Seizure Related Deaths

“Approximately 30% of children with epilepsy have other developmental disabilities. In one study, children with mental retardation and cerebral palsy had a 35% chance of developing epilepsy, children with mental retardation alone had an 8% chance, and children with a brain injury occurring after birth had s 75% chance. In general, the risk of a child with a developmental disability experiencing an unprovoked seizure by age 5 is about 4 times greater than in the general population.” (2013 Epilepsy Foundation of Metropolitan New York) The occurrence of seizures has been reported to be as high as 50% during the lifetime of individuals with disabilities.

“Overall, epilepsy increases the risk of dying by a factor ranging between 1.6 and 3 times that of the background population (Forsgren et al. 2005). How much does epilepsy shorten life, on the average? It depends upon the type of epilepsy. A study in the UK of 564 people with epilepsy followed for 15 years (Gaitatzis et al. 2004) showed that people with epilepsy of unknown cause died an average of two years earlier, but those with a known underlying serious disease causing the epilepsy died an average of 10 years earlier.” One study which followed 245 children with persistent epilepsy for 40 years found that during that period 32 individuals died of causes related to epilepsy.

(Web-MD Epilepsy Health Center)

Epilepsy-related causes of death include:

  • Deaths related to the underlying illness causing the epilepsy.
  • Deaths from conditions related to seizures, such as depression (suicide).
  • Trauma or drowning as the result of seizure activity.
  • Sudden Unexplained Death in Epilepsy (SUDEP)
  • Status epilepticus

(Epilepsy.com Spotlight Newsletter, August, 2010)

Of the over 40 different seizure types that have been identified, many are due to conditions such as brain tumors or degenerative neurological conditions which may ultimately lead to the death of the individual. Death can also occur due to co-morbid conditions, which exist as part of the same issue or syndrome but do not directly cause seizure activity.

…the risk of a child with a developmental disability experiencing an unprovoked seizure by age 5 is about 4 times greater than in the general population.

Sudden Unexplained Death in Epilepsy, or SUDEP, is most common in young adults ages 20 to 50. Death occurs from cardiac or respiratory failure due to unknown causes and is most likely to be seen in individuals with poorly controlled generalized tonic clonic seizures and seizures which occur during sleep. Young age when seizure activity began, poor compliance with anti-epileptic medications and use of alcohol are other common factors in these deaths. SUDEP does not necessarily occur during a seizure or in conjunction with recent seizure activity.

Status epilepticus is generally defined as prolonged seizure activity (for 30 minutes or longer) but can also include seizures that occur back-to-back with no post-ictal recovery or seizures with a markedly prolonged post-ictal period. Status epilepticus can occur with any seizure type but is most dangerous with generalized tonic clonic seizures due to swelling that can occur at the base of the brain. In the U.S. there are approximately 50,000 deaths due to status epileptics each year. Death frequently occurs due to fatal disruption of brain physiology or disruption of normal cardiac rhythm. During their lifetime approximately 15% of individuals with epilepsy will experience status epilepticus.

Seizure Rating Information for HRST Users

The HRST assigns enhanced risk to individuals with seizure activity based on the frequency and/or severity of seizures. As a screening instrument the HRST does not differentiate between types of seizures, instead giving equal scrutiny to all seizure types and allowing the individual’s support team and physicians to make final decisions regarding necessary support and treatment.

We do, however, make several recommendations in the Evaluations /Service and Training Considerations for addressing many of the factors which may lead to deaths due to seizures. These include making sure that the individual has access to the services of a Neurologist at appropriate intervals and that their primary care provider is informed of the extent to which seizure activity disrupts their lives. Pharmacists’ services are also often sought related to safety issues and potential side effects of medications.

