement analysis and experimental conditions activities of daily living, treadmill and ground walking [ 25 — 29 ]. Double stance phase duration was longer and velocity of progression was less in OLG and OG if compared to CG, while cadence was similar in the three groups.

View Article Google Scholar Keywords: childhood obesity; gait; postural balance; intervention program 1. The strength of the study is the large cohort of children aged 1—12 years. In walking, higher foot contact area and higher foot loading in obese compared to non-obese children is evident [ 121920 ].

New York: Springer; In consequence, 2. Higher plantar pressure values were also found in prepubescent children during walking with self-chosen walking velocity [ 3 ]. Study Design Given the multiple impacting factors, examining gait in this population requires a comprehensive and contextual framework.

A biomechanical analysis of gait during pregnancy. The strength of the study is the large cohort of children aged 1—12 years. Several significant differences were found between the groups Table 3 chi square and Table 4 t -test. However, if that person is carrying 1. Obes Surg15 7 Romkes J, Schweizer K.

Weight distribution issues were present in all falls event reports. Journal of Biomechanics. In the developed countries, gait pattern for obese prevalence of childhood overweight and obesity was 7. Some ways to mitigate this safety risk are through falls risk assessment and reassessment as well as careful planning of class III obese patient policies and protocols.

For this study, bodily structure includes anthropomorphic characteristics such as height, weight, stance width, and waist and hip circumference. Foster, J. Wadden, D.

Most daily activities involve components of static balance, as well as complex dynamic movements [62]. Overweight and obesity especially impacts the main weight bearing regions of the foot rearfoot, forefoot and total foot followed by the midfoot in obese children aged 5years and older. The greater bone mineral density found in overweight children was expected to protect against fractures [81]. Compressive and shear hip joint contact forces are affected by pediatric obesity during walking. Intervention Programs The different biomechanical factors reported in overweight children can be particularly important when those children join exercise training programs, or increase their physical activity in an effort to maintain or reduce body weight see Table 2 [11,22,27,42,72,99—]. This program should focus mainly on improving the ankle-foot gait movements e. Therefore, high standard deviations in the age and weight groups have to be considered for interpretation.

  • The three-dimensional gait characteristics of overweight subjects are not clear.

  • Finally, the related-articles function within the PubMed was used to identify similar papers for each of the included papers; and this list was reviewed for relevant papers.

  • Johannsen, G.

  • The first PCs correspond to signals with larger variances, being orthogonal to each other. PubMed Google Scholar 5.

  • Albertini G .

Questioning the functional relevance, the up to gait pattern for obese. Watching groups of people in public areas, pzttern typically see people walking in a straightforward manner, putting one foot in front of the other. The views expressed in this paper are those of the authors and do not reflect the views or official policy or position of the Uniformed Services University of the Health Science, Department of Defense or the USA Government. Welk, R. Results Age did not significantly differ among groups.

BMC Public Healthgait pattern for obese, Monatsschrift Kinderheilkunde ; — Gait pattern patyern two rare genetic conditions characterized by muscular hypotonia: Ehlers-Danlos and Prader-Willi syndrome. Both of these natural skills have been described as easy to adopt, with low requirements that can decrease sedentary habits and easily increase the level of physical activity [17,18]. Please turn on JavaScript and try again.

The aim of this study was to identify specific characteristics of gait associated with body mass index BMI. Pediatrics, — The applicability of normal gait nomenclature to abnormal walking patterns.

Effects of obesity on dynamic plantar pressure distribution in Chinese prepubescent children during walking. Furthermore, there is general gait pattern for obese that compared with normal weight children, obese children have a higher prevalence of perceived clumsiness [69], coordination difficulties [70], and decreased motor skills [70]. Trials16, An activity-based intervention for obese and physically inactive children organized in primary care: Feasibility and impact on fitness and BMI A one-year follow-up study.

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The normality of ofr datasets containing gait velocity and PC scores was tested by the Kolmogorov-Smirnov test which presented non-normal distribution. This is an open access article distributed under the terms gait pattern for obese the Creative Commons Attribution Licensewhich permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited. Hill, and R. Brawner, M. None of them has investigated the combined effects of obesity and LBP and the quantitative differences in gait strategy in obese with LBP as compared to those without LBP. However, if a gait is not a functional variation or is pathologic, then velocity would decrease and eventually so would cadence [ 57 ].

Hip circumference and TUG mean appear to have a direct relationship so that as hip circumference increases, so will the time it takes to perform the Gair. The three-dimensional gait characteristics of overweight subjects are not clear. In the obese, the knee was slightly extended in stance phase and the ankle was in a plantar flexed position at initial contact and at toe-off, with a greater ankle range of motion. Since the arch index cannot clearly distinguish between the different causes of higher midfoot contact area regarding flat or fat feet, the results have to be questioned for functional relevance. The development in footprint morphology in Congolese children from urban and rural areas, and the relationship between this and wearing shoes. The results show highest change in plantar pressure for the midfoot region.

In Steinberg et al. The aim of this study is to assess the clinical gait analysis of a group of obese individuals with DS and a group of nonobese individuals with DS to determine whether obesity produces a different gait pattern in these participants. Phone Fax

Effects of obesity on plantar pressure distribution in children. Biomed Tech Berlgakt 501 Oct The two DS groups were significantly different in terms of ankle stiffness Ka index : both groups were characterized by reduced values compared with the control group, but the obese group presented lower values with respect to nonobese participants. Flat-footedness is not a disadvantage for athletic performance in children aged 11 to 15 years. The effects of a strength and neuromuscular exercise programme for the lower extremity on knee load, pain and function in obese children and adolescents: Study protocol for a randomised controlled trial.

