Brain Injury Facts

Brain Injury Facts

Stranger Than Anything Imaginable

Understanding Brain Injury

What should you know about brain injury and recovery? Watch a series of informative videos produced by the Shepherd Center. They feature some of the nation’s top physicians, neuroscientists, and brain injury experts to help you understand brain injury and gives you practical advice for coping with brain Injury.

Some statistics:

  • 1.7 million Americans sustain a traumatic brain injury each year. Approximately 475,000 of these cases are children. (CDC)
  • Each year nearly one-third of all injury deaths involve a TBI, approximately 275,000 Americans are hospitalized, and 1.4 million are seen in an emergency department. (CDC)
  • From 1997 to 2007:
    • On average, 53,000 Americans died each year as a result of a TBI,
    • The overall rates of TBI-related deaths decreased by 8.2 percent, and
    • The rates for all causes of TBI decreased, with the exception of those related to falls.
  • Georgia averages 57,000+ traumatic brain injuries each year with 20,000+ Georgia children either treated in an emergency department or hospitalized. (BSITFC Central Registry 2008)
  • Nearly one-third of all injury deaths annually involve a TBI and approximately 275,000 Americans are hospitalized and 1.4 million are seen in an emergency department.
  • The leading causes of traumatic brain injury in Georgia are Falls (49.88%), Motor Vehicle Crashes (24.36%), Being struck by an object or person (14.3%), Violence (11.4%). (Brain and Spinal Injury Trust Fund Commission)
  • People with traumatic brain injury are at a higher risk for psychiatric disorders. (Brain and Spinal Injury Trust Fund Commission)
  • The prevalence of depression in the general population is around 5%, while the prevalence of depression in head trauma patients can reach an astounding 40%. (Science Daily)
  • Professional sports programs like the National Football League have been leading efforts to prevent concussions sustained on the field. These and other prevention initiatives have followed claims that numerous cases of depression and suicide, such as that of Philadelphia Eagles player Andre Waters in November 2006, are linked to a series of concussions. (NYTimes)

My Shepherd Connection is an educational website for patients, caregivers, and professionals that covers many aspects of brain injury and spinal cord injury. Areas of the website include: Affect and Emotion, Behavior Issues, Cognitive Issues, Family Issues, Bowel Care, Bladder Care, Support and Resources, and much more.

What Causes Depression After TBI?

Many factors may contribute to depression after TBI, and these may vary from person to person:

  • Physical changes in the brain due to injury of the areas that control emotions and/or changes in the level of natural chemicals.
  • Emotional responses to injury as the person struggles with adjustment to the disability, losses or role changes within the family and society.
  • Factors unrelated to the injury itself due to inherited genes, personal and family history, and other influences that were present before the injury.

If you have symptoms of depression, it is important to seek professional help as soon as possible with a health care provider who is familiar with TBI. Depression is not a sign of weakness, and early treatment can prevent needless suffering.

Source: Traumatic Brain Injury Model System Consumer Information 2010

How Counseling Can Help After a Brain Injury

Without treatment, a brain injury or concussion can have lasting effects on a person’s mental, physical, and emotional health. According to the Mayo Clinic, symptoms of a brain injury or concussion can show up immediately or be delayed, and there is no set period of time for how long symptoms can last.

This article addresses the psychological and emotional effects of a brain injury or concussion and how counselors can help individuals adjust back to normal life.

10 Early Signs and Symptoms of Alzheimer’s

  1. Memory loss that disrupts daily life.
    One of the most common signs of Alzheimer’s is memory loss, especially forgetting recently learned information. Others include forgetting important dates or events; asking for the same information over and over; increasingly needing to rely on memory aides (e.g., reminder notes or electronic devices) or family members for things they used to handle on their own.

What’s a typical age-related change?

Sometimes forgetting names or appointments, but remembering them later.

  1. Challenges in planning or solving problems.
    Some people may experience changes in their ability to develop and follow a plan or work with numbers. They may have trouble following a familiar recipe or keeping track of monthly bills. They may have difficulty concentrating and take much longer to do things than they did before.

What’s a typical age-related change?

Making occasional errors when balancing a checkbook.

  1. Difficulty completing familiar tasks at home, at work or at leisure.
    People with Alzheimer’s often find it hard to complete daily tasks. Sometimes, people may have trouble driving to a familiar location, managing a budget at work or remembering the rules of a favorite game.

What’s a typical age-related change?

Occasionally needing help to use the settings on a microwave or to record a television show.

  1. Confusion with time or place.
    People with Alzheimer’s can lose track of dates, seasons and the passage of time. They may have trouble understanding something if it is not happening immediately. Sometimes they may forget where they are or how they got there.

What’s a typical age-related change?

Getting confused about the day of the week but figuring it out later.

  1. Trouble understanding visual images and spatial relationships.
    For some people, having vision problems is a sign of Alzheimer’s. They may have difficulty reading, judging distance and determining color or contrast, which may cause problems with driving.

What’s a typical age-related change?

Vision changes related to cataracts.

  1. New problems with words in speaking or writing.
    People with Alzheimer’s may have trouble following or joining a conversation. They may stop in the middle of a conversation and have no idea how to continue or they may repeat themselves. They may struggle with vocabulary, have problems finding the right word or call things by the wrong name (e.g., calling a “watch” a “hand-clock”).

