**** October 29th ****
In the past few days we have acquired nodding yes and shaking his head no!! So, whenever he agrees with something or wants to say 'yes' to it he can either do thumbs up OR nod in agreement. When he wants to communicate 'no' he either gives a thumbs down or shakes his head!
We also have learned the 'OK' symbol -- so, now with his hands he symbols 'OK' to us when we ask him how he is doing/feeling. He sticks his tongue out on command which seems so ordinary but it is actually a really hard thing to do and they were thrilled he can do that -- that is a big sign that speech is in his hopefully NEAR future! He also closes his eyes on command and keeps them closed -- sometimes he'll pretend he is sleeping and then laugh. He can also wink now -- so he'll wink at us from time to time.
At one point, we were doing the 1, 2, 3, 4, 5's with him -- with his fingers -- holding up the numbers. I would do it, then he would do it, then we would do the sign for 'I love you' and then we would do 'OK' and all sorts of different gestures he has learned --- So, all of a sudden, as he is going back and fourth between numbers and different symbols -- there was the middle finger. And he looked at it like 'oops' and kind of looked at me and I went 'hey! Kenneth!' and he just laughed out loud! Both of us realizing what he did and that it is NOT appropriate. It was just funny how he did it w/o realizing and then once it was up he was
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at it haha!
There is an article in New Jersey Monthly that rates top doctors in the State and writes about different medical situations. They did a story on Kenneth's two head doctors -- his main Doctor is Dr. Jonathan Fellus (the head doc at Kessler) and his associate is Dr. Philip De Fina. They are amazing and Kenneth really likes them - of course, we LOVE them as they work everyday to bring a little bit more of Kenneth out to the world and back to us.
To be able to truthfully say that we see improvements, even if they are small, every single day is an amazing thing - we are very fortunate. It is the honest to God truth -- every single day, just about, there is something that Kenneth can do that he was unable to do the day before.
I'll give you guys a link to the article and there is a picture you can click on the enlarge of Dr. Fellus -- with the bowtie. He was quite an interesting man - you can't even wrap your mind around just how BRILLIANT this man is - and he has an eccentric side that I kind of love about him. Kenneth finds him amusing at times - I think because of the bowtie and his animated features. When he comes in to visit him he'll talk directly to him - never about him like he is not there. He is kind and very gentle. He calls him Officer Baribault most of the time. One day when Kenneth was giving my Mom a hard time -- he likes to tease her -- and he put his hand in front of his mouth and wouldn't take his medicine - something he never does. He is always very cooperative but wanted to tease her on this particular day. So, he would cover his mouth and laugh! Then, look at her. So, Dr. Fellus happened to walk by -- it was only a two minute thing -- and he came in and said 'Officer Baribault! You have to take your medicine!' hahaha and the second Kenneth got a reaction out of my Mom he happily took his hand down and accepted his medicine - like always. He just wanted to get a rise out of her - typical.
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But Dr. Fellus just has a way about him. He took out his PBA cards one day -- showed them to my brother and Kenneth thought it was the funniest thing. Dr. Fellus said he gave him a look like 'yeah OK, license and registration please!' haha!
OK - LINK:
NJ MONTHLY - DR. FELLUS AND BRAIN INJURY Here are some highlights from the article where Dr. Fellus and Dr. De Fina talk about TBI and some cases -- people need to be aware of the devastation that TBI's cause. Some of the cases you will read about - well, they are 10 times worse than Kenneth - if you can even imagine. That is why I'm so thankful he is in as good condition as he is -- because SO many people are not.
****As candidates for science’s final frontier, the bottom of the ocean and intergalactic space have a lot going for them. But neither packs as much extraordinary complexity and mystery into as small a space as the gelatinous, three-pound mass we call the human brain.
Containing billions of nerve cells transmitting electrical and chemical signals at up to 200 miles per hour, the brain also accommodates about a trillion supporting (or glial) cells, as well as glands essential to the regulation of hunger, thirst, growth, memory, sexual response, waking, sleeping, and sensory experience.
