Posts Tagged ‘traumatic brain injury’

FES Equipment Coming to Baltimore’s Mount Washington Pediatric Hospital

Thursday, September 8th, 2011

Author - Sarah Keogh

Back in February, Jon Stefanuca wrote about a study in the Journal of Neurorehabilitation and Neural Repair about Functional Electrical Stimulation (FES) and the benefits it can provide to those individuals who have suffered spinal cord injuries. He explained how FES is able to provide electrical impulses to stimulate paralyzed muscles. The study’s authors found improvements based on using FES that led them to recommend using stimulation therapy in conjunction with occupational therapy for patients with incomplete spinal cord injuries. This technology is now also being used to help people with a wide range of injuries and illnesses including, stroke, multiple sclerosis, traumatic brain injury, and cerebral palsy, in addition to spinal cord injuries. According to the Christopher and Dana Reeves Foundation website, FES works by applying “small electrical pulses to paralyzed muscles to restore or improve their function”. The benefits can be extensive:

FES is commonly used for exercise, but also to assist with breathing, grasping, transferring, standing and walking. FES can help some to improve bladder and bowel function. There’s evidence that FES helps reduce the frequency of pressure sores. From: Christopher and Dana Reeves Foundation website

Improved Technology To Be Locally Available

Since FES was originally developed, the technology improved from being something that was typically integrated into large expensive equipment, such as exercise bikes and wheelchair based equipment, into smaller more portable devices. The good news for individuals with neuro-motor injuries in Baltimore City and the surrounding areas is that this type of FES treatment is about to become more available locally. At the end of August, Mount Washington Pediatric Hospital announced that they have received a “Quality of Life” grant from the Christopher and Dana Reeve Foundation. The article explains:

The money will help Mt. Washington Pediatric Hospital purchase Bioness® equipment for its Adaptive Equipment Rehabilitation Clinic (the clinic). The clinic works with patients with neuro-motor disorders to maximize their movement as much as possible given their physical limitations.

From Bioness.com

The Bioness website explains that they produce a variety of “medical devices designed to benefit people with Stroke, Multiple Sclerosis, Traumatic Brain Injury, Cerebral Palsy, and Spinal Cord Injury. These products use electrical stimulation to help people regain mobility and independence, to improve quality of life and productivity.” While I do not know what particular equipment will be available at the Mount Washington Pediatric Hospital, Bioness makes equipment to assist patients with hand paralysis, foot drop and thigh weakness among other conditions.

MWPH Uses Interdisciplinary Approach Combining FES and Therapy

The article about the grant explains some of the many wonderful things available for patients at the Mount Washington Pediatric Hospital (MWPH):

  • …[an] interdisciplinary approach to the assessment and management of adolescents and children with neuromuscular impairments, paralysis and/or movement disorders
  • … [a] team of 21 experienced specialists in physiatry, occupational therapy, and physical therapy.

The new equipment at MWPH will be used along with the other occupational and physical therapy options available to patients. A study described in US Neurology looked at stroke victims and found the combination of FES and traditional therapies that include repeated motion provide the best results:

Stroke patients with limited voluntary movement could now benefit from technologies such as functional electrical stimulation (fes) combined with necessary repetition of functional tasks (use-dependent plasticity) to enhance the neural repair process and improve outcomes, thus enabling them to begin to overcome their previous limitations and to improve their physical capabilities.

From Bioness.com

The goal at MWPH for children and adolescents is based on a similar idea:

Patients whose muscles can be retrained will require several months of therapy to gain normal range of motion and strength. For those patients with more severe conditions where muscles cannot be retrained, the Bioness® equipment will be used to augment their range of motion. Using these two therapy modalities, patients will acquire greater functionality, range of motion, muscle strength, and the ability to move independently.

This multi-disciplinary approach should allow these children and teens to have the best chances of improved motor use and the most independence in their future lives.

Related Articles:

Coming Soon? Restored Breathing for Spinal Cord Injury Patients

Spinal Cord Injury Updates: More Reasons for Optimism?