What’s a typical age-related change?

Sometimes having trouble finding the right word.

  1. Misplacing things and losing the ability to retrace steps.
    A person with Alzheimer’s disease may put things in unusual places. They may lose things and be unable to go back over their steps to find them again. Sometimes, they may accuse others of stealing. This may occur more frequently over time.

What’s a typical age-related change?

Misplacing things from time to time and retracing steps to find them.

  1. Decreased or poor judgement.
    People with Alzheimer’s may experience changes in judgment or decision-making. For example, they may use poor judgment when dealing with money, giving large amounts to telemarketers. They may pay less attention to grooming or keeping themselves clean.

What’s a typical age-related change?

Making a bad decision once in a while.

  1. Withdrawal from work or social activities.
    A person with Alzheimer’s may start to remove themselves from hobbies, social activities, work projects or sports. They may have trouble keeping up with a favorite sports team or remembering how to complete a favorite hobby. They may also avoid being social because of the changes they have experienced.

What’s a typical age-related change?

Sometimes feeling weary of work, family and social obligations.

  1. Changes in mood and personality.
    The mood and personalities of people with Alzheimer’s can change. They can become confused, suspicious, depressed, fearful or anxious. They may be easily upset at home, at work, with friends or in places where they are out of their comfort zone.

What’s a typical age-related change?

Developing very specific ways of doing things and becoming irritable when a routine is disrupted.

Source: Alzheimer’s Association®


Dr. Rhoda Au, a researcher with the Boston University Alzheimer’s Disease Center and CTE Center, is doing research into ways to detect Alzheimer’s.

Read about her research. (PDF)

10 Ways to Help Your Brain Heal

There are a number of self-care techniques you can use to help your brain heal. First and foremost, you should protect yourself from injuring your brain again. People who have had repeated injuries to their brain (like professional football players) may experience serious long-term problems and, in rare cases, it can cause brain swelling and even death.

  1. Get plenty of sleep at night, and rest during the day.
  2. Increase your activity slowly.
  3. Write down the things that may be harder than usual for you to remember.
  4. Avoid alcohol, drugs and caffeine.
  5. Eat brain-healthy foods.
  6. Stay hydrated by drinking plenty of water.
  7. Ask your doctor when it’s okay for you to drive a car, ride a bike, or operate machinery.
  8. Avoid activities that are physically demanding (sports, and housework, for example).
  9. Avoid activities that require a lot of thinking or concentration (like playing video games or balancing a checkbook).
  10. Be patient! Healing takes time.

Source: Amen Clinics Blog

Amen Clinics’ NFL Work Featured in Washington Post

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Daniel Amen cringed when he heard the news that former NFL linebacker Junior Seau had taken his life by pointing a gun at his chest.

“He did what players think you’re supposed to do: Save your brain,” said Amen, a California-based physician and psychiatrist. “They have to learn there’s another way. Don’t give up on your brain while you’re alive. Try to fix it.”

Read more on the Amen Clinics blog.

Assessing the Impact of Traumatic Brain Injury-related Deaths: a New CDC Report

Brain X-ray

Traumatic brain injury (TBI) remains a major public health problem in the United States, contributing to many deaths and permanent disability. Each year, nearly one-third of all injury deaths involve a TBI and approximately 275,000 Americans are hospitalized and 1.4 million are seen in an emergency department.

CDC’s newly released “Surveillance for Traumatic Brain Injury–Related Deaths — United States, 1997–2007” report, published in the May 6th issue of CDC’s Morbidity and Mortality Weekly Reports, Surveillance Summaries provides key insights to help assess the impact of TBI. This study shows that during the reporting period:

  • On average, 53,000 Americans died each year as a result of a TBI,
  • The overall rates of TBI-related deaths decreased by 8.2 percent, and
  • The rates for all causes of TBI decreased, with the exception of those related to falls.

The goal of this report is to help inform TBI surveillance, education, or programmatic strategies, and to improve prevention efforts to protect Americans at greatest risk.

To download a free copy of the report or to learn more about TBI and CDC’s research, clinical guidelines, education, and programmatic resources, please visit www.cdc.gov/TraumaticBrainInjury.

Learn More

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Brain Injury Statistics

Often those who’ve suffered from a fall, sports injury, or minor car accident fail to realize these incidents may have damaged or injured their delicate brain tissue.

Here is a newly published collection of 17 brain injury facts the team at the MKP Law Group, LLP has put together. Their list features visuals as well to help illustrate some of the most surprising statistics.

For example:

Check out their list and the stats here: Traumatic Brain Injury Statistics and Brain Injury Facts.

Brain Safety

Nationwide, Americans are affected by Traumatic Brain Injuries (TBIs). Many of these can be preventable. Knowledge about TBI is one defense. Read the following information provided by the Centers for Disease Control and Prevention (CDC).

