Cerebral palsy, also called Little’s disease or static encephalopathy,
is a group of chronic disorders impairing control of movement that
appear in the first few years of life. Cerebral palsy was first noticed
in children in the first years of their lives back in 1860. An English
surgeon named William Little wrote about an unknown disorder that
caused stiff, spastic muscles in their legs and their arms. The children
with the observed difficulties did not get any better or any worse
as they aged. That documented condition was called Little for many
years but is now known as spastic diplegia, a form of cerebral palsy.
Causes of Cerebral Palsy
Cerebral palsy was thought to be the result of a lack of oxygen during
birth. Other suggestions continued to surface because the children
with the cerebral palsy had other problems like mental retardation,
visual disturbances, and seizures. Until the 1980’s it was still believed
that birth complications caused most cases of cerebral palsy until
scientists analyzed data from a government study and found that less
than 10% of the cerebral palsy births were due to birth complications.
Cerebral palsy affects the nerves that regulate and control the body’s
muscles. The literal meaning of the word cerebral is the brain’s two
halves and palsy describes any disorder that impairs control of body
movement. When there is faulty development or damage to motor areas,
as in cerebral palsy, it disrupts the brain’s ability to control movement
and posture sufficiently.
Four Types of Cerebral Palsy
People with cerebral palsy must endure extremely difficult medical,
social, and educational development. There are four main categories
of cerebral palsy, including spastic cerebral palsy, athetoid cerebral
palsy, ataxic cerebral palsy, and mixed cerebral palsy.
- Spastic cerebral palsy is the most common form, affecting 70-80%
of patients. This type of cerebral palsy keeps the muscles in
a constant state of increased involuntary reflex.
- Athetoid cerebral palsy is characterized by a slow and uncontrolled
movement and affects 10-20% of the cerebral palsy patients.
- Ataxic cerebral palsy is the rare form of cerebral palsy affecting
just 5-10% of the patients. In most cases of cerebral palsy there
are more than one of the types of symptoms present.
- Mixed cerebral palsy is the most common form of cerebral palsy
which is a combination of spasticity and athetoid movements.
Cerebral Palsy Diagnosis and Risks
Characteristics have been observed that seem to increase the possibility
of a child being diagnosed with cerebral palsy. Although there are
always risk factors for certain conditions, such as cerebral palsy,
this does not mean that certain factors will always result in cerebral
palsy. Some of the risk factors that have been uncovered should be
easily recognizable to doctors as indicators. Babies that are born
with cerebral palsy are sometimes born with breech presentation. Breech
presentation is when a baby is presented feet first as opposed to
the typical head first birth. A complicated labor and delivery may
be a sign that the infant could have cerebral palsy. Cases of cerebral
palsy are recognized by vascular or respiratory problems that are
sometimes the first sign that a baby has suffered some brain damage
or has not fully developed their brain. There is a numbered rating
scale that reflects a newborn’s condition by checking the baby’s heart
rate, breathing, muscle tone, reflexes, and skin color in the first
minutes after birth, called the Apgar score. A low Apgar score indicated
potential problems and babies with cerebral palsy often score a low
Apgar.
Premature births and low birthweight has been shown to correlate with
cerebral palsy. The risk for cerebral palsy increases as the weight
falls. Multiple births are also considered a risk for cerebral palsy.
Some babies with cerebral palsy have visible nervous system malformation
like an abnormally small head suggesting that problems occurred in
the development of the nervous system when the baby was in the womb.
There are also indicators of cerebral palsy that show up in the mother
carrying the child. Maternal bleeding or severe proteinuria late in
pregnancy or vaginal bleeding during the sixth to ninth months of
pregnancy is linked to higher risk of cerebral palsy babies. Mothers
who have hyperthyroidism, mental retardation, or seizures are also
more likely to have a child with cerebral palsy. Seizures in the newborn
child can also indicate a higher risk of being diagnosed with cerebral
palsy later in childhood.
Cerebral Palsy Prevention
Preventing cerebral palsy is not always possible but there are certain
causes that can be treated or prevent cerebral palsy. Healthy pregnancy
is always advisable though a healthy pregnancy will not always prevent
cerebral palsy from occurring. A head injury that can lead to cerebral
palsy can be prevented by the regular use of safety devices. Child
safety seats in the car and bicycle helmets along with safety measures
in the home can prevent accidental injuries and protect a child’s
head from becoming injured and leading to cerebral palsy. Newborn
babies with jaundice can be treated with phototherapy that exposes
the affected baby to special lights that break down bile pigments
and prevent them from building up and threatening the brain. A blood
test that is routinely performed on expectant mothers can find Rh
incompatibility that can be treated with a special serum to prevent
unwanted production of antibodies. Doctors can minimize problems by
watching the developing baby and performing a transfusion when necessary.
A simple vaccination that can be given to women before becoming pregnant
can keep Rubella or German measles from occurring and leading to cerebral
palsy.
Prior to three years of age parents can tell if there may be something
different about theirbaby. Children who are not developing motor skills
at a normal pace may possibly have cerebral palsy. Cerebral palsy
infants are frequently slower to reach developmental milestones. Abnormal
muscle tone may appear in the child, including decreased muscle tone
that makes the baby appear relaxed and floppy and increased muscle
tone that makes the baby seem stiff or rigid can indicate cerebral
palsy. While these symptoms are good indicators of cerebral palsy
they can also be developmental problems. A doctor can help distinguish
this.