Enclosed in the impossible-to-misplace breadbox known as the skull, the brain is well armored against minor assaults. But strong as it is, the skull is no match for the impact of auto crashes, full-speed helmet-to-helmet collisions on a football field, or the blast wave of a roadside bomb.
We know much more about traumatic brain injury (TBI)—and the brain itself—than we did a century ago. But our ability to undo brain trauma caused by external forces, internal bleeding, or oxygen deprivation is still limited.
“Brain injury is a crapshoot,” admits Dr. Jonathan Fellus, director of brain injury services at Kessler Institute of Rehabilitation in West Orange. “A spinal-cord injury is a spinal-cord injury,” he explains, “and 99 percent of the time you know what you’re going to end up with from the get-go.”
TBI, on the other hand, might result in coma, minimal consciousness, a vegetative state, or a spontaneous recovery. At present, treatment of brain injuries is neither systematized nor standardized. But researchers, neuroscientists, and doctors—many of them, as it happens, working in the Garden State—are beginning to improve the odds for even the most severely injured.
The revolution in TBI treatment began in the 1990s, which Congress officially dubbed the Decade of the Brain. “When I was a neuropsychology intern in 1980, neurosurgery had very high mortality and morbidity rates,” says Dr. Philip De Fina, founder of the International Brain Research Foundation (IBRF), a think tank with headquarters in Edison. Government initiatives and funding helped spur advances in neurosurgery, including laser-guided microsurgical techniques. “More people are now surviving brain injuries, which means we’re starting to make breakthroughs in treating them, and diagnosing them prior to treatment,” De Fina says.
One difficulty of diagnosing the extent of a brain injury—or even whether the brain has been traumatized—is that symptoms may manifest themselves over time and are not always present in the immediate aftermath of an accident or battlefield incident. Even the determination of a patient’s degree of consciousness—once considered fairly straightforward—is being recognized as a gray-matter gray area.
The war in Iraq also has led to progress in the diagnosis and treatment of TBI. Improved armor and field expertise, as well as advances in rehabilitation, have allowed more soldiers to survive head injuries that would have killed them in previous conflicts. (In fact, doctors are calling TBI the war’s signature injury.)
Staff Sergeant Juan Roldan is a case in point. Assigned to a security detail in Sadr City, he saw a spike in sectarian violence in the days leading up to Saddam Hussein’s scheduled execution on December 30, 2006. On the night of December 29, he was in command of a Humvee.
“We rolled out, and I was in the last vehicle,” he remembers. “We got into some serious stuff, and out of nowhere the explosion came.” The source of the blast was a powerful improvised explosive device, which blew him 270 yards from the passenger seat of the truck. When a fellow sergeant found him, one of his legs was gone and the other, Roldan says, was “hanging by two threads.” His rescuer applied tourniquets to each leg, threw Roldan into another Humvee, and raced to the casualty collection point.
“I died in Iraq,” Roldan says, and he’s not speaking metaphorically. He lost more than 60 percent of his blood, and by the time he arrived at the collection point, his heart had stopped beating. He had also suffered spinal cord damage, pelvic trauma, and severe traumatic brain injury.
After being stabilized in Iraq, Roldan was transferred to Germany and then to Walter Reed Army Medical Center in Washington, D.C. Roldan began to improve after he was weaned from an excess of pain medications. But his doctors suspected that, given the right environment, he could make a fuller recovery.
They contacted Jonathan Fellus, who is unlikely to forget the phone conversation: “Walter Reed called and said, ‘We want to send you this young man who was exposed to an IED, had a bilateral trifemoral amputation, severe traumatic brain injury, complete spinal cord injury [meaning no motion or sensation below the point of injury], an open wound in his back, and a colostomy bag. And he’s 22.’”
There was a time when a doctor might see a case as severe as Roldan’s once in a career. Today, cases like his have become almost commonplace. Often the most challenging ones find their way to doctors and therapists in the Garden State.