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Brain Safety Starts with YOU – Brain Injury Awareness

Asian Family - Brain Injury Awareness Month Original

Traumatic Brain Injuries, also known as TBIs, affect the lives of Americans nationwide. Anyone can experience a TBI, but data suggest that children and older adults (age 65 and older) are at greatest risk. Many traumatic brain injuries, including concussions, are preventable, and you can help. Join us in spreading the word about TBI and concussion prevention throughout the month of March. CDC supports Brain Injury Awareness Month (BIAM) with activities all month long:

  • New Report to Congress
    Be sure to read the recently released Report to Congress on The Management of TBI in Children, which details the impact a TBI can have on children and their families. This report also identifies gaps in care, provides opportunities for action to reduce the gaps through increased coordination and collaboration, and highlights key policy strategies to address the short- and long-term consequences of a TBI, which can last a lifetime.
  • Thunderclap:
    Join our social media Thunderclap for #BIAMonth to spread concussion and TBI awareness further, louder, and together. Bring awareness to kids and communities that #BrainSafety starts with YOU. Sign up here:
    ThunderClap on Twitter
    Thunderclap on Facebook
  • Brain Injury Awareness Day
    Did you know that March 20th is officially Brain Injury Awareness Day on Capitol Hill? Spread the word, and support brain injury awareness!
  • Research and Data
    Visit CDC’s TBI Publications & Reports web page to read about some of the latest research in the field. CDC’s research & programs work to prevent TBIs & help people recognize, respond, and recover if a TBI occurs.

More Ways to Spread the Word

Chronic Traumatic Encephalopathy – CTE

Chronic Traumatic Encephalopathy is a condition suffered by many pro football and other sports players who have had multiple hits to the head and concussions.

Read further and watch the video explaining the symptoms of this condition and how it is treatable.


Andrew Carroll played in the American Hockey League and was the Minnesota Duluth hockey captain. He was found to have had Chronic Traumatic Encephalopathy after he died in 2018.

Read this interesting article (PDF) and the comments from his family.

Concussion Danger Signs

Adults

In rare cases, along with a concussion, a dangerous blood clot may form on the brain and crowd the brain against the skull. Contact your doctor or emergency department right away if, after a blow or jolt to the head, you have any of these danger signs:

  • Headaches that get worse
  • Weakness, numbness, or decreased coordination
  • Repeated vomiting

The people checking on you should take you to an emergency department if you:

  • Cannot be awakened
  • Have one pupil — the black part in the middle of the eye — larger than the other
  • Have convulsions or seizures
  • Have slurred speech
  • Are getting more and more confused, restless, or agitated

Children

Take your child to the emergency department right away if the child has received a blow or jolt to the head and:

  • Has any of the danger signs for adults
  • Won’t stop crying
  • Can’t be consoled
  • Won’t nurse or eat

Although you should contact your child’s doctor if your child vomits more than once or twice, vomiting is more common in younger children and is less likely to be an urgent sign of danger than it is in an adult.

Source: Centers for Disease Control and Prevention (CDC), Facts About Concussion and Brain Injury, Where to Get Help

Cyclists

Cyclists and drivers both have a right to use the roads — but sometimes they need to give a bit more thought to each other. The Department of the Environment (Northern Ireland) website’s Cyclists page contains information, general guidance, and advice for cyclists and motorists alike.


The rate of emergency departments (ED) visits for bicycle-related traumatic brain injuries (TBI) and concussions decreased by almost half (49%) among children, but only 6% among adults, between 2009 and 2018, according to a new report in CDC’s Morbidity and Mortality Weekly Report.

Read the report here.

Distracted Driving

CDC Distracted Driving

CDC releases new Distracted Driving and Cost of Crash Deaths Fact Sheets

Each day in the United States, about 8 people are killed and more than 1,000 are injured in crashes involving distracted drivers. In 2018, 2,841 people were killed in crashes involving a distracted driver. This was almost 8% of crash deaths that year.

CDC recently released a new fact sheet on Distracted Driving that state lawmakers and public health professionals can use to learn about promising strategies being used to help address distracted driving. The fact sheet presents strategies such as high-visibility enforcement and requiring passenger limits for young drivers to highlight what some states have done and what other states can do to address distracted driving.

CDC also recently updated state-based fact sheets on the cost of crash deaths. The cost of medical care and productivity losses associated with motor vehicle traffic deaths exceeded $55 billion for crashes that occurred in 2018. While these numbers are concerning, there are proven strategies that can help prevent motor vehicle injuries and deaths and reduce these costs.

Each state can see an overview of how to reduce costs by preventing crashes and by preventing injuries when crashes occur. CDC encourages states to use the new state-based fact sheets to identify strategies to help people stay safe on the road.

 

Learn more on these CDC pages: 

Distracted Driving Webpage and Fact Sheet

Cost of Crash Deaths State-Based Fact Sheets

Cost Data and Prevention Policies

Motor Vehicle Prioritizing Interventions and Cost Calculator for States (MV PICCS)

Motor Vehicle Safety

Don’t Text and Drive!

There is no such thing as safe texting and driving. Texting while driving is dangerous and is one of the leading causes of traffic injuries and deaths across North America, especially with younger drivers.

Mobile phones are essential to everyday life — many of us like to keep ours within reach at all times. But we can’t allow them to be a distraction behind the wheel. As part of Verizon’s commitment to safer communities, they continue to take the lead in educating the public and supporting legislation and new technological solutions for driving responsibly.

Read more about the dangers of texting and driving on the Verizon Wireless website.

Molly Welch, both a survivor and a Brain Injury Peer Visitor, was part of a very compelling Public Service Announcement and request for NOT TEXTING WHILE DRIVING in which she shares her own story of injury and recovery.

