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Introduction: Early intervention and parental education for preemies are limited in some low-income countries. Thus, this study aimed to assess whether daily tummy time (TT) associated with usual care (UC) enhances motor and cognitive development in preemies from low-income countries. The main and secondary aim was to assess prone head elevation (PHE) and motor and cognitive functions, respectively. Methods: Thirty-one preemies with a mean gestational age at birth of 33.3 ± 1.6 weeks and weighing <2,500 g were included and 18 completed all assessments. Parents from the TT group were asked to perform TT with their preemies for at least 20 min during daily activities and playtime. Motor and cognitive functions were assessed by a blinded examiner using the motor and cognitive composite scores of Bayley-III after two and four months of corrected age. PHE was given by the angle from the tragus of the ear to the supporting surface of the infant; measurements were obtained using the Kinovea® software at baseline, after two, three, and four months of corrected age. Results: The Bayley-III motor composite score of the TT group was higher than the UC group after two and four months of corrected age. The PHE angle increased over time but did not differ between groups. Discussion: Nevertheless, TT expanded the perspective of preemies to explore their bodies and environment, favoring the stimuli for motor and cognitive patterns. The loss of participants (31%) was one of the limitations of the study, illustrating the challenge of providing continued early interventions to preemies from low-income countries. In this sense, TT practice is a home intervention that may improve motor and cognitive function of preemies immediately after hospital discharge.

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Objective: To identify beliefs and knowledge about tummy time (TT) practice and its repercussions on motor development. Methods: Longitudinal study carried out with parents/caregivers of infants older than 30 days of life. Two assessments were performed. A structured interview was conducted, while the babies were between one and six months old to identify beliefs, knowledge about TT, and the motor milestone achievement expected for the age. At six to 12 months, the risk of motor development delay was tracked using the survey of well-being of young infant questionnaire (SWYC). Results: 41 families responded to the SWYC questionnaire (21 were allocated to the TT group). 31.70% reported that it was not important to put the infants in a prone position while awake, and 70.70% said they are afraid their babies would become breathless when positioned in a prone position. 85.70% of infants from the TT group showed typical development, while 55% of the control group showed atypical development for their age (p = 0.01). Only three infants from the control group were at risk of delayed motor development (p = 0.10). Conclusions: Most of the families feel insecure about proning their babies and fear breathlessness when positioned. Acquisition of motor milestones prevailed in the TT group, suggesting an association between TT practice and motor milestone achievement.

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PURPOSE: The primary aim will be to assess the effects of prone positioning (tummy time) on cervical extension (angular kinematics and time) in preterm infants. The secondary aim will be to assess the effects of tummy time on gross motor function. METHODS: This randomized, controlled clinical trial will include 40 preterm infants weighing less than 2500 g, randomly allocated into control or experimental group (n = 20) and followed up from birth to six months of corrected age by the team of the neonatal follow-up clinic. Caregivers will be routinely guided on bonding, developmental milestones, and how to perform the tummy time for 30 min throughout the day (experimental group). An illustrative booklet will be provided as support material. The hypothesis will be tested using inferential analysis, considering an alpha of 5%. DISCUSSION: We expect tummy time to strengthen cervical muscles needed to overcome gravity, master motor skills, and stimulate the integration between family activity and environmental experiences, considerable challenges to which preterm infants are exposed. TRIAL REGISTRATION: Registered in the Brazilian Registry of Clinical Trials (identifier RBR-2nwkr47) on 17 February 2022.

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INTRODUCTION: Early intervention is essential for proper foot growth in postural congenital clubfoot (PCC), but little is known about its contribution to this deformity when subjects are evaluated through telemonitoring. OBJECTIVE: This study aimed to monitor the foot's flexibility of newborns diagnosed with PCC by telemonitoring them during the first months of life. METHODS: A longitudinal descriptive study was carried out with a full-term newborns group diagnosed with PCC in at least one limb, presenting a grade ≥ 0,5 on the Pirani score. Newborns with other malformations were excluded. They were assessed twice: before and 30 days after hospital discharge, and the foot flexibility classification by the Pirani score was provided. The telemonitoring occurred weekly between the assessments, and the parents were encouraged to mobilize their feet and maintain foot position using orthosis or taping. RESULTS: Thirteen newborns (eighteen feet) presenting PCC were included in this study; seven neonates discontinued the study due to absences from pre-scheduled evaluations, and six were telemonitored for 30 days. They were born at 39 weeks (± 1.18) and 3346.54 g (± 306.51). The majority of the newborns were female (69%), one was born vaginally, and eight (61%) had a family history of PCC. Pirani's score ranged from 1 to 3 in the initial assessment. After one month of telemonitoring, three feet progressed to 0, and four feet scored between 0.5 and 1. CONCLUSION: This study shows an important improvement in the foot's flexibility of newborns diagnosed with PCC evaluated through telemonitoring. Telemonitoring may be an additional resource for assisting newborns with PCC.

INTRODUÇÃO: A intervenção precoce é essencial para o correto crescimento do pé torto congênito postural (PTC), mas pouco se sabe sobre sua contribuição para essa deformidade quando os pacientes são avaliados por meio de telemonitoramento. OBJETIVO: Este estudo teve como objetivo acompanhar, por telemonitoramento, a flexibilidade do pé de recém-nascidos com diagnóstico de PTC durante os primeiros meses de vida. MÉTODOS: Foi realizado um estudo descritivo longitudinal com recém-nascidos a termo, diagnosticados com PTC em pelo menos um pé, apresentando escore de Pirani ≥ 0,5. Foram excluídos recém-nascidos com outras malformações. Os recém-nascidos foram avaliados nas primeiras horas de vida e 30 dias após a alta hospitalar. Durante este período os pais foram incentivados a mobilizar os pés diariamente e manter a posição por meio de órtese ou bandagem. O telemonitoramento ocorreu semanalmente, e a flexibilidade dos pés foi classificada pelo escore de Pirani. RESULTADOS: Foram incluídos neste estudo treze recém-nascidos (dezoito pés), sete descontinuaram o estudo por faltas nas tentativas de contato e seis foram telemonitorados por 30 dias. A maioria dos RN era do sexo feminino (69%), nasceram com 39 semanas (± 1,18) e 3.346,54g (± 306,51). Um nasceu de parto normal e oito (61%) tinham histórico familiar de PTC. Inicialmente, a pontuação de Pirani variou de 1 a 3. Após 30 dias de telemonitoramento, três pés evoluíram para 0 e quatro pontuaram entre 0,5 e 1. CONCLUSÃO: Este estudo mostra uma melhora importante na flexibilidade do pé de recém-nascidos com diagnóstico de PTC, avaliados por telemonitoramento. O telemonitoramento pode ser um recurso adicional para assistência ao recém-nascido com PTC.

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