New Treatment Holds Promise for Patients With Spinal Cord Injuries

New Microchip Promises to Make Life Much Easier for Paraplegic Patients

How Much is Your Marriage Worth?

Friday, June 10th, 2011

When you’re injured as a result of someone else’s negligence, it’s easy to see why you have a legal claim. You are entitled to recover for the injuries that you suffered, including economic damages (lost wages, medical bills, etc.) and non-economic damages (pain and suffering). However, if you’re married, there is another category of damages that you may be able to recover – damage to your marriage. It’s called Loss of Consortium and is an important element of damages in the right circumstances. It is a legal recognition that the marital relationship itself – separate and apart from the injury to the individual – is a protected interest that is deserving of compensation if it has been harmed by the negligence of another person.

Loss of consortium has an interesting history. Under Common Law (which roughly translates to “the olden days” in this circumstance) a woman had no right to sue for loss of consortium. It was only the man who had the right. That was because the woman was essentially seen as the man’s property. If she was injured and unable to provide her usual domestic or bedroom duties as a result of someone else’s negligence, the man could recover for the loss of such services. He had basically lost some of the value of his property so he was entitled to compensation. Eventually, the courts (most courts, at least) recognized the unfairness of such a one-sided system and ruled that women could also make such a claim if their husband suffered an injury. However, there are still some states (Virginia, for example) that do not recognize loss of consortium at all, no matter who tries to bring it.

Back to the present day. A loss of consortium claim arises when one spouse suffers a serious injury that impairs the marital relationship. An easy example is if a husband suffers a traumatic brain injury as a result of a doctor’s negligence. In that circumstance, the man would be able to file a claim for his own damages, of course, but he and his wife could also allege loss of consortium because the brain injury impacts the marriage. The couple will now find it more difficult to do the things they use to do together as man and wife – going out together, caring for their children, taking vacations, intimacy, and the day-to-day marital difficulties that arise because the husband now has a brain injury. In Maryland, a jury can award monetary damages for the couples’ loss of companionship, affection, assistance and yes, sexual relations. It is notoriously difficult to put a dollar figure on such injuries, but the law recognizes the right of a husband and wife to recover financially if their marriage has been damaged. How much money to award for such injury is for the jury to decide. Like other damages, it is always the plaintiffs’ burden to prove that the marriage has been injured, which is usually done through the testimony of the husband and wife.

Speaking of intimacy, some pundits say that loss of consortium is just a code-word for damage to the couples’ sex life. This is not entirely true as the marital relationship entails far more than just sex, but these pundits have a point. A loss of consortium claim usually does include an allegation that the couples’ sex life has been impacted. If you are bringing a lawsuit, you have to understand that when you allege loss of consortium, you are opening up the door on the most intimate parts of your life. Defense attorneys will often ask highly personal questions – how often did you have sex before the injury, how often do you have sex now, how exactly does the injury make sex more difficult, have either of you ever strayed from the marriage, etc. Some couples are understandably reluctant to discuss such things. Thankfully, most defense attorneys are just as uncomfortable asking these questions as the plaintiffs are answering them, so the questions tend to be over with relatively quickly. Be aware, though, that if you do file a loss of consortium claim, your sex life may become an issue in open court.

In the District of Columbia, a loss of consortium claim is for similar damages, but with a slight difference. While in Maryland the claim belongs to both the husband and the wife and is brought by them jointly, in the District of Columbia the claim belongs solely to the non-injured spouse. Any money awarded by the jury for loss of consortium goes to the non-injured spouse rather than to the couple jointly.

Lastly, Maryland’s cap on non-economic damages applies to claims for loss of consortium. There is no separate cap for this claim. In other words, there is a single cap that applies to all allegations of injuries, whether it’s an injury to the individual or an injury to the marriage.  The Maryland Legislature does not allow a couple to receive more money for injury to the marriage above and beyond the cap, even if a jury decides that that money should be given. Just another example of how Maryland’s cap punishes plaintiffs.

Have you ever suffered an injury that impacted your marriage? Did you file a loss of consortium claim? What was the result?