Dr. Sanjay Gupta Explains Concussions

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Here is a great video done recently for Sports Illustrated with Dr. Sanjay Gupta — often appearing on CNN — explaining the physiology of concussions. Dr. Gupta goes over some common causes of concussions and does a really good job of explaining what exactly happens to the brain that results in concussions. He also talks about common symptoms, what the recovery process is like, and the long-term effects of concussions.

Watch the video here.

Aneurysms and Brain Tumors Facts

ANEURYSM

WHAT IT IS:

A weak spot on a blood vessel in your brain that balloons out and fills with blood. It may leak or burst, causing severe brain damage or even death. One in 50 people is at risk.

HOW IT FEELS:

Sufferers usually have a sudden onset of severe headaches, double vision, neck stiffness, nausea, vomiting, pain above and behind the eyes, and/or a change in mental functioning or awareness.

WHY IT HAPPENS:

Most aneurysms are due to an artery wall abnormality that you’re born with, or are prompted by trauma or injury to the head, vascular disease, or high blood pressure. The problem is thought to run in families.

BRAIN TUMOR

WHAT IT IS:

Abnormal cells grow into a mass that interferes with brain activity. About 22,000 Americans are diagnosed with cancerous brain tumors every year.

HOW IT FEELS:

Common symptoms are frequent headaches, especially ones that wake you up at night or in the morning, blurry vision, nausea and/or vomiting, personality or cognitive changes, and seizures.

WHY IT HAPPENS:

The causes are unknown.

Aphasia Facts

3 Things About Aphasia

Imagine having a brain injury or a stroke and then being unable to speak, read, write or understand what is being said to you. This is aphasia.

Aphasia is an impairment of the ability to use or comprehend words. More than 100,000 Americans acquire the disorder each year and the most common cause of aphasia is stroke.

It is estimated that 25 to 40 percent of stroke survivors acquire aphasia. Although widely occurring, most people have never heard of it. There are different types of aphasia and no two individuals experience this condition in the same way. For some, aphasia will last a few days or weeks; for others, it will be a lifelong recovery.

  • Aphasia is being recognized as a problem that lingers long after a person’s stroke. New therapies help stroke patients regain speech functions years after their brain injury. Proof is showing that the brain’s plasticity (its ability to change and heal) may last many years after a brain injury; thus, improvements can continue years later. Read the full story here.
  • Read “Aphasia Won’t Stop Gabby Giffords from Speaking Out” by Gina Shaw in the Brain & Life Magazine October/November 2022 issue. Read about how the U.S. Representative felt having aphasia after being shot in the head. Learn about her recovery and therapy, and how she used music in her determination to get better.
  • Read “What It Really Is Like To Have Aphasia” by Marion Rasmussen, Stroke Survivor.
  • See a list of aphasia support groups in Georgia.
  • See a list of aphasia support groups in Florida.
  • Caring for a Person With Aphasia, I will:
    • Encourage the person to speak and praise all efforts. Promote and encourage independence.
    • Give the person every opportunity to express him or herself.
    • Speak in short, simple sentences, using a natural voice and a slow rate of speech.
    • Practice speech exercises during short sessions in the home.
    • Carefully place myself and all objects within the person’s visual range, if there is a cut in the person’s visual field.

    I will not:

    • Force the person to speak.
    • Speak for the person unless absolutely necessary.
    • Interrupt the person when he or she is speaking.
    • Anticipate the person’s every need.
    • Talk about the person in his or her presence; lack of speech does not mean lack of comprehension or lack of intelligence.
  • Aphasia: Tips to remember names and words: Aphasia speech therapy

Watch this two-video series to learn about memory and how those who are quite good at remembering names do it. From Moshe Mark Ittleman, M.S., CCC/SLP, Senior Speech Language Pathologist and author of The Teaching of Talking.

Concussions and Brain Injury Facts

Traumatic Brain Injury Doubles Risk of Dementia

New research shows that older war vets who suffered traumatic brain injury (TBI) during their lives had more than two times the risk of developing dementia. “A diagnosis of a concussion, post-concussion syndrome, a skull fracture or some non-specific head injuries are considered TBIs,” the lead researcher said. The risk of dementia in those with a TBI diagnosis was 15% compared with almost 7% in those who had never had a TBI.

Read more on the Alzheimer’s Association website.

Drugs and Overdose Facts

4 Ways to Prevent Accidental Overdose
by Jackie Cortez

Prescription pain medication addiction is an increasingly rampant problem throughout the U.S. Our painkillers are made from highly addictive substances and, if not carefully regulated, can easily become an issue of dependence.

With dangerous medications such as these, it can also become an easy mistake to unintentionally take too many and experience an overdose.

Overdose is one of the most common unintentional suicides while simultaneously being easily prevented. One of the most alarming things about painkiller addiction is that overdoses can cause a cessation of breathing, often leading to anoxic brain injury. This can happen even in those taking medications for which they have a valid prescription. Here are a few ways you can ensure you or a loved one does not unintentionally harm yourselves with prescription medications.

1. Entrust the Medications to Someone Else

Pills in Hand

If you do not feel you can prevent yourself from deviating from your prescription, give the medications to someone you can trust. When you need a dose, the holder will dispense the proper amount. This can also eliminate the risk of addiction or dangerous intermingling with either alcohol or other medications.

