Musculoskeletal Problems In Children Research Articles

Orthopedic screening using pGALS assessment tools in children’s between 5 and 12 years

Musculoskeletal diseases in youngsters are particularly common in schools. Musculoskeletal problems in children should be treated as soon as feasible. pGALs is a screening tool for musculoskeletal issues in children and adolescents. The pGALS (paediatric gait, arms, legs, and spine) is a simple, quick MSK diagnostic instrument that has been validated in school-aged children to identify musculoskeletal problems. This research was carried out in three schools in Wardha: School of Scholars, Alphonsa Senior Secondary School, and Sant Chavara School Sawangi Meghe. The research took six months to complete. A total of 100 students were tested in each school. pGALS will be used to do a musculoskeletal evaluation. Data was collected and analysed using SPSS (version: 20) and the paired T- Test was used. This study concluded according to the age factor ranging from 5-8 years and 9-12 years and it is also revealed from according to the gender factor, according to the BMI, and according to the pgals examination scale score. The number of individuals in the age between 5 to 8 years was approximately 152 individuals i.e. (50.67%) and the individual in the age group 9 to 12 years was approximately 148 individuals i.e. (49.33%). According to the gender factor the male population was taken approximately 140 (46.67%) male and female approximately 160 (53.33%). Then According to the BMI index, the individual having a BMI score less than equal to 18.4 is 272 individual (90.67%) the BMI score in between the range 18.5-24.4 is 25 individual (8.33%) and the individual having a BMI Score greater than equal to 25 is 3 (1%). According to the pGALS scale examination the result is according to the questions that the activity performed or not performed by individual. Keywords: pGALS, Clinical skill, Musculoskeletal pain, Normal development, Musculoskeletal examination.

Identification of musculoskeletal problems using pGALS examination in school going boys in Chennai, India.

ABSTRACTBackground and Aim:pGALS (pediatric Gait Arms Legs Spine) is a useful screening tool in identifying musculoskeletal problems in children. Although musculoskeletal problems are common in children, only a small fraction of them have an underlying serious pathology. There is limited data on this subject from north India but none from south India. Our aim was to identify the prevalence of musculoskeletal problems in school going boys in the local community.Methods:We conducted a prospective cross-sectional study among school boys 7–17 years of age from September 2017 to July 2019, in Chennai. The parents or the boys were asked pGALS screening questions and this was followed by the extended pGALS examination including Beighton’s scoring for hypermobility. If abnormalities in the screening tool were found, the subjects were then referred to a pediatric rheumatologist for further evaluation.Results:A total of 1543 boys were included in this study. Of these 37% of the study group were found to be hypermobile. According to our study, the prevalence of growing pains was 4.6%. Of 2 boys with suspected pathology 1 boy had enthesitis-related arthritis and another had slipped upper femoral epiphysis (SUFE). The estimated prevalence of juvenile idiopathic arthritis (JIA) was 65/100000. According to our study 12.3% of the children were obese.Conclusion:pGALS is a useful tool to screen for musculoskeletal problems in school going boys. The estimated prevalence of JIA was 65/100000. Of them, 37% of the children had hypermobility. Obese children were more likely to complain of musculoskeletal pain (P value 0.00).

Ultrasonographic Measurement of Talar Cartilage Thickness in Patients With Cerebral Palsy.

Foot deformities are one of the most common musculoskeletal problems in children with cerebral palsy (CP). These deformities affect the walking ability and function of the patients. Talar cartilage is the hyaline joint cartilage of the tibiotalar joint that plantarflexes and dorsiflexes of the ankle. The aim of this study was to determine whether talar cartilage thickness was affected in children with ambulant diplegic CP. Forty patients with diplegic CP (19 boys, 21 girls) and 40 age-, sex-, and weight-matched healthy control subjects (20 boys, 20 girls) were included in the study. The demographic and clinical characteristics of the patients, including age, sex, and body mass index, were recorded. Patients were classified using the Gross Motor Function Classification System. A 12-MHz linear probe was used for ultrasonographic cartilage measurements at the tibiotalar joint according to European Musculoskeletal Ultrasound Study Group (EURO-MUSCULUS) and the Ultrasound Study Group in Physical and Rehabilitation Medicine (USPRM) scanning protocols. Mean talar cartilage thickness was significantly decreased in the CP group compared with the healthy control group (P < 0.001). There was a significant negative correlation between Gross Motor Function Classification System levels and talar cartilage thickness measurements (P < 0.001, Tb = -0.695). This study demonstrates that patients with CP have a thinner talar cartilage compared with healthy control subjects.

