Spina Bifida occurs within the first month of pregnancy resulting in an
incomplete closure of the spinal column. Spina Bifida is the most frequently
occurring permanently disabling birth defect affecting approximately one out
of every 1,000 newborns in the United States.
What Causes Spina
Bifida?
The cause of Spina
Bifida is not known with certainty, however, scientists believe that genetic
and environmental factors may act together to cause Spina Bifida.
How is Spina Bifida
Treated?
A child with the most
severe form of Spina Bifida usually is operated on within 24 hours after
birth. Surgery is generally performed to minimize the risk of infection and
to preserve existing function in the spinal cord.
Meningocele, which
does not involve the spinal cord, can be repaired surgically, usually with
no paralysis. Although most children with meningocele develop normally,
affected children should be evaluated for hydrocephalus and bladder problems
in order that they may be treated properly.
Spina Bifida occulta,
in most cases, usually requires no treatment.
Can Anything Be Done to
Prevent Spina Bifida?
Yes. Recent studies
have shown that if all women of childbearing age were to consume400
micrograms (mcg), also written as 0.4 milligrams (mg), of folic acid prior
to becoming pregnant and throughout the first trimester of pregnancy, the
incidence of Spina Bifida could be reduced by up to 75%.
With half of the
pregnancies in the United States unplanned, Spina Bifida professionals
encourages women to take a multivitamin containing 400 mcg of folic acid
each day throughout their reproductive years. In addition, women at
increased risk for Spina Bifida (women who have a child with Spina Bifida,
have had an affected pregnancy, or have Spina Bifida themselves) should take
4000 micrograms (mcg), also written as 4.0 milligrams (mg), of folic acid by
prescription for 1 to 3
months before becoming
pregnant.
What is Folic Acid?
Folic acid, a common
water-soluble B vitamin, is essential for the functioning of the human body.
During periods of rapid growth, such as pregnancy and fetal development, the
body's requirement for this vitamin increases.
What Conditions Are
Associated With Spina Bifida?
Special attention is
needed to identify and treat condition associated with Spina Bifida. Due to
the wide range of neurological damage and mobility impairments, it can be
difficult to identify some secondary conditions. Attention should be focused
on the psychological and social development of children and young adults
with Spina Bifida. Conditions associated with Spina Bifida include mobility
impairments, bowel and bladder complications, latex allergy, tendonitis,
obesity, skin breakdown, gastrointestinal disorders, learning disabilities,
depression, and social and sexual issues.
What Physical
Limitations Exist?
Persons with Spina
Bifida need to learn mobility skills and often, with the use of crutches,
braces, or wheelchairs can achieve more independence. Also, with new
techniques, children can become independent in managing their bowel and
bladder problems. Physical disabilities like Spina Bifida can have profound
effects on the child's emotional and social development. It is important
that health care professionals, teachers, and parents understand the child's
physical capabilities and limitations. To promote personal growth, they
should encourage children (within the limits of safety and health) to be
independent, to participate in activities with their non-disabled peers and
to assume responsibility for their own care.
Can Spina Bifida Be
Detected Before Birth?
Yes. There are three
prenatal tests that can be done to detect Spina Bifida.
First, most women in
the United States have blood drawn during the 16-18th weeks of pregnancy to
check for blood levels of a protein called alpha-fetoprotein (AFP screening
test), which is elevated in about 75-80% of women having fetuses with Spina
Bifida.
Second, ultrasound
(sonograms) of the fetus can detect signs of Spina Bifida such as the open
spine.
Finally, maternal
amniocentesis, in which a small sample of the amniotic fluid is withdrawn
through a thin needle, can detect alpha-fetoprotein or another protein.
Unfortunately, there are limitations on any test, and these tests do not
identify a child with Spina Bifida in every single case.
What is the Long-Term
Outlook for Children with Spina Bifida?
Fortunately, with the
proper medical care, children with Spina Bifida can lead active and
productive lives. Most are successful in school and many are actively
involved in modified sports activities despite their physical challenges.
Due to medical and surgical interventions over the last 40 years,
approximately 90% of babies born with Spina Bifida survive into adulthood,
approximately 80% have normal IQ scores, and approximately 75% are in
competitive sports and recreational activities.
This information does
not constitute medical advice for any individual. As specific cases may vary
from the general information presented here, SBGNO advises readers to
consult a qualified medical or other professional on an individual basis