Find a responsible person you have fairly easy access to. Tell them the specifics of the medication such as proper dosage, time needed between doses, substances to avoid while on the medication, and so on. This is likely the most foolproof way of eliminating the risk of addiction or overdose.

2. Know Your Resources

If you feel you are at risk of overdosing or are already addicted, know what your options are for help. Keep an addiction hotline’s number in an accessible place and maybe seek the help of a counselor you can call if you are struggling. Regular counseling is the best way to cope with addiction and limit the risk of unintentional overdose. You should also have a list of contacts near you who can come help in the event you need support. Friends and family that live nearby are the best options.

3. Have an Emergency Plan

In the event that you do overdose, you should have a clear plan outlined. You should have several emergency contacts who can either call 911 for you or take you to the hospital immediately. Make sure your contacts know important medical information like any medication allergies, what medications you are on, what substance caused the overdose, and any other pertinent information. These individuals should also know overdose first aid.

4. If Possible, Wean Yourself off the Medication

Of course, some people require their medications to function normally. However, if it is possible, the best way to prevent addiction is to eliminate the substance. See if there is a less-addictive alternative, a form of therapy that might help, or even some form of natural remedy. Or if the medication is left over from a temporary injury, remove it from your home. All medication you take should be essential.

With the types of pharmaceuticals we use in the U.S., addiction to and overdose from prescription drugs are very real threats. While the best way to eliminate the risk is to stop taking the medication, that is not always possible. Be sure to involve a support network of counselors and loved ones that can help regulate your medications or be ready to help in the event of an emergency. Friends and family are your most valuable resource in this situation. Use them.

Jackie Cortez works with the team at The Prevention Coalition to identify authoritative resources on every aspect of substance abuse, ranging from prevention to addiction treatment. In her spare time, Jackie enjoys gardening, reading and walks with her favorite 4-legged pal, Buster the Labrador.

Fatigue After Brain Injury

Fatigue is one of the most common complaints associated with any form of brain injury, including stroke.

Read this (PDF) to see how to manage your fatigue levels.

Source: Brain Injury New Zealand

Football, Soccer, and Ice Hockey Dangers to the Brain

Concussions can occur in all sports — not just football. Playing football, soccer, ice hockey, or any contact sport can lead to a brain injury.

Read what the sports leagues are doing about it.

Also, read in Brain & Life (from the American Academy of Neurology) the article, How Sports Neurologists Protect Football Players’ Brains

Sports of all types and brain injuries go hand and hand. We can try our best to mitigate them during activities, but they are still bound to happen.  Read the following all-in-one guide about what to know about concussions, what the next steps are for sufferers, the risk of injuring your brain for each sport type, and how to best prevent them. Check it out: Sports and mTBI (from Marasco & Nesselbush Law Offices).

How Brain Cysts Can Affect Behavior

by Dr. Daniel Amen

In 1995 my 9-year-old nephew Andrew was exhibiting violent behavior. When we scanned him we found a large cyst occupying his left temporal lobe. At the time it was difficult to get other physicians to take it seriously and connect his aggressive outburst to the cyst. Fortunately, we found Jorge Lazareff, MD at UCLA who agreed to remove the cyst. Almost immediately Andrew went back to being the sweet kid he always wanted to be. Sixteen years later Andrew is a wonderful young man and living a successful and happier life.

I encourage you to watch this short video in which I discuss this topic:

Lending Their Stories to Give Brain Injury a Voice

Stories from a professional athlete, a scientist, and a teenager.

As we close out our Brain Injury Awareness Month activities, CDC’s Injury Center would like to share the stories of three individuals who are helping to Give a Voice to Brain Injury.

Kurt Warner
Kurt Warner

Share Your Story

Post your story on the Heads Up Facebook Page. Visit YouTube’s  Heads Up Film Festival to share a video and add to the national conversation on brain injury. Read others’ posts and view others’ videos to learn about facing daily challenges, achieving successes, seeking support, or finding rehabilitation services. Together, we can make some noise about TBI — a once ‘Silent Epidemic.’

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Nervous System and Parts of the Brain

Read an excellent article on the nervous system and the brain. This detailed explanation, along with diagrams, provides information on the central nervous system, parts of the brain and their functions, functions of the spinal cord, and signs and symptoms of nervous system disorders.

Neuroplasticity: How the brain is capable of change

Vision problems can be caused by an injury to the brain. This injury can be created by a stroke, a Traumatic Brain Injury, and forms of Acquired Brain Injury such as an aneurysm, brain tumor, brain bleed, anoxia, etc.

Each of these types of brain injury can disrupt the visual process. “Visual problems are often overlooked during the initial treatment of an injury. Not addressing these problems can lengthen and impair rehabilitation. The most important source of sensory information is vision. The visual process involves the flow of information to the brain and the processing of information in the brain,” per the Roswell Eye Clinic.

Read the following article for more information on vision problems created by a brain injury and treatments: “How a Stroke and Brain Injury Can Affect a Survivor’s Vision”.

Scientists have historically believed that once a person reaches adulthood, their cognitive abilities are immutable. But beginning in the early twentieth century, that theory has been contested by evidence suggesting that the brain’s abilities are in fact malleable and plastic. According to this principle of neuroplasticity, the brain is constantly changing in response to various experiences. New behaviors, new learning, and even environmental changes or physical injuries may all stimulate the brain to create new neural pathways or reorganize existing ones, fundamentally altering how information is processed.