Relationship between exercise time and musculoskeletal problems in children.

Objectives: The purpose of this study was to evaluate the relationship between exercise time and musculoskeletal problems and to determine the appropriate amount of exercise for children in both lower- and higher-grade levels of elementary and junior high schools.Materials and Methods: Mark-sheet-type questionnaires were distributed to and collected from all elementary and junior high schools in two cities. We collected 22,494 questionnaires in total. The relationship between exercise time and musculoskeletal problems was analyzed. The χ2 test and multivariate logistic regression analysis were used for statistical analyses.Results: The mean exercise time in school, in addition to physical education time, was 3.1 hours per week. In 56% of the children, the exercise time was less than 2 hours per week, and in 13% of the children, the exercise time was more than 10 hours per week. Although the rate of sports injury increased with an increase in exercise time, the duration of one-leg stand (a test of balance and muscle strength) also increased with an increase in exercise time. The cut-off values for sports injuries in boys/girls were 2.9/2.9 hours, 4.0/2.9 hours, and 7.5/4.2 hours in lower grade elementary school, higher grade elementary school, and junior high school, respectively.Conclusions: Although an appropriate amount of exercise improves one’s physical health and ability, excessive exercise leads to musculoskeletal problems. Approximately 7 hours/week of exercise is recommended for junior high school students. In elementary school, the exercise time should be carefully decided as the musculoskeletal system of the students is still immature.

Burdened by the bag: A school-based cross-sectional survey

Background: The demands of education in our country have led to an increase in the loads children carry on a daily basis to school. Research evidence confirms that excessive loads lead to musculoskeletal problems in children, predisposing them to chronic back pain in adulthood. This problem becomes pertinent in primary school children, owing to the development of the spine at this age. Objectives: This study aims to assess the magnitude of the issue of heavy schoolbags, by measuring schoolbag weights and the factors affecting the ≤10% of body weight recommendation, and the children's perception of discomfort and pain. Study Design: Cross-sectional survey design was chosen for the research. Methods: Two schools with different syllabi, Indian Certificate of Secondary Examination and Central Board of Secondary Examination were approached and the schoolbags of children from Grades 1 to 5, aged 6-12-year (n = 776; boys = 402 and girls = 374), were weighed, and followed up over a week. Children were asked to rate their pain on the Faces Pain Scale-Revised and teachers' responses were collected through a teacher reported questionnaire prepared by the authors, which assessed their knowledge and control regarding the issue. Results: Majority of children carried a backpack and a separate lunch bag to and from school. A large percentage, 97.8% of schoolbags, weighed more than the recommended limit of ≤ 10% of the body weight. The mean weight of schoolbags carried was 5.9 ± 1.5 kg. Boys carried on an average 5.91 ± 1.48 kg and girls 5.98 ± 1.55 kg. Forty-eight percent of the children reported that carrying the schoolbag was causing discomfort and musculoskeletal pain and 77% of them reported discomfort at the shoulder region. Faces Pain Scale-Revised score ranged from 2 to 9 with 8 as an average intensity. Eighteen children reported absenteeism from school ranging from 1 to 5 days over the last term. The perception of teachers regarding the problem of schoolbag weights was mixed. Conclusion: This study concludes that heavy schoolbags are a problem in both the schools, with different syllabi. Being forced to carry heavy bags may lead to “schoolbag syndrome” in children. Thus, stringent measures need to be undertaken to reduce the bag burden and protect the health of children.