Related Nash and Associates Links

Maryland’s alleged healthcare “crisis”

Insurance and Traumatic Brain Injury

Acquired Brain Injuries

 

 

Concussions: The Message of Orioles’ Brian Roberts’ Injury Should Not Go Unheeded!

Sunday, May 22nd, 2011

Brian Roberts - NBC Sports photo (modified)

As I was reading the sports page this morning, after working my way past yesterday’s Preakness news, I was motivated to write this post by the report of Jeff Zrebieck in the Baltimore Sun’s Notebook section. Earlier this week, Brian Roberts of the Orioles was removed from the lineup due to headaches. At the time, I thought back over the games that preceded this news report but couldn’t remember any incident when Roberts could have sustained an injury that led to his headaches. For a guy like Brian Roberts, whose recent career has been marred by injuries, it was hard to believe that as tough and gritty as he is, that something like a sinus problem, allergies or the like had felled this guy. Then within a day or so, following examination and testing, we learned that Brian had sustained a concussion.

Once again, I thought through the games leading up to his line-up departure and still couldn’t remember any play or at-bat that would, in my mind, cause a concussion. There was no high and tight, back-him-off-the-plate pitch, no knee to the head by a middle infielder when he was sliding into second on an attempted steal, not even a take-out at second base while he was turning a double play. As we learned later, he sustained his current injury while sliding into first base headfirst trying to beat out a single. He never struck his head on anyone or anything. So how in the world did Brian Roberts wind-up on the disabled list with a concussion?

Last year’s injury set the stage for a recurrence

While no one knows for sure, the speculation during the 2010 season, which was also marred for Roberts by a back injury, was that Roberts had caused the concussion when, out of sheer frustration from a bad plate appearance, he struck himself in the helmet with his bat on the return to the dugout. We’re not talking a violent collision between a defensive back and an unprotected wide receiver, a car crash or a vicious criminal assault. Nevertheless, Roberts’ head injury lingered on well past the end of the season, which ended for him six games early due to dizziness and headache following this incident.

When he reported to spring training, the Orioles faithful were hoping that the past season’s injuries (back, strained abdominal muscle, concussion), which caused him to miss a total of 103 games in 2010, were a thing of the past. Then on Wednesday, February 23, 2011, the report came out that Brian had left spring training that morning due to a stiff neck. What was this all about? Then came the news last week – a slide felled this mighty warrior.

Concussions: a mild traumatic brain injury

Just what is a concussion? Brainline.org, a great resource for those seeking more information about traumatic brain injuries, gives this description:

In a nutshell, a concussion is a blow or jolt to the head that can change the way your brain normally works. Also called amild traumatic brain injury, a concussion can result from a car crash, a sports injury, or from a seemingly innocuous fall.Concussion recovery times can vary greatly.

Most people who sustain a concussion or mild TBI are back to normal by three months or sooner. But others . . . have long-term problems remembering things and concentrating. Accidents can be so minor that neither doctor nor patient makes the connection.

The Days of Yore – “Gut It Out” – are thankfully coming to an end

Anyone who follows sports is well aware that finally the old school mentality of “gut it out and get back in there” following blows to the head are coming (not too soon) to an end. Committees have been formed, articles written and the national spotlight of the media have finally focused on this issue. Those recommendations, debates and guidelines are beyond the scope of this post. Nevertheless, those involved in sports, particularly at the scholastic levels, should constantly be aware of this ever-expanding information, which is available through multiple resources and media channels.

What are the signs and symptoms of a concussion?

While there is apparently no universally accepted definition of concussion despite hundreds of studies and years of research, according to one source, there is some unanimity in what are the worrisome signs and symptoms, which can include:

  • Headaches
  • Weakness
  • Numbness
  • Decreased coordination or balance
  • Confusion
  • Slurred speech
  • Nausea
  • Vomiting

If you or someone in your family has sustained any type of head injury, no matter how minor and they show these signs or symptoms, get to the doctor or an emergency room immediately.

