Spina bifida is a congenital defect that is present at the birth of a
            
 child.  It is caused by problems with early development of the spine with
            
 the main defect being the failure of the closure of the vertebral column
            
 that is the bony column that surrounds the spinal cord.  Without this
            
 closure, the spinal cord is not afforded the usual protection of the
            
 vertebrae, and is left open to either mechanical injury or invasion by
            
       However, spina bifida may be treated with utero surgery.  While this
            
 is a risky yet promising procedure, it appears to improve short-term
            
 outcomes (Worcester, 2003).  Dr. Joseph Bruner, professor of obstetrics and
            
 gynecology at Vanderbilt, states that, "To date, more than 250 surgeries to
            
 repair the lesions associated with spina bifida have been performed at
            
 centers such as Children's Hospital of Philadelphia, the University of
            
 California, San Francisco, and Vanderbilt University."  In utero repair has
            
 several advantages over postnatal surgery.  They include potentially fewer
            
 urinary infections, less gastrointestinal reflux, improved fetal leg
            
 function and cognitive development, and less need for shunt placement with
            
       The most reoccurring type of spina bifida is an opening in the spine
            
 that appears in the body midline anywhere from the neck to the buttocks
            
 area.  This may be detected before birth and a pediatric surgeon may be
            
 available to perform surgery upon birth.  Since the spinal cord is not
            
 developed properly, the defect may be much more subtle, and may, in fact,
            
 be covered with skin, while in spinal rachischisis, the most severe form of
            
 spina bifida, the entire length of the spine may be open.
            
       The cause of spina bifida may be a combination of genetic factors
            
 along with environmental influences that bring about malformation of the
            
 spine and spinal column.  While all of the reasons that contribute to the
            
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