الملخص
Aim: To assess the prevalence of cleft lip and/or cleft palate (CL/P) and associated variables in neonates admitted to neonatal intensive care units (ICU). Methods: Medical charts for neonates born and admitted to the ICU between 2012 and 2018 were reviewed. Obstetric and neonatal variables were collected by a trained researcher. In the case group, all neonates with CL/P were included. The control group was formed by matching sex, prematurity and month of birth using random number generation. Neonates with congenital malformations were excluded from the control group. Adjusted logistic regression was used (p<0.05). Results: The prevalence of CL/P was 0.43% (n=15). Five cases were excluded, as pairing was not possible. Twenty neonates were included in the control group. In the final multivariate model, CL/P was only associated with increased maternal age. For each year of increase in maternal age, neonates had a 35.2% higher chance of presenting CL/P (95% confidence interval: 1.0211.792). Conclusions: Higher maternal age was associated with higher occurrence of CL/P in neonates admitted to the ICU. No other neonatal or maternal independent variables were associated with CL/P. Due to missing data, interpretation of study results must be approached with caution
الموضوعات
Humans , Male , Female , Infant, Newborn , Adolescent , Adult , Young Adult , Cleft Lip/epidemiology , Cleft Palate/epidemiology , Maternal Age , Intensive Care Units, Neonatal , Case-Control Studies , Prevalence , Retrospective Studies , Cleft Lip/etiology , Cleft Palate/etiologyالملخص
Abstract The mainstay of management of phenylketonuria (PKU) is restriction of dietary phenylalanine (Phe) intake. The present study sought to assess the perception and understanding of health care providers and lay users (patients/family members/caregivers) regarding the national reference database for checking the Phe content of foods, provided by the Brazilian Health Regulatory Agency (Anvisa), whose data are presented in the Table of Phenylalanine Content of Foods (TCFA-Anvisa) and recently in the Phenylalanine Content of Foods Dashboard (PCCFA-Anvisa); and to identify factors which interfere with the usability of these resources. Two online questionnaires, one for providers (n=33) and another for lay users (n=194), were used to collect sociodemographic information, knowledge about dietary management of PKU, sources of information about the Phe content of foods, and perception and understanding of the Anvisa tools. TCFA-Anvisa and PCCFA-Anvisa were not used as main sources of information by either group. Among the participants who had used these tools (15 providers;35 lay users), most considered the PCCFA-Anvisa to be superior or partially superior to the TCFA-Anvisa. The main limitations reported were related to layout and limited variety of foods. We suggest that the limitations identified in this study be considered for future improvement of these resources.
الملخص
Introdução: Defeitos congênitos são alterações estruturais ou funcionais que acontecem durante a vida intrauterina. O cirurgião-dentista deve reconhecer os defeitos craniofaciais para complementar a caracterização fenotípica e manejá-los junto a uma equipe multiprofissional. A presente revisão tem como objetivo auxiliar o cirurgião-dentista para o diagnóstico desses achados e apresentar quadros sindrômicos tipicamente associados a malformações craniofaciais. Revisão de Literatura: Manifestações craniofaciais de defeitos congênitos são condições que devem ser reconhecidas pelos cirurgiões--dentistas, pois frequentemente estão presentes em sua prática diária, podendo ser este profissional o primeiro a identificar tais achados. Os principais quadros sindrômicos tipicamente associados a micrognatia, fendas orais e displasias esqueléticas com manifestação craniofacial são apresentados, assinalando suas características clínicas e genéticas. Discussão: O cirurgião-dentista deve realizar uma anamnese detalhada incluindo a história familiar, bem como reconhecer as dismorfias tanto clínica quanto radiograficamente, observando o paciente de forma sistêmica. Conclusão: Os profissionais da odontologia devem receber treinamento teórico-prático para o diagnóstico, tratamento e vigilância de indivíduos com defeitos congênitos, seja na avaliação individual ou como parte de uma equipe multiprofissional.
Introduction: Birth defects are structural or functional changes that occur during intrauterine life. The dentist must recognize the craniofacial defects, complement the phenotypic characterization and manage them within a multidisciplinary team. The present review aims to assist the dentist to diagnose these findings and present syndromic conditions typically associated with cranio-facial malformations. Literature Review: Craniofacial manifestations of birth defects are conditions that must be recognized by dentists, as they are frequently present in their daily practices, and this professional may be the first to identify such findings. The main syndromic clinical pictures typically associated with micrognathia, oral clefts and skeletal dysplasias with craniofacial man-ifestation are presented, pointing out their clinical and genetic features. Discussion: The dentist must perform a detailed anamnesis including family history, as well as should recognize both clinical and radiographically the dysmorphisms, observing the patient systemically. Conclusion: Dentistry professionals should receive the-oretical-practical training for the diagnosis, treatment and surveillance of individuals with congenital defects, either in individual assessment or as part of a multipro-fessional team.