CT Scans, MRI’s and other diagnostic test after head injuries

TBI’s or traumatic brain injuries are reported to be “a major cause of death and disability worldwide, especially in children and young adults.” In cases of obvious severe head trauma, it’s a “no-brainer” that diagnostic testing should be done. But what about cases of mild to moderate head trauma? Who defines what is “minor” and “moderate” when it comes to TBI’s? What testing is necessary; when is it unnecessary?

While these judgments are made by the medical professionals, you need to be your own advocate at times in making this decision-making process. Brian Roberts was tested and submitted to radiographic tests for a host of reasons – probably not the least of which is the fact that he is a very valuable member of a professional sports team. What about the ordinary guy in the street?

Well, the short answer is – the recommendations vary when it comes to mild and moderate head injuries. In fact, the very definition of what constitutes a moderate TBI can also vary depending on whom you read. Nevertheless, certain signs, symptoms and history are not disputed indications for a radiographic study to rule in or rule out a potential brain injury. For example, one need only read the indications for the use of radiographic studies published by MedicineWorld.org or a host of other organizations on this topic.

In a recent case, I personally came across someone whom I believe to be a leader in the field of traumatic brain injuries (TBI), Dr. Andy Jagoda, an emergency medicine specialist in New York. He has done extensive research, writing and lecturing on this topic. I’ll save you the effort, here are the search results for his body of work.

A Lesson – Hopefully – Learned

I started this piece with the story of Brian Roberts. I didn’t simply do this because I am a long-suffering fan of the Orioles (which I am) and an admirer of Brian Roberts (which I also am) but because of the message his story tells us. A self-inflicted bat to the helmet because of a strikeout? A slide into first base with no blow to the head? A concussion none the less – apparently!

Brian Roberts may have a team of medical specialists watching and monitoring his every grimace, complaint and move; you probably won’t have that luxury. If you have a head injury – minor or otherwise – and have any of the known signs, symptoms or risk factors for a traumatic brain injury, be vigilant and pro-active for your own health and well-being.

If you are in an emergency room and the discussion of whether or not you should undergo radiographic testing takes place, get involved – ask questions. If you are discharged from the emergency room, whether you had a CT or an MRI or not, pay very careful attention to the head injury discharge instructions you are given. It is a well known phenomenon that there can be a delay in symptoms and signs of a TBI days if not weeks later. If you are suffering any ill-effects during this post-discharge period, get to a healthcare provider immediately.

The stories of how lives are altered forever more as a result of TBI are legion. Don’t become yet another statistic.

Your time to share

Have you ever had a TBI? Know someone who has? What happened in that situation? Was a test done? Do you think CT scans are overused, particularly in children? Are they underused? How did your “experience” turn out? Any advice for others? Share, Good People, share!

Good luck, Brian – and speed recovery!

 

 

 

Week in Review (April 16 – 20, 2011) The Eye Opener Health, Law and Medicine Blog

Saturday, May 21st, 2011

From the Editor (Brian Nash)

Another week of great posts (IMHO) by our blawgers. Apparently, I’m not the only one who thinks so since we have now surpassed 21,000 page views in the last 30 days. The number keeps rising. Our sincere gratitude to all our readers!

Our topics were once again quite varied. They spanned the law, health, science and medicine. We even had a piece on a local event – Marathon Kids. This piece is part of our new program to promote charities and civic organizations in our own backyard – Baltimore and Washington.

We try week in and week out to find topics of interest for you, our readers. If you ever have any suggestions for topics of interest to you, please leave a comment or send us an email or fill-out the contact form with your thoughts and suggestions. We’d love to hear from you.

Let’s get to it then. What did we cover this past week that you might be interested in reading? Take a look -

Why early settlement is a win-win for all

By: Michael Sanders

There is an old adage in the law that cases settle on the courthouse steps. There is a reason for that. When the parties are actually walking into court to try their case, they seem to suddenly recognize that there are significant risks to going to trial, and that there is serious money at stake. When you go to trial, only one side can win. The other side goes home a loser. Faced with such a stark outcome, both sides tend to become more reasonable in their assessment of their case and more willing to talk settlement. After all, despite all the years of experience that trial attorneys amass, no one can ever predict what a jury is going to do in any specific case. As one mediator I know likes to tell the litigants, going to court is like going to Vegas:  you roll the dice and you take your chances. Read more….