Epidemiology of paediatric presentations with musculoskeletal problems in primary care

BackgroundMusculoskeletal disease is a common cause of morbidity, but there is a paucity of musculoskeletal research focusing on paediatric populations, particularly in primary care settings. In particular, there is limited information on population consultation frequency in paediatric populations, and frequency varies by age and sex. Few studies have examined paediatric musculoskeletal consultation frequency for different body regions. The objective was to determine the annual consultation prevalence of regional musculoskeletal problems in children in primary care.MethodsMusculoskeletal codes within the Read morbidity Code system were identified and grouped into body regions. Consultations for children aged three to seventeen in 2006 containing these codes were extracted from recorded consultations at twelve general practices contributing to a general practice consultation database (CiPCA). Annual consultation prevalence per 10,000 registered persons for the year 2006 was determined, stratified by age and sex, for problems in individual body regions.ResultsOver 8 % (8.27%, 95% CI 7.86 to 8.68%) of the 16,862 children consulted with a musculoskeletal problem during 2006. Annual consultation prevalence for any musculoskeletal problem was significantly higher in males than females (male: female prevalence ratio 1.18, 95% CI 1.06 to 1.31). Annual consultation prevalence increased with age and the most common body regions consulted for were the foot, knee and back all of which had over 100 consultations (109, 104 and 101 respectively) per 10,000 persons per year.ConclusionsThis study provides new and detailed information on patterns of paediatric musculoskeletal consultations in primary care. Musculoskeletal problems in children are varied and form a significant part of the paediatric primary care workload. The findings of this study may be used as a resource for planning future studies.

Associations of self-reported allergic diseases and musculoskeletal problems in children: A US population–based study

BackgroundPrevious studies have found increased rates of musculoskeletal problems in adults with allergic disease, but whether this association holds true for children is unknown. ObjectiveTo investigate the association of bone, joint, and muscle problems in children with a history of allergic disease. MethodsData were obtained from the 2007 Child and Adolescent Health Measurement Initiative. Univariable and multivariable logistic regression models accounting for the sampling design were used to evaluate associations of bone, joint, and muscle problems with allergic diseases, such as asthma, hay fever, food allergies, and eczema. Associations were summarized with odds ratios (ORs) and 95% confidence intervals (CIs). ResultsThe survey included 91,642 individuals aged 0 to 17 years. Multivariable modeling found statistically significant associations between the number of allergic diseases and bone, joint, and muscle problems (1 allergic disease: adjusted OR, 1.28; 95% CI, 1.04–1.56; P = .02; 2 allergic diseases: adjusted OR, 2.55; 95% CI, 1.92–3.39; P < .001; 3 allergic diseases: adjusted OR, 2.70; 95% CI, 1.88–3.86; P < .001; and 4 allergic diseases: adjusted OR, 4.35; 95% CI, 2.46–7.69; P < .001). Severe eczema (but not mild eczema) was associated with bone, joint, and muscle problems (adjusted OR, 2.81; 95% CI, 1.64–4.81; P < .001) and with bone problems (adjusted OR, 6.08; 95% CI, 1.94–19.12; P = .002). ConclusionSelf-reported allergic diseases in children were associated with bone, joint, and muscle problems, and associations strengthened with allergic disease severity and number of allergic diseases. Severe eczema may be associated with bone problems in children. Bone, joint, and muscle problems must be considered in children with severe allergic disease, and prospective studies are necessary to define this association.

Musculoskeletal Function and Obesity: Implications for Physical Activity.

However quantified, obesity is a global health problem of significant magnitude. The condition is no longer limited to the developed world, with an increasing proportion of low-to-middle income countries burdened by obesity and its comorbidities. Specifically, obesity is a risk factor for a raft of psychosocial, physiological, cardiovascular, and metabolic problems. The carriage of excess body weight, including an unhealthy proportion of body fat, also has important implications for musculoskeletal health. To date, this important relationship has not received as much attention by the research community. Coincidentally, there has been a heightened interest in the role of physical activity and exercise across the lifespan in the prevention, treatment and management of obesity. This paper considers some of the more common musculoskeletal problems in children, adolescents and adults with implications for the overweight and obese and their meaningful engagement in physical activity.

