Hypothermia therapy is a medical treatment option in which an infant’s body temperature is reduced shortly after birth in order to decrease the chances of severe brain damage and slow down disease progression. Studies show that hypothermia therapy, also known as head cooling, increases a newborn’s chance of survival and reduces the risk of neurological disabilities. Conditions that may require this kind of treatment include fetal heart abnormalities, lack of oxygen in the mother’s blood before birth, fetal anemia, premature birth or an enlarged infant.
It is your doctor’s responsibility to monitor your baby and recognize when intervention is necessary. If your doctor or nurse is negligent during delivery or birth, your child may not receive hypothermia therapy when needed. This occurs when there is a failure to:
- Monitor an unborn baby
- Take appropriate action during a difficult delivery
- Recognize umbilical cord issues
- Perform a C-section
- Recognize or treat hypoxic ischemia
While there are dangers associated with hypothermia therapy, the benefits greatly outweigh the risks. Hypothermia therapy can reduce the chance of severe brain injury by 25% and save an infant from developing cerebral palsy and other debilitating conditions caused by brain damage. According to the National Institute of Health (NIH), children who underwent treatment as infants have a higher survival rate at 6-7 years and are less likely to develop severe developmental issues than infants who didn’t receive hypothermia therapy.
If you believe your child was the victim of medical malpractice, talk to one of our experienced Pennsylvania birth injury lawyers about your case. At Handler, Henning & Rosenberg LLP, we can provide the effective representation you are looking for. We are committed to fighting for the rights of those injured by negligent health professionals.Please call (888) 498-3023 or contact us online for a free initial consultation. Our lawyers serve clients across Pennsylvania, with offices in Lancaster , Harrisburg , Carlisle , Hanover , and York .