Milk from Mom: Effective in preventing common infant complication (NEC)

By: Jason Penn

The debate among parents regarding the use of human milk vs. formula wages on, but according to a recent study, you can chalk one up for the human body.  That study, headed by the Johns Hopkins University in Baltimore, concluded that premature babies fed human donor milk were less likely to develop the intestinal condition necrotizing enterocolitis (NEC).  Both sides has its advocates, willing to do battle at any time. When it comes to NEC, Mom’s milk has the decided advantage. Read more….

H.I.V. treatment advances, but what are the implications of terminating research early?

By: Sarah Keogh

Last week, I read some exciting news about H.I.V. treatment and transmission. A New York Times article reported that a large clinical trial found that “[p]eople infected with the virus that causes AIDS are far less likely to infect their sexual partners if they are put on treatment immediately instead of waiting until their immune systems begin to deteriorate…” The study found that “[p]atients with H.I.V. were 96 percent less likely to pass on the infection if they were taking antiretroviral drugs…” These findings are overwhelmingly positive and the implication for public health is huge. Read more….

A Windy, Rainy but Fabulous Day in Baltimore: Marathon Kids Final Mile Celebration

By: Rachel Leyko

Despite the wind and rain, this past Saturday I volunteered at the Marathon Kids Final Mile Celebration Event at Western Polytechnic High School in Northwest Baltimore.  I learned of the event through the Junior League of Baltimore and to be honest, prior to Saturday, I did not know much about the organization, its purpose or effect on the children it sought to serve.  However, after Saturday’s event, not only was I impressed with the purpose of Marathon Kids, but I saw firsthand the positive effect this program has had on the children who have participated. Read more….

Acquired Brain Injuries: Causes and Impact

By: Theresa Neumann

On the heels of Jason Penn’s blogregarding calling “911″ for signs of a possible stroke, I decided to introduce a variety of acquired brain injuries for further discussion in future blogs since damage to the brain results in some of the most catastrophic injuries possibly sustained by the human body with significant “collateral damage” for all of the friends and family involved in the individual’s life. Read more….


Sneak Peak of the Week Ahead

Some topics we’ll be covering next week…and then some…

  • You or someone you know has been diagnosed with cancer, now you have to deal with the horror. Jon Stefanuca will be writing a piece based on our experiences with a number of clients “living with cancer.”
  • Mike Sanders and I have both recently resolved cases involving families who have lost a child. Mike’s involved the death of a fetus very near term. He’ll share that story and the experience of the case with you.
  • Maybe those of you who have children with special needs are familiar with the local (Maryland and Washington, D.C.) resources to help you and your child. For those who may not be or just want to learn more, Jason Penn will be providing information on this next week.
  • You may have heard the recent news about labeling of certain medications for children. Sarah Keogh will report on this and also delve into some practical problems and issues that parents face every day in terms of medicating their children.
  • We’re going to begin a new series on exactly what is recoverable in our jurisdictions (Washington, D.C and Maryland) under what is known as the Survival Act and the Wrongful Death Act. We’ll be paying particular attention to issues involving what’s known as pecuniary benefits, loss wages and diminished earning capacity. Should be educational. We hope you enjoy it.

Have a great weekend, Everyone!

Acquired Brain Injuries: Causes and Impact

Tuesday, May 17th, 2011

On the heels of Jason Penn’s blog regarding calling “911″ for signs of a possible stroke, I decided to introduce a variety of acquired brain injuries for further discussion in future blogs since damage to the brain results in some of the most catastrophic injuries possibly sustained by the human body with significant “collateral damage” for all of the friends and family involved in the individual’s life.

What is an “acquired brain injury”?

Wikipedia defines acquired brain injury as damage to the brain occurring after birth but not including neurodegenerative diseases, such as Parkinson’s or Alzheimer’s, that occur later in life.  These injuries can further be divided into traumatic and non-traumatic acquired brain injuries.