P52 Prevalence of musculoskeletal problems in children: school-based survey of children 6-17 years

P52 Prevalence of musculoskeletal problems in children: school-based survey of children 6-17 years

O26 Prevalence of musculoskeletal problems in children: school based survey of children 7–18 yrs

The aim of this study is to systematically review whether the presence of altered central pain modulation pre-surgical influences outcome after total knee replacement (TKR) in patients with knee osteoarthritis (OA), and if so which indices of central pain modulation predict poor outcome after TKR.To identify relevant articles, PubMed and Web of Science were searched. The search strategy was a combination of key words related to “Knee Osteoarthritis and Total Knee Replacement”, “Central Pain Modulation” and “Post-Surgical Outcome Measures”. Articles fulfilling the inclusion criteria were screened for methodological quality and results were analyzed and summarized.Sixteen prospective cohort studies were included. Strong evidence is available that presence of catastrophic thinking and poor coping strategies predict more pain after TKR and that there is no association between fear of movement and post-surgical pain or function. Evidence on other psychosocial influences is limited or conflicting. Literature on the influence of other signs of altered central pain modulation on post-surgical outcome is scarce. It is plausible that pre-surgical signs of altered central pain modulation, such as joint pain at rest or widespread pain sensitization, predict more post-surgical pain.Surgeons should be attentive for patients with signs of altered central pain modulation before surgery as they might be at risk for unfavorable outcome. A broader therapeutic approach aiming to desensitize the central nervous system can be adapted in these patients. Further research is however needed to identify the influence of central pain modulation pre-surgical in predicting outcome after TKR.

Development of a tool for early referral of children and adolescents with signs and symptoms suggestive of chronic arthropathy to pediatric rheumatology centers

To develop an easy, time-efficient tool to identify children and adolescents with signs and symptoms suggestive of chronic arthropathies, and to evaluate its interobserver reproducibility and reliability. The instrument used standardized techniques as required for the development of health-related instruments, targeting parents of apparently healthy children and adolescents ages 1-16 years. A multidisciplinary team was involved in the design of the instrument. Each health professional generated 10-15 questions addressing musculoskeletal complaints that they considered to be the most relevant. A total of 60 questions were listed. During the reduction step, each health professional scored questions from 1 to 4 according to the question's relevance. The tool comprised 12 questions and was administered to the parents of 3 groups: patients with juvenile idiopathic arthritis (JIA; n = 48), children with diffuse musculoskeletal pain (n = 39), and a healthy control group (n = 42). The JIA group achieved the highest scores, followed by the diffuse musculoskeletal pain group and the control group. Nine (18.7%) of 48 patients with JIA and 2 (5.1%) of 39 children with musculoskeletal pain had a score of 5. The interobserver reproducibility was confirmed. All 12 questions were included in the final version of the instrument. We determined that children and adolescents with a score > or =5 should be referred for a rheumatologic evaluation (cluster analysis and logistic regression). Our questionnaire seems to be a useful tool for the early detection of musculoskeletal problems in children that may need a referral for a rheumatologic evaluation.

The effect of shoulder-girdle loading by a school bag on lung volumes in Chinese primary school children.

Heavy loading of the spine may induce musculoskeletal problems in children. Local surveys reported frequent overloading of school bags carried by primary school children. The effect of an overweight school bag on the child's lung function has not been reported. To investigate the effect of shoulder-girdle loading on forced expiratory lung volumes in primary school children and to compare this effect with that of an assumed kyphotic posture. Forty-three primary school children, mean age 9.6 years underwent spirometry lung-function measurements, while adopting the following five conditions in random order: free standing; kyphotic standing; standing wearing a backpack weighing 10%, 20% and 30% of their body weight. Forced expiratory volume in the first second (FEV1), forced vital capacity (FVC) and peak expiratory flow rate (PEF). There were no significant differences in FEV1 and FVC between free standing and the 10% body weight load. However, both FEV1 and FVC decreased significantly when the student adopted the kyphotic posture and when the load in the backpack was increased to 20% and 30% of body weight. This study demonstrates a restrictive effect on lung volumes when a school-bag load is heavier than 10% of a child's body weight. Our results also confirm the detrimental effect of a kyphotic posture on pulmonary mechanics and the necessity for health-care professionals to advocate proper postural advice to school children, teachers and parents.

Philosophy of Care

An accurate diagnosis is essential in managing musculoskeletal problems in children. Active treatment is only occasionally necessary and should meet the criteria of being essential, effective, and prudent.