Huilen is de manier waarop een pasgeboren baby communiceert met zijn of haar omgeving. Met inzicht in redenen waarom pasgeborenen huilen, kunnen ouders hun handelen beter leren af te stemmen op de behoeftes van de baby. Het doel van dit artikel is om (1) inzicht te geven in vijf soorten babygeluiden diewijzen naar vijf verschillende fysieke behoeftes van de pasgeborene en om (2) de relatie te beschrijven tussen Dunstan Babytaal, de uitgangspunten van de Hanenmethode en voeding.Dunstan Babytaal onderscheidt in de voorfase van het huilen, voordat het luide ‘gefrustreerde’ huilen losbarst, vijf kenmerkende reflexgeluiden met ieder een heel specifieke betekenis. Er is een geluid voor honger hebben, moe zijn, een boertje moeten laten, darmkrampjes hebben of ongemak hebben aan dehuid (bijvoorbeeld een vieze luier, te warm, te koud) en/of overprikkeld zijn. Met behulp van Dunstan Babytaal kunnen de uitgangspunten van de Hanenmethodiek al vanaf de geboorte worden gevolgd; in de allereerste communicatie tussen ouder en kind. Bovendien kunnen ouders met Dunstan Babytaal signalen die hun baby afgeeft wanneer hij honger heeft of juist geen behoefte heeft aan voeding leren herkennen. Hiermee kunnen voedingsproblemen voorkomen worden. Logopedisten kunnen met kennis van Dunstan Babytaal een preventieve rol innemen op het gebied van voeding en interactie en ook kunnen zij betrokken zijn bij de allereerste fase van de communicatieve ontwikkeling.
Background: Healthy development of children is under pressure. While governments, schools and organizations are trying to stimulate physical activity in children, reduce overweight and improve motor skills, they are facing challenges in finding effective strategies. The model proposed by Stodden et al. (2008) is an interesting framework for studying healthy development of children, as it encompasses the physical aspect (motor skill competence, physical fitness, weight status), the mental aspect (perceived competence) and a behavioral component (physical activity). Importantly, it acknowledges the developmental stages of children by including age. Therefore, this model serves as the basis for this study in which we are looking for insights to effectively influence healthy development of children. Methods and Results: We measured these five variables in a large sample (N > 1000) of children in the Netherlands (age: 4-12, 50% girls). Through structural equation modeling we searched for cross-sectional as well as 1-year longitudinal relationships. Our results showed concurrent relationships between all variables and a tipping point at which relationships emerged or strengthened. The results indicated that targeting motor competence at a young age might be a feasible way to ensure continued participation in physical activities. However, longitudinal analyses revealed no effect of motor skill competence (T1) on physical activity (T2). Physical fitness appeared to be more important as a potential mediator than perceived motor competence. As a follow-up study, the five variables will be analyzed via a person-centered approach (latent profile analyses). This will guide us towards tailoring future interventions to the specific needs of subgroups of children. Analyses of this study are ongoing and will be presented at the conference. Conclusions: Our multiple analyses have shed additional light on the complexity of healthy development of children. In the upcoming presentation we will unite our study findings and delineate implications for developing effective strategies.
MULTIFILE
The studies reported on in this thesis addressed the development of suckingpatterns in preterm newborns. Preterm infants often have problems learningto suckle at the breast or to drink from a bottle. It is unclear whether this isdue to their preterm birth or whether it is the consequence of neurologicaldamage. From the literature, as well as from daily practice, we know thatthere is much variation in the time and in the way children start suckingnormally. Factors such as birth weight and gestational age may indeed berisk factors but they do not explain the differences in development. A smallspot-check proved that most hospitals in the Netherlands start infants onoral feeding by 34 weeks’ post-menstrual age (pma). By and large the policyis aimed at getting the infant to rely on oral feeding entirely as soon aspossible. The underlying rationale is to reduce the stay in hospital, and theidea that prolonged tube-feeding delays or even hampers the development ofsucking.