“The worst things that can happen to the brain will ultimately end up here,” says Fellus of the Kessler Institute. Nattily dressed in pink shirt and floral bowtie, he doesn’t look like anybody’s idea of a mad scientist, though that’s exactly how he describes himself. He works hands-on with patients to restore brain function using an individualized approach he describes as “creative, aggressive, no holds barred—a kaleidoscope of interventions to assault the injury from all sides.”
The treatment protocol he employs was developed in partnership with the International Brain Research Foundation under De Fina’s leadership. “The brain is essentially electrochemical, so we use both electrical and chemical interventions,” De Fina explains. “We take medications from many different neurological disorders, including psychiatric disorders like depression and anxiety, conditions like Parkinson’s, and so on, and we use electrical stimulation techniques that are applied externally, so that they’re noninvasive.”
In 2005, De Fina and his colleagues applied the protocol to a deeply comatose patient and succeeded in reviving him. This was, of course, the result they’d been hoping for, but they were still somewhat astonished about actually pulling it off. “It was an amazing feat,” he says.
It also represented an epiphany for De Fina, who realized that there was no organization devoted specifically to working with victims of severe brain injury or to developing advanced techniques to help them recover. That same year, he founded the IBRF to marshall the world’s top neuroscientists and research facilities to advance cutting-edge brain research.
In the past four years, the IBRF, working with the Kessler Institute, has awakened 27 of 33 comatose patients. (Its most famous patient may be Steven Domalewski, the Wayne Little League pitcher who was hit in the chest by a line drive in 2006, suffered cardiac arrest, fell into a coma, and was revived three months later.) What is striking about the IBRF protocol is that it draws from other medical specialties as well as from approaches that seem decidedly New Age.
However promising these new treatments are, progress for many patients remains elusive. Christopher Hammett survived a fourteen-month tour of duty in Iraq without injury, but the West Point cadet barely survived his encounter with an SUV on a Maryland highway. In July 2007, he and two friends in a Honda Accord were slowing down for an exit when they were rear-ended by a Chevy Suburban going 60 miles an hour.
The Suburban pushed the Accord 110 feet across the highway; its impact caused Hammett’s head to accelerate and decelerate violently, resulting in what’s known as a diffused head injury. In a few seconds, millions of nerve endings in his brain were torn and his brain was twisted on an axis. He went into a deep coma. Doctors informed his mother, Diane Davidson, that the 26-year-old wasn’t likely to make it past surgery. But Hammett’s body rallied. Last March, just before Easter, he was transferred to JFK Johnson Rehab in Edison, his mother having convinced the military that he would fare better there than in the nursing home they had assigned him to.
A year later, his prognosis is cloudy. “Chris is borderline,” says Dr. Caroline McCagg, who handles his case. “I hate the word vegetative. It could be said that he is minimally conscious.” Davidson is convinced she sees signs of progress. “I feel like he responds, like he knows I’m there,” she says. “Today, when the therapist got him out of bed, she told him to lift his fingers, and it went very slowly, but he did it.”
No one has given up on Hammett. Since August he has received hyperbaric oxygen therapy—oxygen delivered at greater than atmospheric pressure—which doctors hope will rouse dormant brain cells. “There’s so much more to be done,” his mother says, and she might well be describing the still-nascent fight to conquer brain injury.
There is a growing number of hard-won victories in that fight—including the likes of Juan Roldan. When he arrived at Kessler, doctors prescribed several medications designed to enhance memory and boost cognition, and helped wean him from pain meds, regain his powers of speech and hearing, and move toward his goal of living independently. Today, he’s working to get behind the wheel of a car. “I’ve proved to myself what I’m capable of,” he says.
Roldan’s recovery may well be attributable to the willingness of doctors like Fellus to treat brain injury with courage and creativity. While the basics of treatment are starting to become systematized, the nuances still demand the intestinal fortitude to act on hunch and instinct. “You can get a pretty picture anywhere,” Fellus says. “I’m coloring outside the lines every day.” ********
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