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17/07/2025

Tell them πŸ’™πŸ‘ŒπŸΎ

29/05/2025

πŸ˜‚πŸ˜‚πŸ˜‚πŸ˜‚

27/05/2025

My favourite sport so far πŸ˜‚πŸ˜‚πŸ˜‚πŸΈ 🐸

27/05/2025

Tonight Euro million is £166 million imagine I scoop it 😩😩

27/05/2025

God is good I’m grateful πŸ™πŸ™πŸ™πŸΎπŸ™πŸΎ

27/05/2025

Always love your family but try and put your needs first β€οΈβ€οΈπŸ˜ŠπŸ˜ŠπŸ‘ŠπŸ»

26/05/2025

Look what I have learnπŸ‘‡πŸ½

Yes, traces of the father's DNA can indeed persist in the mother's body, a phenomenon known as

microchimerism. This occurs when fetal cells, carrying the father's Y chromosome, cross the placental barrier and enter the mother's circulation during pregnancy.
Here's a more detailed explanation:
Fetal cells migrate:
During pregnancy, some fetal cells naturally migrate from the developing fetus into the mother's bloodstream and other tissues.
Microchimerism:
These fetal cells can persist in the mother's body, even after birth, for years or even decades. This phenomenon is called microchimerism.
Y chromosome as a marker:
The presence of male cells (containing the Y chromosome) in the mother's tissues is a common way to detect microchimerism, as it's easier to identify than other fetal cells.
Persistence:
Studies have shown that male cells can be detected in maternal blood and even in the brain of women who have carried male fetuses.

Potential implications:
While the exact implications of microchimerism are still being researched, it has been suggested that these fetal cells may have a role in influencing the mother's immune system or other aspects of her physiology.

Therefore be carefully who you have children with.

Reference: Google

22/05/2025
21/05/2025

Always remember your family and your communityπŸ™πŸΎπŸ™πŸΎπŸ™πŸΎ

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