I'm not caping for anyone...I just asked the question..read the thread title again...
also
do women take in stem cells from fetus during inception
AI Overview
Yes, women do acquire
fetal cells, including stem cells, from the fetus during pregnancy, a phenomenon known as
microchimerism.
Key points:
- Cell exchange: Small numbers of fetal cells, including stem cells and differentiated cells, naturally cross the placenta and enter the mother's circulation.
- Persistence: These fetal cells can survive, migrate, and integrate into various maternal tissues and organs, and may even persist for decades after pregnancy.
- Potential roles:While the exact functions of these fetal cells are still being researched, some studies suggest they may play a role in:
- Tissue repair and regeneration: Fetal stem cells might contribute to the healing of damaged maternal tissues.
- Maternal health: Fetal cells may be linked to both positive and negative effects on maternal health, including potential benefits for certain cancers and, in some cases, potential links to autoimmune diseases.
- Microchimerism: This presence of a small population of cells from another individual (in this case, the fetus in the mother) is termed microchimerism.
In summary, while the term "inception" usually refers to the very beginning of pregnancy (fertilization), the transfer of fetal cells, including stem cells, occurs throughout the pregnancy, beginning as early as the first few weeks.
can microchimerism change womens behavior and mental health
AI Overview
Yes, microchimerism, particularly fetal microchimerism (the presence of fetal cells in a mother's body), has been
suggested as a potential factor in changes in women's behavior and mental health, but the exact mechanisms and extent of these effects are still being investigated.
Here's a breakdown of the key points based on the provided search results:
- What is Microchimerism? It's the presence of a small number of cells from another individual in a person's body. During pregnancy, fetal cells can transfer to the mother, and these cells can potentially persist in her body for years or even decades, a phenomenon called fetal microchimerism.
- Potential Impact on Mental Health:
- Postpartum Depression: Some studies have shown a higher prevalence of fetal microchimeric cells in women with postnatal depression compared to healthy women. However, further research is needed to determine the exact role these cells play.
- Psychiatric Disorders: Microchimerism has been hypothesized as a possible explanation for the etiology of some psychiatric diseases, including schizophrenia and postpartum psychosis.
- Brain Function: Research suggests that fetal cells might have effects on brain function, although the specific mechanisms are not yet understood. Some studies even indicate that fetal cells were less common in the brains of women diagnosed with Alzheimer's disease compared to healthy controls.
- Contradictory Findings: The existing literature on fetal microchimerism and maternal health shows conflicting results, with some research indicating it contributes to poor outcomes and others suggesting it has beneficial effects, such as a potential role in maternal wound healing.
- Ongoing Research: The biological significance of microchimerism, especially in the brain, is still being investigated. Further studies are needed to better understand the role microchimerism might play in maternal emotional health.
Important Note: While there is intriguing research suggesting a connection between microchimerism and mental health, it's crucial to understand that these are hypotheses and more research is necessary to establish a clear causal link. Other factors also play significant roles in mental health and well-being.
All Tiffany did was float a possibility