Traumatic brain injuries are a result of some kind of trauma to the cranium/brain, but the actual causes can vary significantly. Trauma, in general, is the leading cause of death in the young-adult age group. An obvious example of a significant head trauma is the gunshot wound to the head sustained by Arizona Representative Gabrielle Giffords earlier this year. Other examples are assaults with blows to the head, falls with blows to the head, car or bicycle accidents with head injuries, sports-related head injuries/concussion, childhood playground head injuries, and even damage sustained during brain surgery. The degree of damage and permanent sequellae obviously varies as well, ranging from fully recoverable within a few days to catastrophic permanent deficits and even death. Interestingly, the amount of external damage (or lack thereof) does not necessarily reflect the damage inside the cranial vault.

Non-traumatic acquired brain injuries, on the other hand, have a wide range of etiologies not related to head trauma that have just as wide of a range of catastrophic effects and recovery times. One of these causes is a stroke, as described by Jason Penn; however, strokes can be either ischemic (blockage of blood flow to the brain by, for example, a blood clot) or hemorrhagic (when a blood vessel in the brain ruptures), and each is treated very differently!  Other possible causes are infections, brain tumors, failure of other body organs (liver, kidney), loss of oxygen delivery to the brain (heart attack, blood clot in lungs), other chemical or drug ingestions with toxic effects, aneurysm rupture, and build-up of carbon dioxide in the blood stream from other lung pathology, including smoking!

A Virtual Tour of the Brain

Described as the most complex organ in the human body, the brain has been the subject of numerous educational videos, which attempt to give the layman a better understanding of the parts and functions of the human brain. YouTube has numerous “brain anatomy” videos for you to peruse. Here’s one from the University of Bristol that does a good job of providing the basics of this incredible organ.

httpv://www.youtube.com/watch?v=9UukcdU258A

Effects of Brain Damage

The brain is the body’s 3-pound computer that controls every conscious and unconscious function of the body. Different areas of the brain control different cognitive, behavioral and emotional functions as well as the everyday metabolic functions of the body. Damage to specific areas of the brain result in specific functional losses, which is why someone with a “stroke” might experience numbness and weakness of one side of the body or no weakness but loss of balance or loss of vision. Larger injuries result in more brain tissue damage and more functional deficits. The object of “the game” is to rapidly diagnose the problem and rapidly treat the problem in order to minimize the amount of brain damage, and thus, minimize the functional deficits. Many acquired brain injuries progressively worsen due to different “normal” pathophysiologic mechanisms. It is imperative to intervene sooner whenever possible.

A Personal Story

My uncle had a stroke 1 month ago while working in the yard.  ”911″ was called immediately, and he was transported to the closest hospital.  He apparently had an undiagnosed abnormal heart rhythm (atrial fibrillation) that caused a large blood clot to form in the heart. This clot ultimately got pumped out into the carotid artery and lodged itself at the beginning of the middle cerebral artery on right side of his brain.  He was initially unconscious, but he later “came to”, only to deteriorate into unconsciousness again as the brain swelled from the blocked artery and infarcted brain tissue. He was transferred to another hospital that was capable of performing brain surgery, and he had back-to-back brain surgeries on 4/10 and 4/11 to try to minimize the damage. They actually had to remove a large part of his skull to allow for the brain swelling to occur without the brain’s tissue being compressed against the skull so as to prevent herniation of the brain.

He was in a coma for several days, but he is slowly making some recovery. In the meantime, he needed a tracheostomy and feeding tube in his stomach, both of which he still has. His entire left side remains completely paralyzed. It is difficult for him to stay awake, although he does seem to know who is around at any given time. My aunt, God bless her, has spent the last month at the hospital, 8 hours or more every day, and she is just exhausted. It is unclear when he will be going home or even if he will be going home. We are hoping and praying for the best recovery possible, but the future remains uncertain.

