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Across the discussions, participants highlight the importance of balanced fatty acid intake during pregnancy, referring to the research as 'eye-opening' and emphasizing its potential to influence dietary recommendations. The tone varies from supportive to contemplative, reflecting moderate engagement and interest, with some users contemplating the policy implications or personal choices based on the findings.
Most discussions acknowledge and support the significance of the research findings on maternal diet and brain development.
Participants show general curiosity about neurodevelopment and dietary impacts but do not delve deeply into technical details.
Responses are somewhat passive, mainly expressing opinions rather than actively analyzing methodologies or implications.
There is recognition that the study has meaningful implications for maternal nutrition and public health policies.
@KentaSendai 魚食は2007年くらいから減少の一途を辿っています。ちなみに母乳には脂質が移行するので、子どもの成長に関しても肉食偏重はよろしくないです。妊娠期の影響に関しては、動物モデルで研究しました。そのまま人間に当て嵌める量ではありませんが、ご参考まで。https://t.co/amexRvFr4Z
Maternal dietary imbalance between omega‐6 and omega‐3 polyunsaturated fatty acids impairs neocortical development via epoxy metabolites https://t.co/1GUtMTytUR
Discover how a maternal diet high in omega-6 and low in omega-3 fatty acids affects fetal brain development, leading to reduced neurogenesis and potential long-term mental health impacts, as shown through lipidomics and…
A diet high in omega-6 and low in omega-3 during pregnancy impairs brain development in mice by disrupting neural stem cell fate and reducing neurogenesis in the neocortex, with lasting effects on mental health.
@KentaSendai 魚食は2007年くらいから減少の一途を辿っています。ちなみに母乳には脂質が移行するので、子どもの成長に関しても肉食偏重はよろしくないです。妊娠期の影響に関しては、動物モデルで研究しました。そのまま人間に当て嵌める量ではありませんが、ご参考まで。https://t.co/amexRvFr4Z
Maternal dietary imbalance between omega‐6 and omega‐3 polyunsaturated fatty acids impairs neocortical development via epoxy metabolites https://t.co/1GUtMTytUR