Cerebral Palsy Treatment
Cerebral palsy is a group of chronic disorders impairing control of
movement. Cerebral palsy occurs when there is brain damage. The effect
of cerebral palsy on an individual can face serious and difficult
medical, social, and education challenges. While there is no cure
for cerebral palsy, different treatment methods are constantly being
researched and improved. There are no treatments that can undo the
damage and symptoms of cerebral palsy. Treatment for cerebral palsy
includes different therapeutic approaches to help better manage the
potential physical and mental aspects of a child. Physical therapy,
drug therapy, or surgery may be implemented as part of a cerebral
palsy treatment depending on the individual’s needs.
Physical therapy is important treatments, started soon after a diagnosis
is made in the first years of a child’s life. Specific exercises helps
to keep the muscles from becoming weakened and from deteriorating
from lack of use. Cerebral palsy patients can experience muscle contractures,
when muscles become fixed in a rigid and abnormal position.
Exercises help to avoid contractures, which is one of the most serious,
as well as common, complications with cerebral palsy. Contractures
can disrupt previous achievements and disrupt balance. When muscles
and tendons are prevented from stretching and do not grow fast enough
to keep up with lengthening bones, it is called spasticity.
Physical therapy is used to prevent contractures complications by
stretching spastic muscles, caused because most children are able
to grow and stretch the muscles and tendons from their everyday activities.
Physical therapy is also used in certain situations to improve motor
development, in addition to behavior therapy in some situations that
uses psychological theory and techniques to complement physical, speech,
or occupational therapy.
Drug therapy is used when the cerebral palsy patient has seizures
and the medications can prevent them from occurring. Drugs are used
to control spasticity by interfering with the process of muscle contractions,
though drugs used for the long-term control of spasticity has not
been clearly proven yet. The drugs have only been shown to be effective
in the short-term range. Other cerebral palsy patients may have alcohol
injected into a muscle to help reduce spasticity for short periods
of time, and the physician can work on lengthening the muscle at this
time. Patients with athetoid cerebral palsy sometimes are prescribed
drugs to reduce the abnormal movements that they experience.
Some cases of cerebral palsy cause contractures to be so severe that
it causes problems in movement, so surgery is used to lengthen the
shortened muscle. There is also a surgery that can reduce spasticity
in the legs. This surgery that reduces the amount of stimulation that
can reach the leg muscles by the nerves, is still being researched
on a continual basis to determine its overall effectiveness.
Birth Injury
A birth injury is a physical injury to a baby that occurs during the
birthing process. Birth injury may also be referred to as a birth
trauma. Some examples of birth injury conditions are brachial palsy,
bruising/forceps marks, cephalohematoma, facial paralysis due to pressure
on the baby’s face causing facial nerve damage, fractures, or the
breakage of small blood vessels in the infant’s eyes. Birth injury
incidents can often be prevented through proper prenatal care and
monitoring. The occurrence of a birth injury is much more rare today,
due to improved prenatal testing, but the chance of a birth injury
still exists, and injuries can be sustained during delivery, although
steps to minimize serious birth injury such as cerebral palsy should
always be taken. In some cases, the baby sustains a birth injury due
to improper techniques, resulting in nerve damage or oxygen deprivation.
A devastating birth injury like cerebral palsy occurs when the brain
is damaged before or during birth. Such a birth injury may be the
result of improper medical responses to fetal distress. In order to
prevent birth injury, hospitals should use a fetal monitor that tracks
the heart rate and responses to contractions. Birth injury can occur
if the doctor fails to recognize and respond to distress. Children
sustaining a birth injury may be only slightly affected, or may suffer
permanent damage. A more serious birth injury, such as Erb’s palsy
or encephalopathy, can result in paralysis or mental retardation.
If the birth injury results from the negligence of the medical staff,
then the doctor/hospital should be held responsible. Birth injury
costs can include emergency surgery, long term care and treatment,
medication, etc. Children with birth injury conditions may never be
capable of caring for themselves, and the expense of treating a birth
injury and achieving the best possible quality of life can be quite
high. Additionally, a birth injury is a traumatic, devastating even
for the entire family, and parents of a child with a birth injury
may be entitled to compensation for the emotional and psychological
distress they suffer.
When a birth injury occurs through the negligence or poor judgment
of medical professionals, the family living with the birth injury
may have many questions about their legal rights. As attorneys experienced
in birth injury cases we may be able to help explain how to decide
if the birth injury could have been prevented with proper medical
attention.
In the News
$10.5 million verdict for medical malpractice related to Cerebral
Palsy. Child suffered severe brain damage as a result of medical malpractice
during prenatal care. Physician noted the likelihood of pre-mature
birth yet no treatment was rendered prior to delivery. Case was tried
by current Oshman & Mirisola attorney John Langell.
Zaynah Silvain claimed Barts and London Hospital was negligent in
her delivery and filed a lawsuit for compensation through her mother
Samantha. The seven year old alleged the hospital failed to deliver
her within 27 minutes of her twin brother which deprived her of oxygen
and left her with mild cerebral palsy and learning problems. Barts
and London Hospitals NHS Trust has agreed to pay a 2.1 million euro
settlement for their negligence and Zaynah's future care. [
THIS
IS LONDON]
LEGAL NOTICE AND
DISCLAIMER: The materials
within this web site are for informational purposes only. They
are not legal advice and should not be used as such. Transmission
of the information in this web site is not intended to create,
and receipt does not constitute, an attorney-client relationship.
Internet users and readers should not act upon this information
without first seeking professional legal counsel. The information
in this web site is provided only as general information which
may or may not reflect the most current legal developments. Past
results do not guarantee the outcome of future cases. PLEASE
CLICK HERE FOR FULL WEBSITE TERMS OF USE, IMPORTANT ADVERTISING
DISCLAIMERS AND PRIVACY INFORMATION.