March 6, 2009

Cool New Therapy Reduces Brain Damage in Oxygen-Deprived Infants

Babies who are deprived of oxygen for any significant period of time during birth have a very high risk of suffering permanent brain damage. This risk of birth injury has shown to be reduced, however, by a new therapy that is pretty cool, literally. The therapy, called induced hypothermia, involves placing an infant on a cooling blanket within 6 hours of its birth for a period of 3 days, bringing its temperature down from the normal 98.6 degrees to about 92 degrees. Research shows that, while the therapy may not completely prevent brain damage, babies suffering from hypoxic ischemic encephalopathy (HIE), or birth hypoxia and asphyxia, that receive the treatment have a greater chance of survival and the extent of their brain damage from oxygen deprivation is reduced.

Read more about this new cooling therapy here.

February 27, 2009

Breakthrough Scientific Discovery: New Compounds May Prevent Cerebral Palsy

Scientists at Northwestern University in Evanston, Ill., have developed two compounds that may be effective in protecting against cerebral palsy. The findings from their experiments with rabbits suggest that the compounds may have prevented the development of the disorder, which would have otherwise developed, following a lack of oxygen to the fetus. Notably, all of the fetuses born to mother rabbits that were treated with the compounds survived, whereas, over half of those without treatment died. Perhaps most impressive is that 83% of the animals treated with one of the compounds were born without any characteristics of cerebral palsy at all. More testing is necessary before they can conclude that the compounds will work to prevent birth injuries in humans, but these findings bring hope that infants subjected to birth hypoxia, such as those who suffer umbilical cord compression during labor, need not suffer permanent brain damage.

Read more about this exciting cerebral palsy prevention breakthrough in an article published by US News & World Report.

February 26, 2009

The Risks of Natural Birth Following Previous C-Sections

There are serious risks, both to the mother and her baby, when having a “natural birth” after having delivered an earlier child by c-section. The procedure, known as vaginal birth after cesarean (VBAC, for short), has been shown to cause serious injuries. For instance, there is a risk of the mother suffering a uterine rupture, which can be fatal to both her and her baby. There is also a chance that the VBAC will cause the baby to suffer oxygen deprivation (or birth hypoxia), leading to brain damage and cerebral palsy. These risks are compounded by doctors’ errors such as hesitation to perform the delivery or delaying a c-section. Recognizing that the decision to proceed with a VBAC may cause these birth injuries, and potentially be grounds for pursuing a medical malpractice lawsuit, many doctors are now refusing to perform them, opting instead for another c-section delivery.

Read more about the risks of VBACS, and the difficulties of finding doctors willing to perform them, in an article by Time Magazine.

October 10, 2008

Jury Awards $4.25 Million in Cerebral Palsy Birth Injury Lawsuit

A jury found a hospital liable for medical malpractice and awarded $4.25 million to the family of a girl who, after a traumatic birth, was born with Cerebral Palsy and brain damage. The baby’s heart rate began to drop while the mother was lying in a hospital bed but the doctor had gone home for dinner. By the time another doctor arrived and performed an emergency Cesarean Section, the baby had been deprived of oxygen for 20 minutes.

The jury found that the hospital ignored signs of fetal distress, failed to notify a doctor in time to perform a timely emergency C-Section, and that this delay caused the child’s injuries.

The jury awarded compensation for past and future medical expenses, lost future earnings and pain and suffering.

For the full story, click here.