Read more at Positive Psychology!

Play Sports? Take Note!

This is good information for anyone who plays sports, not only NFL players.

CDC Concussion - A Must-Read for Young Athletes

Prevention

Family Safety & Legal Tips

This is a public service website of Montlick & Associates. Provides important safety information to help you and your family prevent all types of injuries, including head injuries.

Help Keep Kids Safe®

Did you know that preventable injuries are the leading threat to a child’s health? This website has tons of information to help you become more knowledgeable about safety and prevent injuries to children.

Returning to School

Source: Stroke and Traumatic Brain Injury (TBI) Magazine by Walter Kilcullen: September 2022 Volume 4, Issue 5

Returning to School after a TBI

By Paul Wehman, PhD, & Pam Targett MED.
From the Archives of Physical Medicine and Rehabilitation
Parental involvement is critical when a young person is returning to school after a traumatic brain injury (TBI).

How does TBI affect students

  • The effects of TBI vary greatly from student to student.
  • Grades may drop or more work may be required to keep grades up.
  • Sometimes the effects of a brain injury are not obvious at first. The effects may become more noticeable later when thinking and social activities increase at school.
  • The student may require academic and emotional supports after the injury.

Some examples of changes that may occur after a person has sustained a TBI are:

Physical changes

Cognitive (thinking) changes

Emotional changes

Behavioral changes

Planning to return to school

Much of the frustration and confusion related to returning to school can be avoided with proper planning. School personnel should be contacted as soon as possible after the injury to plan for the student’s return to school. School systems are required to provide an individualized education program (IEP), as applicable, to help ensure a student’s academic and social success. The family, rehabilitation team, and school staff must work together and share information. This step is critical as evaluation data are used to prepare a student’s IEP. Some states have a brain injury educational consultant who can help local educators assess and provide services to students with brain injuries. Specific laws require schools to provide services for students with disabilities:

  • Individuals with Disabilities Education Improvement Act (IDEA) 2004: Helps ensure that students with disabilities receive a free appropriate education that is designed to meet their unique needs and prepare them for employment and independent living.
  • Section 504 of the Rehabilitation Act: Some students who are not protected under IDEA are eligible for other supports under Section 504.
  • Americans with Disabilities Act: Provides accessibility, nondiscrimination and greater access to workplaces, public transportation, and telecommunications.

How can schools support students with TBI?

It is important to obtain information about the student’s pre-injury cognitive abilities. A neuropsychologist and other rehabilitation professionals can evaluate the student’s current strengths and abilities, and recommend support resources both in and out of the classroom.

Often a neuropsychological evaluation is used to answer questions such as:

  • Can the student do the work needed to advance to the next grade or to participate in specific activities/classes?
  • What are the student’s cognitive strengths?
  • What are the student’s social skills?
  • What are the student’s physical abilities, such as strength, balance and endurance?
  • What are some of the problems the student may face, and what should educators look for?
  • What classroom strategies can be used to help the student with attention, concentration, and learning?

What are possible classroom placement options?

There are four types of classroom placements:

  1. Classroom with Access to General Curriculum: The student will be in a regular classroom with typical peers. In addition to the teacher, a special education teacher will be available to adjust the curriculum to the student’s abilities. The special educator builds supports for the student’s success.
  2. Resource Room: In a Resource Room, a special-education teacher works with a small group of students. Resource Room placements have the benefit of providing help where needed while letting the student remain in regular classes most of the time.
  3. Self-Contained Class: Placement in a self-contained classroom means the student is taught in a small controlled setting with a special education teacher. However, the field does not promote this option because it removes the student from typical peers during the Core Curriculum.
  4. Out-of-District Placement: Out-of-district placement requires the student to attend a school specifically designed to address special learning or behavioral needs. The advantage is the high degree of specialized instruction. The disadvantage is the student does not attend the neighborhood school and misses peer interactions.

The following questions may help parents and school staff make the important decision about placement:

  • What type of setting is likely to be the most conducive to learning?
  • What are the disadvantages of not remaining in the regular classroom?
  • What structure is needed?
  • What specialized instructional techniques or technology are needed to enhance learning? How will these be provided without stigmatizing the student?
  • Does the student need to focus on functional skills to enhance independent living and employment?
  • Have the student’s transition assessments revealed that the student would benefit from learning community living or employment skills in a setting outside of the classroom?
  • Does the student plan to attend college?

Once the student is placed it is important to monitor his or her progress so changes can be made as needed. A transition specialist might assist as the student moves from grade to grade, middle to high school and from there to adult life.

Challenging classroom behavior

Several common triggers can cause or contribute to negative behaviors in students with TBI:

  • Students with TBI can become overstimulated easily.
  • Students with TBI may respond negatively to an unexpected event or a lack of clear structure.
  • Physical and cognitive activities at school may overwhelm the student to the point of an emotional outburst.
  • Negative feedback and lack of support from teachers and students can contribute to emotional and behavioral problems.

Ways educators can address challenging behavior

  • Avoid labeling the student.
  • Talk to the student to find out what is contributing to the student’s behavioral flare-ups. Is it emotional, physical, cognitive, and/or social?
  • Evaluate the student’s environment to determine what events may trigger behavioral problems. Also observe how the student interprets these events.
  • Provide a safe setting for the student to calm down (i.e., guidance office, resource room).