Collateral Damage

In addition to the person affected by acquired brain injury being functionally limited, whether temporarily or permanently, there is often collateral damage to himself/herself as well as to friends and family members. Emotional issues often arise, whether through mood disorders like depression and anxiety, or with actual personality changes. Those affected can become more belligerent or difficult, angry, withdrawn, and a host of other characteristics, making it very difficult on the person caring for the affected individual. The physical demands alone can overwhelm the care-provider (like bathing, toileting, feeding, transporting to appointments, etc.) and lead to care-provider stress and mood disorders.  Financially, these injuries are often devastating. Marriages end; relationships among family members suffer; sometimes, physical abuse and neglect can even occur when frustrations become overwhelming.

There are support groups available many of which can be accessed through local hospitals, associations or your health department.

Locally, you may want to visit the Brain Injury Association of Maryland and the Brain Injury Association of Washington, D.C.

Stay posted for more details on some of these causes of acquired brain injury specifically. In the meantime, do you have a story to tell?

 

Image from neuroskills.com

Shaken Baby Syndrome – What We All Should Know To Prevent Child Abuse

Wednesday, April 6th, 2011

Shaken-Baby Syndrome - image: mydochub

Some people should think twice before becoming a parent.  According to the Medical Examiner’s Office in Hampton, Virginia, Natalynn Hamrick died on February 3, 2011 from a brain injury after being shaken by her mother. Natalynn was only eleven months old. Her mother, who is now the subject of a criminal investigation, reportedly told the police that she shook Natalynn while trying to put her in the car seat.

Believe it or not, there is an actual syndrome that describes what happened to Natalynn. It’s called Shaken Baby Syndrome (SBS, also referred to as “Abusive Head Trauma” ) – “a form of physical child abuse that occurs when an abuser violently shakes an infant or small child, creating a whiplash-type motion that causes acceleration-deceleration injuries.”

The injury usually ensues as a result of very violent shaking, which then produces an accelerated rotational movement of the head.  This type of movement may cause the brain to move/rotate within the skull cavity, resulting in trauma to brain tissue.  There may be associated bleeding around the brain caused by torn blood vessels. The bleeding usually leads to pulling within the skull (i.e., subdural hematoma), which in turn can cause additional brain injury by exerting pressure on the brain and causing it to move or herniate.

Diagnosing less severe cases of SBS can be difficult because the child may not initially manifest any signs or symptoms. Radiographic studies may be used to diagnose bone fractures or brain bleeds. An important external manifestation could be bleeding in one or both eyes. The pupils may be blown and/or unresponsive. The following are some additional signs and symptoms:

  • Lethargy / decreased muscle tone
  • Extreme irritability
  • Decreased appetite, poor feeding or vomiting for no apparent reason
  • Grab-type bruises on arms or chest are rare
  • No smiling or vocalization
  • Poor sucking or swallowing
  • Rigidity or posturing
  • Difficulty breathing
  • Seizures
  • Head or forehead appears larger than usual or soft-spot on head appears to be bulging
  • Inability to lift head
  • Inability of eyes to focus or track movement or unequal size of pupils

Some of the long-term consequences of SBS include:

  • Learning disabilities
  • Physical disabilities
  • Visual disabilities or blindness
  • Hearing impairment
  • Speech disabilities
  • Cerebral Palsy
  • Seizures
  • Behavior disorders
  • Cognitive impairment
  • Death

Babies are more prone to develop SBS symptoms because their heads are relatively large when compared with the size of an adult head (i.e., on average a baby’s head represents about 25%of his/her total body weight).  Additionally, babies have relatively weak neck muscles that we not fully capable of supporting the head. Also, a baby’s brain is not fully developed, making it more susceptible to traumatic injury.

The following  prevention measures can easily be implemented to reduce the possibility of SBS injuries:

  • NEVER shake a baby or child in play or in anger. Even gentle shaking can become violent shaking when you are angry.
  • Do not hold your baby during an argument.
  • If you find yourself becoming annoyed or angry with your baby, put him in the crib and leave the room. Try to calm down. Call someone for support.
  • Call a friend or relative to come and stay with the child if you feel out of control.
  • Contact a local crisis hotline or child abuse hotline for help and guidance.
  • Seek the help of a counselor and attend parenting classes.
  • Do not ignore the signs if you suspect child abuse in your home or in the home of someone you know.

