Benefícios De Uma Intervenção Motora Para Uma Criança Com Meningocele: Um Estudo De Caso

Zanella, Larissa Wagner; Souza, Mariele Santayana De; Valentini, Nádia Cristina

doi:10.31501/rbcm.v26i2.6286

R. Bras.Ci.e Mov.

2018

DOI: 10.31501/rbcm.v26i2.6286

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Benefícios De Uma Intervenção Motora Para Uma Criança Com Meningocele: Um Estudo De Caso

Larissa Wagner Zanella¹,

Mariele Santayana De Souza²,

Nádia Cristina Valentini³

Abstract: O objetivo deste estudo de caso foi verificar os efeitos de uma intervenção motora na motricidade fina e ampla, no equilíbrio, na aptidão e nos níveis de atividade física, na percepção de competência e estado nutricional de uma criança de 5 anos com meningocele e hidrocefalia. A intervenção motora foi implementada com o Clima de Motivação para Maestria em um período de 16 semanas (32 aulas). Nas aulas foram oferecidas oportunidades de prática e atividades variadas com ênfase nas habilidades motoras fundamentai… Show more

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2022

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Peabody Developmental Motor Scales-2: The Use of Rasch Analysis to Examine the Model Unidimensionality, Motor Function, and Item Difficulty

Valentini

Zanella

2022

Front. Pediatr.

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The Peabody Developmental Motor Scales-Second Edition (PDMS-2) is a valid and reliable instrument used in several countries, including Brazil, to assess gross and fine motor skills and identify motor deficits and eligibility for intervention for children with and without disabilities. However, the analysis of PDMS-2 items regarding the unidimensionality of the model, order of item difficulty, and whether the items portray the children's developmental trajectories still lacks investigation. Therefore, this study aims to: (1) analyze the unidimensionality of PDMS-2, (2) verify the model's capacity to explain the variance in the motor function responses, and (3) identify the level of difficulty of the items for Brazilian children. Children (n = 637; 51% girls) newborn to 71 months (M age = 21.7, SD = 18.6) were assessed using the PDMS-2. The Rasch analysis was conducted; the indexes of infit and outfit, and the point-biserial correlations coefficient were analyzed. The model unidimensionality was investigated using percentages of variance in the Rasch model (40% of variance). Results indicated that (1) for reflexes subscale, 62.5% of the items had correlations with the factor above 0.60, and two items had unadjusted infit and outfit; (2) for stationary subscale, 83.3% of the correlations of the items with the factor were above 0.50, and one item had unadjusted infit and outfit; (3) for locomotion subscale, 80.0% of the correlation of the items with the factor were above 0.50; all items had adequate infit and outfit; (4) for object manipulation subscale, 79.9% of the correlation of the items with the factor were above 0.50, and one item had unadjusted infit and outfit; (5) for grasping subscale, 92.3% of the correlation of the items with the factor were above 0.50, and one item had unadjusted infit and outfit; and (6) for the visual-motor integration subscale, 73.6% of the correlation of the items with the factor were above 0.50, and six items had unadjusted infit and outfit. The items with unadjusted fit were removed for further analysis. No changes in reliability and separation of items and people scores were observed without the unadjusted items; therefore, all items were maintained. A unidimensional model was found, and the reliability and discriminant capability of the items were adequate, and all items should be used to assess children. The PDMS-2 is appropriate for assessing Brazilian children.

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Peabody Developmental Motor Scales-2: The Use of Rasch Analysis to Examine the Model Unidimensionality, Motor Function, and Item Difficulty

Valentini

Zanella

2022

Front. Pediatr.

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Benefícios De Uma Intervenção Motora Para Uma Criança Com Meningocele: Um Estudo De Caso

Cited by 1 publication

References 25 publications

Peabody Developmental Motor Scales-2: The Use of Rasch Analysis to Examine the Model Unidimensionality, Motor Function, and Item Difficulty

Peabody Developmental Motor Scales-2: The Use of Rasch Analysis to Examine the Model Unidimensionality, Motor Function, and Item Difficulty

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