A baby in India was found with two undeveloped fetuses in his abdomen due to a rare condition. Doctors successfully removed them, and he is healthy.
A newborn
boy in India was found with two underdeveloped fetuses inside his abdomen, a
rare medical condition known as 'fetus in fetu.' Doctors successfully removed
them, and both the baby and mother are in good health.
A
32-year-old woman in India was shocked when a routine scan at 35 weeks of
pregnancy revealed an unusual discovery inside her unborn baby. Doctors found
two malformed fetuses growing in the abdomen of her unborn son, a rare
condition known as ‘fetus in fetu.’
The
mother had undergone previous scans, which showed no abnormalities. However,
last month, a doctor detected an additional structure containing bones within
the fetus. Further tests confirmed the presence of two underdeveloped fetuses
inside the baby’s abdomen.
On
February 1, the woman delivered her son, and surgeons successfully removed the
two fetuses. While the baby and mother are in good health, the two parasitic
fetuses were too underdeveloped to survive.
‘Fetus in
fetu’ is an extremely rare phenomenon, with only about 200 cases documented in
medical literature. In this condition, one fetus is absorbed by another during
early development in the womb. In some instances, the absorbed fetus may
develop features such as hair, fingernails, and limbs but lacks vital organs to
sustain life.
Dr.
Prasad Agarwal, who conducted the scan, stated, "I was fortunate to detect
something highly unusual. This is one of the rarest cases in the world."
In most
cases, the absorbed fetus is found in the abdomen, allowing doctors to remove
it safely. However, other documented cases have involved the fetus being
discovered in locations such as the skull, scrotum, and tailbone. In 2015, a
fetus was found in a 20-day-old infant’s scrotum, while a case last year in
China involved a fetus inside a one-year-old girl’s skull, causing severe
complications.
While the
exact cause of ‘fetus in fetu’ remains unclear, doctors believe it occurs when
identical twins fail to separate properly during early embryonic development.
In this case, the woman’s fertilized egg may have attempted to split into three
but did not fully separate, leading to one viable fetus and two malformed ones.
This rare
condition continues to intrigue the medical community, shedding light on the
complexities of fetal development.
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