Latest news with #FemaleBuffering


Economic Times
13-07-2025
- Health
- Economic Times
The secret strengths of the female body: Why women outlive men
In a compelling new exploration of human biology, scientists are uncovering the hidden physical powers that help women consistently outlive men, even in the face of adversity and fewer resources. This longevity advantage, long observed in global demographics, is now being linked to surprising anatomical, genetic, and behavioral factors that set the female body apart. Despite having more complex reproductive systems and often receiving less medical attention, female bodies are engineered for resilience. A recent landmark study by researchers at North Carolina State University, including microbiologist Erinenney and forensic anthropologist Amanda Hale, revealed that women have significantly longer small intestines than men. This anatomical difference allows women to absorb more nutrients from the same amount of food, a trait that may have evolved to meet the intense demands of pregnancy and nursing. 'The vast majority of the nutrients you need to nourish your system—especially during reproduction and nursing, such as protein and fat—are absorbed by your small intestine,' explained Hale. This finding supports the "Female Buffering Hypothesis," which suggests that female biology has adapted to better withstand environmental and physiological stresses. Genetics also play a crucial role. Research indicates that the second X chromosome in women provides a protective effect, potentially acting as a "sprinkle of the fountain of youth." Even animal studies have shown that even with male reproductive organs, having two X chromosomes extends lifespan, a phenomenon believed to translate to humans as well. Estrogen, the primary female hormone, is another major player. It not only supports reproductive health but also strengthens the immune system, helping women fend off infections more effectively than men, particularly before menopause. A 2017 study from the Women's Health Initiative found that women who experience menopause later in life (over age 50) tend to live longer than those who enter menopause earlier. While biology sets the stage, behavioral patterns further widen the longevity gap. Data shows that women are less likely to engage in high-risk behaviors such as heavy drinking and smoking than their male counterparts. They also tend to seek out social connections, which protect against the negative health effects of isolation and loneliness. A 2023 analysis in JAMA Network found that women are less likely to die from drug overdose or suicide compared to men. Historically, women have been underrepresented in medical research, with most clinical trials favoring male subjects. This has led to a lack of understanding and sometimes inadequate care for female-specific health issues. However, 2025 marks a turning point, with increased advocacy for inclusion and the emergence of peer support groups and health hubs focused on women's hormonal wellness.


Time of India
13-07-2025
- Health
- Time of India
The secret strengths of the female body: Why women outlive men
In a compelling new exploration of human biology, scientists are uncovering the hidden physical powers that help women consistently outlive men, even in the face of adversity and fewer resources. This longevity advantage, long observed in global demographics, is now being linked to surprising anatomical, genetic, and behavioral factors that set the female body apart. Despite having more complex reproductive systems and often receiving less medical attention, female bodies are engineered for resilience. A recent landmark study by researchers at North Carolina State University , including microbiologist Erinenney and forensic anthropologist Amanda Hale, revealed that women have significantly longer small intestines than men. This anatomical difference allows women to absorb more nutrients from the same amount of food, a trait that may have evolved to meet the intense demands of pregnancy and nursing. 'The vast majority of the nutrients you need to nourish your system—especially during reproduction and nursing, such as protein and fat—are absorbed by your small intestine,' explained Hale. This finding supports the " Female Buffering Hypothesis ," which suggests that female biology has adapted to better withstand environmental and physiological stresses. The power of the X chromosome Genetics also play a crucial role. Research indicates that the second X chromosome in women provides a protective effect, potentially acting as a "sprinkle of the fountain of youth." Even animal studies have shown that even with male reproductive organs, having two X chromosomes extends lifespan, a phenomenon believed to translate to humans as well. Estrogen , the primary female hormone, is another major player. It not only supports reproductive health but also strengthens the immune system, helping women fend off infections more effectively than men, particularly before menopause. A 2017 study from the Women's Health Initiative found that women who experience menopause later in life (over age 50) tend to live longer than those who enter menopause earlier. Lifestyle, behavior, and social networks While biology sets the stage, behavioral patterns further widen the longevity gap. Data shows that women are less likely to engage in high-risk behaviors such as heavy drinking and smoking than their male counterparts. They also tend to seek out social connections, which protect against the negative health effects of isolation and loneliness. A 2023 analysis in JAMA Network found that women are less likely to die from drug overdose or suicide compared to men. Live Events Overcoming medical neglect Historically, women have been underrepresented in medical research, with most clinical trials favoring male subjects. This has led to a lack of understanding and sometimes inadequate care for female-specific health issues. However, 2025 marks a turning point, with increased advocacy for inclusion and the emergence of peer support groups and health hubs focused on women's hormonal wellness.