Abstract Background Overweight and obesity are increasing health problems that are not restricted onese adults only. Fig 2. Additionally, the findings gait pattern for obese this wide age range shows for the first time clear evidence for age dependent differences and loading patterns that have to be discussed in the context of foot development in children. The stride measurement was limited to estimates based on the 1-foot markings of the walkway and was discarded from analysis because of lack of accuracy. Since the studied OG presented no difference in gait speed compared to CG, they could reduce repetitive stresses without change knee kinematic patterns as reported in obese people.

Cited by: 57 articles PMID: Free to read. Arthritis Care Res.

Assumptions that a one-size-fits-all plan for walking should be applied to all obesity weight classes warrant further scrutiny. The first PCs correspond to fog with larger variances, being orthogonal to each other. Res Biomed Eng. Some studies have shown a correlation between obesity and functional impairment of the spine secondary to weakness and stiffness of the lumbar muscles, leading to LBP and disability [ 4 — 6 ]. Three-dimensional gait analysis of obese adults.

Bait pressure measurements were assessed during gait obese an instrumented walkway. Frontal and transverse hip range of motion showed no statistical difference between groups in PC scores Table 1. Each instrument measured a component of the ICF model. Given these findings, the gait characteristics exhibited by the Class III group are consistent with individuals with pathology.

Influence of dual-task constraints on whole-body organization during walking in children who are overweight and obese. The effects of obesity on orthopaedic foot and ankle pathology. Acta Paediatr.

  • With respect to the second aim of exploring potentially predictive measures, the TUG test yields significant predictive relationships. View at: Google Scholar M.

  • In the forward citation analysis, all papers that cite the included papers were listed—this list was then reviewed for relevant papers.

  • The study was approved by the Ethics Research Committee of our Institute and written informed consent was obtained from the patients. Obesity is a major global public health challenge.

  • Characteristic gait patterns in older adults with obesity-Results from the Baltimore Longitudinal Study of Aging.

View Article Google Scholar 7. Three-dimensional gait analysis of obese adults. A three-dimensional gait analysis was gait pattern for obese out using an obwse system, force platforms and video recording. The authors recommended these physical exercise intervention encouraged to take part in intervention programs that include physical exercise in order to lose programs weightinand order alsototobreak preventthelower vicious cycle of extremity childhood injuries [20]. Cited by: 10 articles PMID: J Obes Nov 26 [cited Apr 3].

Excess of mass in fact imposes abnormal mechanics on body movements [ 1819 ]. Vertical GRF shows no difference between groups. View Article Google Scholar 7. Several significant differences were found between the groups Table 3 chi square and Table 4 t -test.

Gait Posture. We decided for obese focus our attention on walking, as it represents the most common modality of physical activity, significantly contributing to mass reduction programs for obese subjects [ 3738 ]. On contrary, Lai et al. Mainly caused by small sample sizes or narrow age range, the development of foot loading in obese and overweight children over the course of aging and maturation from 1 to 12 years of age is not detailed. Lower activity levels are related to higher plantar pressures in overweight children. The WALI part L is a 9-item questionnaire concerning daily tasks, activity levels, participation in sports, and sedentary behaviors. Rev bras fisioter ; —

PCA was performed on data. Foti et al. Some studies have shown a correlation between obesity and functional impairment of the spine secondary to weakness and stiffness of the lumbar muscles, leading to LBP and disability [ 4 — 6 ].

Siegler, J. Bigaard, K. Therefore, sample size justification focused on precision on estimates rather than power. The three-dimensional gait characteristics of overweight subjects are not clear. Int J Obes ; — Intra-individual gait speed variability in healthy children aged 1—15 years.

Obese children showed the 1. Obesity and the skin: skin physiology and skin manifestations of obesity. A further analysis of the Serious Event i. Medsurg Nurs Feb;15 1

Paediatric obesity, physical activity and the musculoskeletal system. Obese adolescents showed longer stance duration, excessive hip flexion during the whole gait cycle and an increased hip movement in the frontal plane compared with lean participants. Because obese adolescents are encouraged to walk to increase their physical activity and energy expenditure level, injury prevention and rehabilitative programmes should take our findings into consideration and include specific strengthening of the lower limb proximal and distal muscles, together with weight loss and reconditioning interventions. Journal Email List Back to Top. Trials16,

The two DS groups were significantly different in terms of ankle stiffness Obexe a index : both groups were characterized by reduced values compared with the control group, but the obese group presented lower values with respect to nonobese participants. In summary, the study presents detailed data for substantial differences in dynamic foot characteristics for normal-weight, overweight and obese children for each age between 1 to 12 years. This study quantitatively compared gait in 12 obese and 10 lean adolescents. Measurements of the impact to the lower limbs are mainly evaluated during gait analysis, in parameters such as ground reaction forces measured during the foot contact phase, to obtain the speed and vertical displacements of the center of body masspeak acceleration peak positive acceleration of the tibiadynamic plantar pressure providing information on dynamic loading to the lower limband others [32,41,49]. Cintas, X.

Gait Posture61, — Together they form a unique fingerprint. The continual bearing of excess mass was found to flatten the mid-foot region during walking, with higher dynamic plantar pressures in the mid-foot and forefoot regions, compared to the pressures in normal-weight children [27,52,54,55]. This is valid to a higher extent in older compared to younger children. Gait Posture57, 28— Click through the PLOS taxonomy to find articles in your field.

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