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The overall tone indicates strong interest, as posters discuss the biological mechanisms behind fat distribution differences with phrases like 'related to metabolic health' and references to historical studies. The engagement is evident in specific questions about adipocyte size and requests for further reading, showing they are actively analyzing and building on the publication's content. However, the discussions primarily reaffirm existing knowledge and curiosity rather than delivering groundbreaking insights, leading to moderate impact perception.
Most discussions acknowledge the importance of sex differences in adipose tissue biology and related health implications, reflecting general agreement with the article's focus.
The posts demonstrate high interest, referencing historical research, current concepts, and asking for further bibliographic recommendations, showing active engagement.
Participants engage with specific details like fat distribution, adipocyte size, and their metabolic impacts, indicating moderate depth in their discussions.
While the discussions highlight ongoing interest and potential relevance, they do not assert the article's findings as transformative or practice-changing, resulting in a moderate impact score.
Los depósitos de tejido adiposo blanco subcutáneo (SAT), justo debajo de la piel, almacenan ~ 80-90% de la grasa corporal total https://t.co/cYjkBz1v2T
Preparando el próximo vídeo, Diferencias sexuales en la distribución de grasa: la biología de la forma de la pera para ellas vs en forma de manzana para ellos.. si tenéis recomendación de bibliografía me hacéis un gran favor !! https://t.co/q67s0OOlM8
@tednaiman @raphaels7 I think OP is asking specifically about the marked sex differences in adiposity, and absence of dimorphism in fasting insulin. That's probably due to comparable adipocyte size - ie. women have more fat mass, but also proportionally more adipocytes. https://t.co/H71exk7m87 https://t.co/isBJR4xJFI
#FlashbackFriday Authors from 2012 published a brief overview of the relationship of fat distribution to metabolic health in men and women, with a focus on mechanisms underlying #SexDifferences in adipose tissue biology. Read on: https://t.co/uYA3v85XFO
NIH: Biology of Sex Differences 2012: Sex differences in human adipose tissues – the biology of pear shape "For the same body mass index (BMI), women typically present with ~10% higher body fat compared to men [19,20]." https://t.co/kE3uocDy5O
RT @BiologySexDiff: #FlashbackFriday Authors from 2012 published a brief overview of the relationship of fat distribution to metabolic heal…
Explore why women tend to live longer than men, examining historical, biological, and social factors influencing lifespan, based on research from Our World in Data and other sources.
The video explores the history and influence of Korean eunuchs, highlighting how their lifespan varied based on social status, roles, and political stability throughout history, and discusses the decline of their…
RT @BiologySexDiff: #FlashbackFriday Authors from 2012 published a brief overview of the relationship of fat distribution to metabolic heal…
#FlashbackFriday Authors from 2012 published a brief overview of the relationship of fat distribution to metabolic health in men and women, with a focus on mechanisms underlying #SexDifferences in adipose tissue biology. Read on: https://t.co/uYA3v85XFO
NIH: Biology of Sex Differences 2012: Sex differences in human adipose tissues – the biology of pear shape "For the same body mass index (BMI), women typically present with ~10% higher body fat compared to men [19,20]." https://t.co/kE3uocDy5O
@tednaiman @raphaels7 I think OP is asking specifically about the marked sex differences in adiposity, and absence of dimorphism in fasting insulin. That's probably due to comparable adipocyte size - ie. women have more fat mass, but also proportionally more adipocytes. https://t.co/H71exk7m87 https://t.co/isBJR4xJFI
Preparando el próximo vídeo, Diferencias sexuales en la distribución de grasa: la biología de la forma de la pera para ellas vs en forma de manzana para ellos.. si tenéis recomendación de bibliografía me hacéis un gran favor !! https://t.co/q67s0OOlM8
Los depósitos de tejido adiposo blanco subcutáneo (SAT), justo debajo de la piel, almacenan ~ 80-90% de la grasa corporal total https://t.co/cYjkBz1v2T
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