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HPC Lawyers | Harris, Powers & Cunningham PLLC
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  5. Hypoxic-Ischemic Encephalopathy Birth Injury

Hypoxic-Ischemic Encephalopathy Attorneys

If your child has been diagnosed with hypoxic-ischemic encephalopathy (HIE), it may be due to a birth-related injury, and you may have a claim for legal restitution. Medical errors or negligence often cause HIE. Hypoxic-ischemic encephalopathy is caused by an insufficient amount of oxygenated blood flow to the baby’s brain. “Hypoxic” means not enough oxygen; “ischemic” means not enough blood flow; and “encephalopathy” means brain disorder. HIE is also sometimes described as birth asphyxia, perinatal asphyxia and neonatal encephalopathy. The lack of oxygen at birth can lead to severe, permanent injuries for newborns.

Infograph: What is hypoxic-ischemic encephalopathy?

Causes Of Birth Asphyxia And Hypoxic-Ischemic Encephalopathy

During pregnancy, certain conditions may make a baby more susceptible to HIE. Due to the baby’s higher susceptibility to HIE, health care providers should adjust their care accordingly. Conditions that may make babies more susceptible during pregnancy include:

  • Diabetes: Diabetes and gestational diabetes, which is when a pregnant woman is diagnosed with diabetes for the first time part-way through pregnancy, may lead to an enlarged fetus, or macrosomia, which, in turn, increases the risk for HIE.
  • Preeclampsia: Preeclampsia is a serious condition that causes elevated blood pressure levels in the mother. These elevated blood pressure levels may affect the blood supply to the placenta, which increases the risk for HIE.
  • Fetal infections: Fetal infections generally occur as a result of the mother initially becoming infected by a virus before passing it to the unborn fetus, which can increase the risk of HIE if not properly managed.
  • Placental insufficiency: Placental insufficiency, otherwise known as placental dysfunction or uteroplacental vascular insufficiency, is a serious complication of pregnancy. The condition is a result of the placenta failing to develop properly. This can lead to inadequate oxygen and nutrient supply to the baby from the mother’s bloodstream and can increase the risk of HIE.
  • Severe fetal anemia: Severe fetal anemia is the result of red blood cells and hemoglobin falling below normal levels within the fetus. Hemoglobin carries oxygen, so any restriction in the flow of hemoglobin to the fetus can increase the risk of HIE.

During Labor And Delivery, Hypoxic-Ischemic Encephalopathy May Be Caused By:

  • Delayed delivery or cesarean section: When a baby is left in oxygen-depriving conditions because the physician spends too much time trying to deliver the baby vaginally and a C-section is delayed, the oxygen deprivation can cause HIE and other permanent brain injuries.
  • Umbilical cord complications: The umbilical cord is the lifeline of the unborn. Any complications affecting the umbilical cord, such as compression or anything else that reduces its function, may put the baby at a heightened risk of HIE.
  • Placental abruption: Placenta abruption is a potentially serious complication during pregnancy in which the placenta becomes prematurely detached from the uterus prior to birth. The detachment can cause the unborn to become dangerously deprived of oxygen.
  • Excessive use of painkillers or anesthesia: Excessive use of painkillers or anesthesia may reduce uterine activity. A decrease in uterine activity may lead to an increase in the length of labor, which may lead to HIE.
  • Abnormal fetal position: Abnormal fetal positions, such as transverse fetal lie and breech, face and brow presentation, may increase the risk of HIE.
  • Maternal hypotension: Maternal hypotension occurs when the mother has low blood pressure. The decreased blood pressure may lead to insufficient blood flow to the baby through the placenta and umbilical cord. The reduction in blood flow may deprive the baby of oxygen-rich blood, which can lead to HIE.

After Delivery, Hypoxic-Ischemic Encephalopathy May Be Seen With:

  • Severe prematurity
  • Infants born prematurely have increased rates of developing HIE
  • Respiratory failure or cardiac arrest in the newborn may lead to increased chances of HIE development
Infograph: Understanding HIE Core Terms

Signs And Symptoms Of Hypoxic-Ischemic Encephalopathy

Signs and symptoms of HIE vary greatly and are often dependent on the underlying severity and extent of the brain injury, as well as the region of the brain affected. Doctors are not likely to admit that their handling of the delivery caused your baby to develop HIE. While signs and symptoms do vary, HIE at birth may include the following:

