Periventricular Leukomalacia (PVL) Injury Guide for Chicago, IL

Periventricular leukomalacia is a brain injury that impacts the white matter of the brain before or during birth.

Also known as PVL, periventricular leukomalacia occurs when the brain tissue surrounding the fluid-filled ventricles is damaged, causing decay or death of cells that results in holes in the brain that also fill with fluid.

The white matter’s role in the brain is to transport impulses to gray matter, which contains cell bodies and serves as a key part of the central nervous system, responsible for nerve impulses. When the messages between cells can’t be delivered, it leads to impairment.

While primary thinking, perception, motor skills and cognitive function all happen in the gray matter, without the white matter to act as the information highway, the gray matter’s cells can’t carry out instructions.

The damage is usually the result of problems with myelin, which provides a protective coating over the white matter nerve cells that are responsible for the transmission of nerve signals.

Damage to the white matter of the brain most often leads to muscle and intellectual impairments, and is most often associated with cerebral palsy. According to the Cerebral Palsy

Periventricular leukomalacia that is accompanied by cerebral palsy is called periventricular leukomalacia causing cerebral palsy.

Risk Factors for PVL

There are certain stages of fetal development when periventricular leukomalacia is more likely to occur, usually between 26 and 34 weeks of gestation.

Babies born prematurely are at a high risk for developing PVL, likely because the myelin protecting the white matter cells is not yet fully developed.

Premature babies are at a higher risk of PVL because of potential health issues including hypotension (low blood pressure that prevents oxygen to the brain), hypoxemia (a low level of oxygen in the blood, which causes brain cells to die), acidosis (a high level of acid in the blood, which can be dangerous), and hypocarbia (a reduced level of carbon dioxide in the blood that can cause blood vessels to constrict, cutting off blood and oxygen to an infant’s brain).

In addition to premature births, a variety of other conditions can lead to PVL, including:

  • The birth of multiple babies.
  • Umbilical cord inflammation, which is usually a sign of a bacterial infection.
  • Antepartum hemorrhage, which is bleeding during the last half of pregnancy. It can be caused by several different factors, such as:
  • Placenta previa, a condition in which the placenta is located in the lower part of the uterus, causing blockage of the cervix;
  • Placental abruption, which is caused when the placenta separates from the uterus, cutting off oxygen and nutrients to the infant;
  • Maternal infections;
  • Vasa previa, a complication associated with placenta previa that can cause fetal blood vessels to rupture; and
  • Uterine rupture.
  • Chorioamnionitis, a condition that infects the membranes and amniotic fluid surrounding the fetus. In order to prevent damage, prompt delivery is required.
  • Inflammation of fetal membranes caused by a bacterial infection.
  • Sepsis and other infections that allow bacteria to enter the bloodstream.
  • Anything that cuts off oxygen to the periventricular area of the infant’s brain, including a head injury.

What to Look for with PVL

Because PVL is so similar to other medical conditions, especially so those related to cerebral palsy, it is difficult to diagnose.

Some symptoms of PVL include:

  • Coordination problems.
  • Cognitive or intellectual impairment.
  • Vision issues.
  • Hearing impairment.
  • Spastic diplegia, which is revealed by tight muscles and rigid limbs.
  • Quadriplegia, which is associated with the worst cases of PVL.

There is no treatment for PVL, but because the disorder can lead to cerebral palsy – estimates range from 60 to 100 percent of all babies born with PVL will develop cerebral palsy – physical, occupational and speech therapy can potentially improve your child’s quality of life by making it easier to crawl, walk, sit and stand, depending on the severity of the disease. Nervous system and cognitive impairments are also possible.

Can PVL Be Associated with Medical Error?

While some cases of PVL are not the fault of medical professionals, in other cases, they are, especially in cases where a quick delivery is vital for your baby’s health, and that delivery is delayed.

If doctors fail to properly monitor babies during this critical period of time, especially if infections or other risk factors are present, they would most definitely be at fault.

If your child was born with PVL causing cerebral palsy, it’s important to contact an experienced injury attorney to help guide you through a complex and potentially discouraging process, handling the legal issues so that you can focus on caring for your child.

An experienced team of lawyers will have the negotiating skills to ensure a fair settlement to cover the costs of your child’s care, which could last a lifetime, so finances will not be a burden.

If your child was diagnosed with PVL and you believe it was the result of medical error, please call our offices today. Your consultation is free, and you won’t be charged a fee until we settle your case, either in or out of a courtroom.