What to Know About Anoxia and Its Role in Cerebral Palsy
Anoxia is largely a birthing complication that affects children either in the womb, during the birthing process, or immediately after delivery. Going through this distress can lead to a child developing cerebral palsy. Here is what you should know about anoxia and its role in cerebral palsy.
What Is Anoxia?
Anoxia is a very serious condition where a child’s entire body, or a portion of their body, completely lacks oxygen. It’s the most dangerous form of hypoxia, which is when a part of the body is suffering from a decrease in oxygen. It’s possible for newborns to suffer from anoxia and hypoxia during the birthing process, which can then lead to cerebral palsy and other complications.
Risk Factors for Anoxia
There are some pre-delivering and at-birth injuries that could lead to anoxia and hypoxia, including:
- A pinched umbilical cord that prevents an appropriate amount of oxygen from reaching the baby.
- An umbilical cord prolapse in which the cord drops out of the cervix before the baby does, frequently causing an emergency cesarean because the cord becomes trapped.
- A uterine rupture
- Placental abruption
Children may be at risk for cerebral palsy from anoxia due to:
- Low birth weight
- Gestational diabetes
- Advanced maternal age
- Limited or inefficient prenatal care
- Placental abruption
- Abnormal fetal position
- Maternal infections during pregnancy, including if the mother experiences a high fever during the later stages of pregnancy or during labor and delivery
- Oligohydramnios, or low amniotic fluid
- Untreated jaundice and high levels of bilirubin, a yellow substance made through the breakdown of red blood cells that can affect the liver
- Prolonged labor
- Uterine rupture
- Delayed intubation following birth
Anoxia’s Role in Cerebral Palsy
Infants can experience anoxia and hypoxia during the birthing process or because of other issues during pregnancy or even shortly after delivery. How devastating anoxia is to the brain and body of a child depends on factors such as how long they went without oxygen, where the oxygen was cut off and how much initial oxygen the baby lost as a result. Cerebral anoxia, or a complete lack of oxygen to the brain, can cause cerebral palsy, other complications, permanent brain damage or death if not treated quickly and appropriately.
Obtaining an Anoxia Diagnosis
There are times when it’s clear that a baby was completely deprived of oxygen. For example, a doctor can see a tightened umbilical cord around the child’s neck and the infant presents with a discolored face that indicates a lack of appropriate oxygen resources. It’s also clear when a child is having difficulty breathing or isn’t breathing at all.
However, there are other instances when the child presents perfectly fine, without any indication that there has been anoxia during the birthing process. If there is any question of whether or not a child went without oxygen for any length of time, doctors and other medical professionals can monitor the child for distress or any other complications. It is important to remember that an official cerebral palsy diagnosis doesn’t usually come until the child is between 18 months and two years old.
At this time, you may notice that the child has some milestone delays, dragging of the feet, difficulty walking, muscle weakness or rigidity, speech issues, hearing loss, difficulty swallowing, muscle spasms, paralysis on one side of the body and more. Parents may notice that their child is favoring one side of the body over the other when performing normal body movements like crawling or reaching for objects. Especially if suspected anoxia was present at birth, it’s important to check with your child’s healthcare provider if you notice any of these signs of cerebral palsy.
Treatment of Anoxia
If it’s clear or strongly suspected that your child has suffered from anoxia, healthcare professionals may use hypo- or hyperthermia treatment to regulate your baby’s body temperature and slow down any potential swelling of the brain that would otherwise lead to permanent brain damage. Doctors may also order specialized nutrition for a balanced glycemic index and fluid restriction until they can determine that your child’s renal function is healthy.
If these treatments were not provided or prove ineffective against the development of certain conditions, including cerebral palsy, further treatment usually includes medications and a combination of physical, occupational, speech, recreation and cognitive therapies.
If your child has been diagnosed with cerebral palsy, there may be many possible causes. However, if you believe that medical negligence may have contributed to your child’s cerebral palsy, please contact us for more information. Our team can help you understand the responsibilities of medical professionals during birth and educate you on your legal rights and options, as well as offering support and additional resources.