  • Abnormal movements or seizures
  • Weakened muscles and lack of muscle tone, otherwise known as hypotonia
  • Difficulty feeding, including the inability to latch, suck or swallow, due to weak muscles in the throat and mouth
  • A weakened cry
  • If, at birth, your baby appeared blue and required resuscitation
  • Your baby seems unusually unreactive to sight and sound stimuli – for example, your baby may not react to changes in light

Additionally, a low APGAR score may suggest the newborn suffers from HIE. The APGAR test is given to newborns soon after birth, and it assesses the baby’s heart rate, muscle tone and other signs to see if extra medical care or emergency care are needed. APGAR is an acronym that stands for:

  • Appearance: Is the baby abnormally pale or blue?
  • Pulse: Does the baby have a normal heart rate?
  • Grimace: How does the baby respond to stimuli?
  • Activity: Does the baby exhibit normal joint movement and flexibility?
  • Respiratory effort: Does the baby exhibit labored breathing or crying?

Diagnosing Hypoxic-Ischemic Encephalopathy

Diagnosing HIE commonly involves the use of several tests in combination with neuroimaging. These tests usually include:

  • CT scans
  • PET scans
  • MRIs
  • Blood glucose tests
  • Umbilical cord and arterial blood gas tests
  • EEGs
  • Ultrasounds

The results of these tests will be evaluated by a neurologist. If significant risk factors, such as fetal distress or low heart rate, occur during labor or delivery, HIE may be expected, and thus, diagnostic tests should be conducted.

Newborns who suffer from HIE may not show signs of a hypoxic-ischemic injury until later in childhood. These signs commonly include delays in developmental milestones for metrics such as motor skills, growth and cognitive function.

Treatments For Hypoxic-Ischemic Encephalopathy

While there is no definitive treatment for HIE, there are treatments aimed at addressing affected organs, such as:

  • Medication to control seizures
  • Ventilation machines to aid in breathing
  • Treatments aimed at stabilizing heart and blood pressure
  • Sustaining kidney and liver function

The only brain-specific treatment that has been proven to mitigate neurodevelopmental handicaps is brain cooling.

Brain cooling, or therapeutic hypothermia, has been shown to improve a baby’s survival rate and aid in reducing the extent of permanent brain injury. By lowering the temperature of the baby’s body and brain, recovery on a cellular level may occur, as well as an increased chance of limiting the extent of future disability. The treatment involves placing the baby on a cooling blanket for three days. During this period, medical staff should provide supportive care, which may include helping the baby breathe, controlling and preventing seizures and low blood sugar and minimizing brain swelling. After three days of treatment, the baby’s body and brain will slowly be re-warmed to normal temperatures.

In addition to brain cooling, other treatments include:

  • Supporting the heart and maintaining healthy blood pressure
  • Sustaining kidney and liver function
  • Mechanical ventilation (breathing tube) if the baby is unable to breathe independently
  • Medications for babies who have seizures

Legal Help For Children With Hypoxic-Ischemic Encephalopathy

HIE cases are legally and medically complex. Though some brain injuries occur without fault, the unfortunate reality is that many of these incidents are avoidable and are caused by the negligence of medical staff. Due to their legal and medical complexity, you must have an attorney and law firm who are well-versed in the intricacies of birth injury and HIE litigation. At Harris, Powers & Cunningham, our HIE birth injury attorneys have a great deal of experience in birth injury law and are committed to securing just restitution for our clients. Harris, Powers & Cunningham focuses on medical malpractice lawsuits and will offer compassion and skill throughout the legal process.

Our office is located in Phoenix, Arizona. Contact us today to begin your free birth injury case review by email or call 602-910-6779.

Articles

  • What is hypoxia, and what causes it?
  • The possible causes and effects of hypoxia

Birth Injuries

  • Birth Injuries
    • Hypoxic-Ischemic Encephalopathy
    • Cerebral Palsy
    • Erb’s Palsy
    • Delayed Delivery
    • Forceps and Vacuum Injury
    • High-Risk Delivery
    • Pre-Eclampsia
    • Birth Injury FAQs
  • Medical Malpractice
    • Surgical Errors/Injuries
    • Injuries From Failure To Diagnose
    • Injuries From Misdiagnosis
    • Injuries From Delays In Diagnosis
    • Pediatric Medical Malpractice
    • Medication Errors
    • Hospital Injuries
    • Wrongful Death

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