In a rare and extraordinary occurrence, Kelsey Hatcher, a 32-year-old resident of Dora, Alabama, has made international headlines after giving birth to twin baby girls from her two uteruses. This remarkable event deemed a "one in a million" happening by medical professionals, is the result of a congenital anomaly known as uterus didelphys, which causes the formation of two uteruses. Only 0.3% of women are affected by this rare condition, as stated in a press release from the University of Alabama (UAB), which announced the birth.
Kelsey Hatcher, diagnosed with uterus didelphys at the age of 17, underwent a scheduled induction at the UAB hospital on December 19, reaching 39 weeks of pregnancy. Accompanied by her husband Caleb, she endured a combined 20 hours of labour, bringing her daughters into the world.
The older sister, Roxi, was delivered vaginally on December 19 at 7:45 p.m., while the younger sister, Rebel, entered the world via cesarean section on December 20 at 6:10 a.m. Both babies weighed just over seven pounds. Hatcher expressed gratitude for the support of UAB, stating, "Never in our wildest dreams could we have planned a pregnancy and birth like this, but bringing our two healthy baby girls into this world safely was always the goal, and UAB helped us accomplish that."
This marked Hatcher's fourth pregnancy, and what made it unique was the unexpected discovery of her dual pregnancy. During her initial ultrasound, Hatcher, surprised by the revelation, recounted, "As soon as she moved the wand to the other uterus, I gasped. Sure enough, there was another baby. We just could not believe it."
Dr. Shweta Patel, Hatcher's obstetrician, expressed her surprise at the ultra-rare "dicavitary pregnancy," emphasizing that while she had previously cared for Hatcher during her third pregnancy, this time was a true medical surprise with two babies in two uteri.
Despite the unusual circumstances, Hatcher's pregnancy was described as routine, with only a few additional appointments. Dr. Richard O. Davis, head of maternal-fetal medicine at UAB, explained that having two separate wombs, sacs, placentas, and umbilical cords provided extra space for each baby's growth and development, reducing the risk of preterm or early birth.
During the birth, Hatcher felt each uterus acting independently, with contractions occurring at different intervals. After the vaginal delivery of the first baby from the right uterus, a cesarean section was performed for the second baby, who did not descend as expected for a vaginal delivery.
Reflecting on the unusual journey, Hatcher said, "After such a long and crazy journey, it meant the world to see both of my girls together for the first time." As for the classification of the girls as twins, Dr. Davis suggested calling them fraternal twins, emphasizing that, despite different wombs and birthdays, they were two babies in one belly at the same time.
Kelsey Hatcher shared her joy and gratitude, along with photos of her "miracle babies" and the medical team, on Instagram. The heartwarming story showcases the resilience of both mother and babies, making it an extraordinary and memorable event in the realm of childbirth.