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Newborn baby delivered by 31-year-old woman manifests extraordinary age anomaly

World's Oldest Newborn: Thaddeus Takes the Title, Born Recently | Our Site

Individual welcomes 31-year-old newborn into the world at birth
Individual welcomes 31-year-old newborn into the world at birth

Newborn baby delivered by 31-year-old woman manifests extraordinary age anomaly

A 31-Year-Old Frozen Embryo Brings New Life: The Remarkable Story of Baby Thaddeus

In a remarkable turn of events, a baby named Thaddeus was born in 2025, making him the oldest baby in the world. Thaddeus was conceived from an embryo that was frozen for 31 years.

The embryo was one of four created in the 1990s through in vitro fertilization (IVF) by a woman who is now 62 years old. Due to low chances of a healthy birth, the embryos were accepted into the "Open Hearts" program. One of these embryos was adopted by a couple from Ohio who had been trying to have a baby for eight years.

The process of embryo adoption involves receiving a frozen embryo, thawing it, conducting health screenings, preparing the recipient's uterus with hormonal treatments, and performing an embryo transfer followed by pregnancy monitoring. In this case, the couple had to travel to Tennessee five times within two weeks for the process.

Lindsey Pierce, aged 35, gave birth to Thaddeus on July 26. Despite a difficult birth, both Lindsey and the baby are doing well now. The couple who donated the embryo struggled to conceive at the time.

Lindsey retained custody of the remaining embryos after her divorce and has expressed a desire to meet the sibling of her daughter soon. The freezing process, called vitrification, preserves embryo quality for decades, and properly frozen embryos can be as healthy as fresh ones.

This remarkable story was reported by MIT Technology Review, highlighting the advancements in assisted reproductive technology. Embryo adoption provides a family-building option for couples facing infertility or other barriers, and the successful birth of Thaddeus demonstrates its potential.

In the context of advancements in assisted reproductive technology, the science of embryo adoption played a significant role in the birth of baby Thaddeus. His aged mother, Lindsey Pierce, underwent health-and-wellness procedures such as hormonal treatments for the embryo transfer, ensuring both her and the baby's well-being. Additionally, the importance of fitness-and-exercise cannot be overlooked during the process, as travel for multiple sessions was necessary for a successful pregnancy.

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