Many causes of seizure-related deaths are issues that could be reduced or eliminated by enhanced support in the home and work environments. All care providers, whether they are paid personnel or family members, should have basic instruction on seizure types and how to identify and document seizure activity as well as information about safe and appropriate medication administration. Training should also include information about identifying signs that seizure activity is worsening. These include increased seizure intensity, change in seizure signs and prolonged seizure times, even when they do not qualify as status epilepticus. Finally, instruction is needed about how to recognize and respond to seizures and seizure emergency and unwanted effects of medications and how and to whom to report problems. 

Death from Aspiration Pneumonia

Originally published December 2016. Updated December 2022. 

Aspiration occurs when foreign material is inhaled into the airway. Causes of death include asphyxiation due to a blocked airway and irritation or infection of the respiratory tract due to inhaled material, or aspiration pneumonia, which will be the primary focus of this article.

Sources of aspirated material include: 

  • food or drink
  • saliva or nasal secretions
  • teeth and dental prosthetics 
  • objects placed in the mouth, such as gum, toys, coins, or other small foreign objects.

These objects are often contaminated, not only with bacteria from the oral cavity but also with whatever outside organisms they encountered before being placed in the mouth.

Aspirated material can also come from the stomach, either due to vomiting or gastroesophageal reflux (GERD). This material is particularly dangerous because of its elevated acidity.

Factors that enhance the risk of aspiration from either source include:

  • altered level of awareness
  • poor trunk control
  • physical deformity
  • medications that are sedating or otherwise impact swallowing
  • alcohol consumption 
  • problems with swallowing, including those associated with the aging process
  • behavioral disorders, which involve food seeking/stuffing or consumption of non-food items (PICA)

Recent antibiotic use or hospitalization, place of residence (such as a rehabilitation facility or a nursing home), and overall level of health can also increase the risk for bacterial infection with aspiration pneumonia. Individuals receiving enteral nutrition (tube feeding) have been determined to have a higher level of risk compared with those who eat by mouth.

Statistics are not readily available, but experienced field clinicians say that roughly 25% of the time, the source of aspirated material comes from above, and 75% of the time, it comes from the GI tract.

Symptoms of aspiration include:

  • bluish discoloration of the lips or
  • coughing or gagging
  • discolored, foul-smelling sputum that may contain blood or pus
  • chest pain
  • shortness of breath
  • fatigue
  • fever
  • wheezing
  • sweating without exertion
  • breath odor and difficulties with swallowing

Examination findings may reveal fever, elevated respiratory rate, altered respiratory sounds, decreased oxygen saturation, elevated pulse, and decreased mental awareness.

Outcomes with aspiration pneumonia can vary greatly depending on many factors, including the severity and extent of the pneumonia, the type of bacteria involved, and the timeliness of treatment. Individuals who are in poor physical condition at the onset of symptoms will obviously not fare as well as those who are healthier.

Aspiration pneumonia is one of the top causes of death in people with IDD, and it can often be prevented. Decreasing the risk of aspiration pneumonia is a task that must be relentlessly pursued from several angles. 

  1. Simply helping individuals attain optimal body positions during and after eating is a vital first step in the process.
  2. Specialized support and positioning both during and after a meal may be required for those who have no or poor trunk control or who have other significant bodily deformities such as severe scoliosis.
  3. The person’s typical response to eating should be known and observed, particularly if they receive enteral nutrition via gastrostomy, jejunostomy, or nasogastric tubes.
  4. Monitoring for decreased oxygen saturation during and immediately after eating can be a good way to detect silent aspiration.
  5. People who have known or suspected swallowing disorders, food-related behavioral disorders, and those whose level of awareness may be impacted by medications or other factors should be given particularly close observation and any necessary mealtime support.
  6. People whose health and nutritional status are compromised should also receive specialized attention and support to decrease their vulnerability.
  7. Health and safety training for you and direct support staff is important. Ensure consistent and comprehensive knowledge of the warning signs of aspiration pneumonia and the remainder of The Fatal Five. 
The Fatal Five Fundamentals eLearn Course

Take the Fatal out of the Fatal Five

License health and safety training eLearns for your entire organization.

Contact us today to receive 
a free preview and custom price quote.