19 December 2023: 'Meet Henry. He's only a few days old, but has already made Australian history' | SBS News
The birth of Henry Bryant in December 2023, marks a profound milestone in Australian reproductive medicine. Henry became the first baby born in Australia from a transplanted uterus, arriving via caesarean section at Sydney's Royal Hospital for Women and opening a new chapter in fertility care for women who have lost or were born without a uterus.
Henry's mother Kirsty, 30, had undergone an emergency hysterectomy following a haemorrhage after the birth of her first child in 2021. Facing limited options to expand her family, Kirsty participated in a clinical research trial at the Royal Hospital for Women, where her mother Michelle donated her uterus in a groundbreaking surgical procedure. Kirsty fell pregnant just three months after the transplant, with Henry arriving healthy and well in December 2023.
The procedure was performed by a Genea fertility specialist alongside Swedish uterine transplant pioneer Professor Mats Brännström, whose work in this field has helped pave the way for uterus transplantation to become a recognised pathway to parenthood internationally. The trial, funded through the Royal Hospital for Women Foundation, has approval to conduct six uterine transplant surgeries over the next three years. Since Kirsty's surgery, two additional women have undergone the procedure at the same hospital, with one now pregnant.
For women who experience uterine factor infertility, whether through medical necessity or a condition present from birth, the emergence of uterus transplantation as a viable option represents a significant step forward. While still in the clinical trial phase in Australia, this development sits alongside a broader and rapidly evolving landscape of assisted reproductive technologies that continue to expand what is possible for prospective parents hoping to grow their families.
At Genea, our expert team of Change Makers stays at the forefront of reproductive medicine, supporting patients through a wide range of fertility pathways.