April is the National Child Abuse Prevention Month. If you suspect that a child is being abused, be proactive and take steps to allow for timely intervention.  Share your knowledge about SBS with your friends and family because no child should ever have Natalynn’s fate.

An Unpleasant Truth About Insurance Coverage For Patients With Traumatic Brain Injuries

Thursday, March 10th, 2011

traumatic brain injury

Since Arizona Rep. Gabrielle Gifford was shot in the head about three months ago, the internet was flooded with articles about her recovery and the nature of her injuries. During this time, some news sources began to explore the nationwide availability of rehabilitation resources and insurance coverage for patients with traumatic brain injury (TBI). The truth about the availability of insurance coverage for TBI rehabilitation is truly frightening.

According to an article published by ABC News, insurance coverage and rehab services are quite scarce when it comes to patients who require long-term TBI rehabilitation. It appears that private as well a publically funded insurance plans, including Medicare and Tricare, exclude many types of cognitive rehabilitation services, particularly when the patient requires long-term placement in a nursing home or rehabilitation facility. As a result, thousands of patients, including U.S. military members and veterans are left without necessary TBI rehabilitation.

The Tricare Coverage Manual, for example,  states that “[c]ognitive rehabilitation services designed to improve cognitive functioning after a brain injury are not supported by reliable scientific evidence of efficacy.” Apparently, this attitude towards cognitive rehab is not uncommon in the insurance industry. Even America’s Health Insurance Plans (AHIP) claims that cognitive rehabilitation has no benefit to patients with TBI, according to Susan Pisano, a spokesperson for AHIP.

To better understand traumatic brain injury and how rehabilitation can give a TBI victim a meaningful life, watch this video by the Research Channel.

httpv://www.youtube.com/watch?v=FgtHvBF4t-E&feature=related

This resistance from the insurance industry persists despite the fact that cognitive rehabilitation has been shown to be quite helpful. According to the Brain Injury Association of America, a number of studies have shown cognitive rehab to be very effective for patients with TBIs.  If you or a loved one were denied coverage for TBI rehabilitation, we encourage you to share your story with our readers. How did you handle the situation?  If you were ultimately successful in securing insurance coverage, how did you do it? If you found other sources of funding for TBI rehabilitation, please share your story and information so others might benefit from your experience.

TBI (Traumatic Brain Injury) research underway at 17 centers – progesterone therapy – might it be the answer?

Monday, February 22nd, 2010

In an article posted online by Medical News Today, we learn of new research spear-headed by Emory University and  funded by NIH for a Phase III trial using the hormone progesterone to treat patients with traumatic brain injury (TBI).

The article cites some startling statistics from the Centers for Disease Control and Prevention:  

Every 15 seconds, someone in the United States sustains a significant traumatic brain injury. Approximately 2 million adults and children in the United States suffer from traumatic brain injuries each year - leading to 50,000 deaths and 80,000 new cases of long-term disability, according to the Centers for Disease Control and Prevention. Despite the enormity of the problem, scientists have failed to identify effective medications to improve outcomes following a traumatic brain injury.

As the term TBI denotes, when a person sustains a brain injury as a result of an outside traumatic force (e.g. a fall, car accident, being struck in the head, etc.), they are said to have sustained a TBI.

Apparently, notwithstanding the enormous numbers of deaths and disabilities associated with such injuries, there has been no approved new treatment for severe TBI in over 30 years.

Why the hormone progesterone?

Progesterone is naturally present in small but measurable amounts in the brains of males and females. Human brain tissue is loaded with progesterone receptors. Laboratory studies suggest that progesterone is critical for the normal development of neurons in the brain and exerts protective effects on damaged brain tissue.

According to today’s report, “The treatment is part of a randomized, double-blind Phase III clinical trial that will enroll approximately 1,140 people over a three- to six-year period beginning in March, 2010.”