Minnesota Cerebral Palsy Lawsuit Results in $23.2M Verdict
The family of a girl who was diagnosed with cerebral palsy as a result of a birth injury has been awarded $23.3 million by a Minnesota jury after suing a hospital for waiting too long to perform a Cesarean section.
The Minnesota cerebral palsy lawsuit was filed against Rice Memorial Hospital and Affiliated Medical Community Center by Elise Rodgers, as a result of alleged negligence during the birth of her daughter, Kylie, in June 2007. According to a report by Minnesota Public Radio, Rodgers claimed that negligent medical care caused the girl to suffer severe brain damage because doctors failed to act quickly once the fetal monitor warned the child was being deprived of oxygen during labor.
The family argued that Kylie’s umbilical cord was compromised, and that doctors should have performed a Cesarean before she suffered permanent brain damage. Kylie, who now has cerebral palsy as a result of the negligent care, requires constant suctioning of her airway, sometimes as often as every three to five minutes, in order to survive, according to the lawsuit.
In a verdict handed down earlier this month by a Kandiyohi County jury, Rodgers was awarded $10 million for the child’s future medical expenses, $1.7 million for past medical expenses, $1.5 million for future lost earnings and $10 million for disability, emotional distress and pain.
Cerebral palsy can be caused by an injury to an infant’s brain before, during or shortly after birth. If the brain of a baby is deprived of oxygen, it can result in irreversible damage that leaves the child with developmental problems, loss of motor functions and other life-long injuries and disabilities associated with cerebral palsy. The condition is also commonly associated with seizures, sensory impairments and cognitive limitation.
Medical malpractice lawsuits for cerebral palsy are often filed when a medical mistake or series of mistakes occur during prenatal care or delivery that result in the child’s brain being deprived of oxygen for an extended amount of time.