School behavior that is counterproductive follows a pattern. The educator’s task is to detect and understand this pattern through classroom observations and discussions with the student, family, and other teachers.

Disclaimer

This information is not meant to replace the advice from a medical professional. You should consult your health care provider regarding specific medical concerns or treatment.

Attribution

“Returning to School After Traumatic Brain Injury” was developed by Paul Wehman, PhD, and Pam Targett, MEd, at Virginia Commonwealth University’s Rehabilitation Research and Training Center (VCU-RRTC) through a subcontract with TransCen, Inc., and funded by NIDRR/U.S. D.O.E. grant #H133A100007CFDA#84.133A and in collaboration with the University of Washington Model Systems Knowledge Translation Center NIDRR/U.S. D.O.E. grant #H133A060070. Copyright © 2010. May be reproduced and distributed freely with appropriate attribution.

Returning to Work

Source: Stroke and Traumatic Brain Injury (TBI) Magazine by Walter Kilcullen: September 2022 Volume 4, Issue 5

This article is a reprint from the Law Firm of Davidoff & Associates (May 7, 2021).

Tips for Returning to Work After Sustaining a Brain Injury

For many people, work is part of their identity — something that makes them feel productive and empowered. After an individual sustains a brain injury, they may be out of work for an extended period of time and eager to return as soon as possible. However, they may be left with certain symptoms that may make it difficult to function at work; for instance, they may experience:

  • Fatigue and headaches
  • Poor concentration and memory
  • Difficulty making decisions
  • Decreased self-awareness
  • Social isolation

While a long absence from work and the ongoing effects of a brain injury can be overwhelming, we’re here to tell you that returning to work is possible with the right support and proper planning. Here are five essential tips to remember during this process.

Don’t Go Back Before You Are Ready.

While you may be eager to get back to work as soon as possible, you should not go back before you are ready. Doing so could just hinder your physical and emotional recovery. Depending on the type of work that you do, you may also be at increased risk of worsening your condition if you try to get back to work too soon.

Always check with your doctor before you make any changes to your lifestyle or daily activities. If you are thinking about returning to work in the near future, your doctor can help guide you through the process and craft a timeline that would be the safest for your specific condition.

Stick to a Schedule That Works for You.

Developing a routine both at work and outside of work can help you become accustomed to everything new going on in your life. This schedule should include seven to eight hours of sleep a night, some form of regular exercise, and healthy eating habits.

While you are at work, set timers and reminders for yourself that allow you to stay on track of your specific work. Try to complete each task in the allotted time you give yourself, but remember that you’ll want to be flexible with yourself as you relearn how to do certain things. Take copious notes throughout the day to reinforce work details in your memory.

Listen to Your Body and Know Your Limits.

Having a positive, go-getter attitude when it comes to work can help many people succeed at their jobs. However, it’s important that you also be realistic about what your limitations are so that you don’t push yourself too hard. Remember, your health and safety come above all else—including your job.

If you need help or clarification with something, don’t be afraid to ask your employer or your co-workers. In most cases, they will want to make sure that you are not struggling and will want to assist you in any way that they can.

Communicate With Your Employer.

You are not required to disclose any medical or health conditions to your employer. However, keeping them in the loop in regards to your recovery timeline and your own limitations can help them properly plan to have you back in the workplace.

For instance, if you require any type of accommodation, it’s a good idea to communicate with your employer in advance. When you are returning to work after a brain injury, your doctor may way you to:

  • Work shorter shifts or have a modified work schedule.
  • Take more breaks during your shift.
  • Have a quiet place available for you to go away from the pressures of your job.
  • Have modified workplace equipment or devices.

At Davidoff Law, we understand the obstacles you may face after sustaining a brain injury. Our legal team is dedicated to protecting the rights of those wrongfully injured so that they can move forward with their lives, all while treating each client like family.

Contact our firm at (888) 211-1116 to get started with your no-fee, no-obligation case review. Our office is located in Queens and we serve all the boroughs of NYC and clientele.

Ride Your Bike Safely

Riding a bike is a physical activity that has many favorable benefits, two of them being that it is enjoyable and also great exercise. In order to get the maximum benefit of enjoyment and exercise that bike riding provides, it is also fundamental to be safe while doing so.

The MotoSport.com website contains many safety tips and riding guidelines to ensure fun while riding your bike, including proper equipment, rules about dealing with motorists, rules of the road, riding at night, special rules for children, special rules for disabled people, what to do if you get stranded, and cycling organizations that promote safety. This is an invaluable biking resource!

Seizures

One of the problems that can occur after a traumatic brain injury (TBI) is seizures. Although most people who have a brain injury will never have a seizure, it is good to understand what a seizure is and what to do if you have one. Most seizures happen in the first several days or weeks after a brain injury, but some may occur months or years after the injury. Seizures happen in one of every 10 people who have a TBI that required hospitalization. The seizure usually happens where there is a scar in the brain as a consequence of the injury.

Read a seizure fact sheet on the Model Systems Knowledge Translation Center (MSKTC) website.

Sleep Apnea: Bad for Your Brain

“Evidence shows that optimal brain health depends on keeping obstructive sleep apnea in check”, says Dr. Chris Iliades. Both the American Heart Association and the American Academy of Neurology state that obstructive sleep apnea (OSA) is bad for brain health.”

