Survivors had growth impairment (44%) and cognitive and motor development delay (25%)The first child to survive Bilateral Renal Agenesis (BRA), Abigail Rose Herrera Beutler, was born in July 2013 to US Congresswoman Jaime Herrera Beutler. A few weeks before she was born, Dr. Jessica Bienstock, a professor of maternal-fetal medicine at Johns Hopkins Hospital, administered a series of saline solution injections into the mothers womb to help the babys lungs to develop. After Abigail was born, the procedure was considered a success. The infant did not need artificial respiration and could breathe on her own. Her parents kept her on kidney dialysis at home until old enough for a kidney transplant. On February 8, 2016, at the age of two, Abigail received a kidney from her father at the Lucile Packard Childrens Hospital Stanford in California. History
Bilateral renal agenesis (BRA) was first recognized as a defect of human fetal development in 1671 by Wolfstrigel.In 1946, Edith Potter (1901–1993) described a series of 20 cases with absent kidneys, noting the characteristic appearance of the head and lungs. Up until this time, the condition itself was considered to be extremely rare. However, in part to Potters work, it has come to light that the condition presents far more frequently than previously reported.
The term Potter syndrome is most frequently associated with the condition of oligohydramnios sequence regardless of the root cause of the absence or reduced volume of amniotic fluid. However, as noted in this article, the term Potter syndrome was initially coined in order to refer to fetuses and infants with BRA. It was not until later that the term became more encompassing as it was noted that other causes of failed fetal urine production also resulted in similar physical characteristics and prognoses of the fetuses and infants with BRA (that which Potter originally described in 1946). Since then, the term Potter syndrome has become a misnomer and experts have attempted not to eliminate the terminology, but to modify it in a way so as to be able to determine the different root causes by creating a nomenclature system. However, this classification system has not caught on in the clinical and research fields. See also
Kidney development

References
External links

00350 at CHORUS