UCLA research shows that over the past 12 years, experts have learned that the gasping during the night that is characteristic of obstructive sleep apnea can damage the brain in ways that lead to high blood pressure, depression, memory loss, and anxiety.

Speech Therapy Following Brain Injury

Speech is often affected after a person has a traumatic brain injury or stroke.

This video explains a few common speech problems and gives solutions to help improve one’s speech.

TBIs, including Concussions, Among Youth Athletes: New CDC Report

Children Concussion

During the last decade, emergency department visits for sports and recreation-related TBIs, including concussions, increased by 60 percent among children and adolescents (from birth to 19 years). Bicycling, football, playground activities, basketball, and soccer are the most common activities involved. One reason for the increase may be a result of the growing awareness among parents and coaches, and the public as a whole, about the need for individuals with a suspected TBI to be seen by a health care professional.

CDC’s newly released report, Nonfatal Traumatic Brain Injuries Related to Sports and Recreation Activities Among Persons Aged ≤19 Years — United States, 2001–2009, published in the October 7th issue of CDC’s Morbidity and Mortality Weekly Report, shows that the number of sports- and recreation-related TBI emergency department visits varied by age group and gender:

  • 71.0 percent of all visits were among males
  • 70.5 percent of visits were among persons aged 10-19 years
  • Children aged 0-9 years commonly sustained injuries during playground activities or while bicycling.

Learn More

CDC Footer

The Rancho and Glasgow Coma Scales

The Rancho Scale is used to rate the severity of comas and levels of cognitive functioning.

Rancho Level of Cognitive Functioning

Level I No response to stimulation
Level II Generalized response to stimulation
Level III Localized response to stimulation
Level IV Confused, agitated behavior
Level V Confused, inappropriate, non-agitated behavior
Level VI Confused, appropriate behavior
Level VII Automatic, appropriate behavior
Level VIII Purposeful, appropriate behavior

Glasgow Coma Scale (Score at 30 minutes post-injury)

Eye openings

1 No response
2 To pain
3 To voice
4 Spontaneously

Best Motor Response

1 No response
2 Extension response in response to pain (decerebrate posturing)
3 Flexion in response to pain (decorticate posturing)
4 Withdrawal to pain
5 Localized to pain
6 Follows commands

Best Verbal Response

1 No response
2 Incomprehensible sounds
3 Inappropriate words
4 Disoriented but converses
5 Oriented and converses

Unintentional Injuries May Occur After a TBI: a CDC report

CDC Unintentional Injury

Adults with Moderate to Severe TBI are at Increased Risk

Previous research examining adults with moderate to severe traumatic brain injury (TBI) who participated in rehabilitation showed that they were twice as likely to die from an unintentional injury that occurred following their TBI, compared to individuals in rehabilitation of similar age, sex and race but without TBI. People who have had a moderate to severe TBI may experience changes in cognition and balance, which may put them at greater risk of subsequent unintentional injuries.

The August special issue of NeuroRehabilitation is dedicated to work on unintentional injury after a TBI with a focus on understanding injury risk related to changes in cognition, health, and behavior as a result of the TBI. It includes:

  • A CDC commentary outlining the burden of TBI in our nation and a public health approach to reducing unintentional injuries and TBI.
  • A study describing the higher risk of motor vehicle crashes for veterans with TBI.
  • An article on the risk factors for unintentional injuries after TBI.
  • The development of a patient-centered safety assessment tool.
  • Research on the supports and barriers to returning to work after work-related TBI.

Learn More about TBI

Traumatic brain injury (TBI) is a serious public health problem in the United States. Each year, traumatic brain injuries contribute to a substantial number of deaths and cases of permanent disability. In 2010, there were 2.5 million emergency department visits, hospitalizations, and deaths due to a TBI that occurred either as an isolated injury or along with other injuries. Persistent health problems among those with a TBI contribute to limitations in function, disability, and reduced life quality, all of which can lead to increased injury risk.

Other CDC Articles on this Issue

A CDC commentary outlining Haarbauer-Krupa J. Unintentional injury after traumatic brain injury: issues, assessment, and reducing risk. NeuroRehabilitation: An Interdisciplinary Journal, 2016 August; 39(3):1-2. DOI: 10.3233/NRE-161365


Baldwin GT, Breiding MJ, Sleet D. Commentary – Using the Public Health Model to Address Unintentional Injuries and TBI: A perspective from the Centers for Disease Control and Prevention (CDC). NeuroRehabilitation: An Interdisciplinary Journal, 2016 August; 39(3):1-4. DOI: 10.3233/NRE-161366

Vision Problems after Brain Injury

Vision problems can be caused by an injury to the brain. This injury can be created by a stroke, a Traumatic Brain Injury, or forms of Acquired Brain Injury such as an aneurysm, brain tumor, brain bleed, anoxia, etc.

Each of these types of brain injury can disrupt the visual process. “Visual problems are often overlooked during the initial treatment of an injury. Not addressing these problems can lengthen and impair rehabilitation. The most important source of sensory information is vision. The visual process involves the flow of information to the brain and the processing of information in the brain,” per the Roswell Eye Clinic.

Read “How a Stroke and Brain Injury Can Affect a Survivor’s Vision” for more information on vision problems created by a brain injury and treatments for them.