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  • Another stroke survivor/PFO story 

    David 10:54 am on November 7, 2009 Permalink | Reply
    Tags: birth defect, headaches and stroke, merci retriever, , PFO and David Dansereau, ,

    This is the original article from Readers’s Digest Race Against Time that I referenced in my PFO story. The archive was down for some time but here once again is the entire article. Well worth the read as it goes over new technology now available to repair / remove damage from stroke, but you have to recognize stroke symptoms and act fast to get help ASAP.

    __________________________________________________

    Traci Miller woke up to the sound of quick footsteps scampering toward her room. It was shortly before dawn on a rainy Saturday in April 2006, but her three-year-old daughter, Alexis, was up unusually early. Traci tucked the toddler back in bed, then checked on one-year-old Rylee, who was sound asleep in her crib. It would be nice to slide under the covers for a few more minutes. But the redheaded mom from Hacketstown, New Jersey, had a busy day planned. She and her husband, Michael, had an appointment with a real estate agent to look at larger houses for their growing family, and her parents would be visiting later in the day. “I’m going to take a shower,” she told Michael, who was still dozing. “I’ve stuff to do before Mom and Dad get here — and we need groceries too.”

    Seconds later, Michael heard a thud. He didn’t know it, but a desperate race against time had just begun. He leapt out of bed to see what was wrong. In the bathroom, he found his wife of five years slumped against the tub. “I was screaming her name and asking if she was okay, but she just stared straight ahead and didn’t answer,” says the 36-year-old civil engineer. “She was moaning, kind of crying. I was terrified.” He carried her to their bed, then dialed 911. During the call, he noticed that Traci couldn’t move her right leg. “That scared me even more.”

    Within minutes, police rushed in with their radios blaring. Since Traci couldn’t talk, they asked Michael what had happened. “Maybe she hit her head and got a concussion,” he replied. Before long, the bedroom was full of paramedics, who examined Traci, slipped a brace around her neck, and loaded her onto a stretcher. During the wait for the ambulance, which was delayed on another call, Michael asked a neighbor to come over and watch the kids until he could reach relatives. Amazingly, baby Rylee slept through the commotion, and Alexis played quietly in bed, unaware of the emergency.

    By the time the ambulance finally arrived, Michael was frantic. The right side of Traci’s face had developed an alarming droop, and her mouth hung open. She was raced to a local hospital, then airlifted to a trauma center in Morristown, New Jersey. “I knew they wouldn’t do that unless her condition was very serious,” says Michael, who followed in his car. “I was crying as I drove. How could she have hurt herself so badly slipping in the bathroom? I panicked to the point that I thought about losing my wife, and our girls growing up without their mother.”

    When Michael reached Morristown Memorial Hospital at 7:40 a.m., he tried to get his emotions under control. During a brief visit with Traci, who was paralyzed on the right side of her body, he discovered that she could communicate with head motions. “Did you fall?” he asked. She nodded yes. “Do you remember how you fell?” She shook her head no. Then she was wheeled off for tests, including a CAT scan, while Michael prayed in the waiting room and called home to check on the kids.

    Nearly an hour later, ER doctors returned with shocking news: Traci had suffered a stroke — loss of blood flow to part of the brain, usually caused when a vessel is blocked by a clot. Michael couldn’t believe it. How could this have happened? His wife, a slim, physically fit nonsmoker, was only 35. His mind raced from one terrifying scenario to another. One of his relatives had a stroke and was never the same afterward. Would that happen to Traci? Would she ever walk or talk again? Was she going to die? Strokes kill more than 157,000 Americans a year, about 60 percent of them women. Survivors can be left with paralysis, impaired vision, chronic pain, difficulty speaking, or cognitive or emotional problems.

    The neurologist explained that it might be possible to reverse the stroke. But it all depended on whether Traci could be treated in time. The longer her brain went without blood flow, the greater the damage. Before the doctors could do anything, they needed to pinpoint when the symptoms started. There are only two FDA-approved therapies for stroke, and both had to be given within strict time limits. Michael hadn’t looked at a clock, but his best guess was that she was stricken at around 6 a.m., or possibly a little later.

    Sparing Death With the Merci Retriever

    The specialist checked his watch. It was 8:45 a.m. There were just minutes left to administer tPA (tissue plasminogen activator), a clot-busting drug that’s only approved for use within three hours of a stroke. But the doctor worried that the clot in Traci’s brain was too big to dissolve with tPA. If it didn’t work, she’d be left profoundly disabled, if she survived at all. Up to 50 percent of people with a blockage where Traci’s was die.

    Traci also qualified for a newer procedure, then offered at only one facility in her state: Overlook Hospital, in Summit, New Jersey. A corkscrew-like device called the Merci Retriever (FDA approved in August 2004) is designed to pluck clots out of blocked vessels like corks from wine bottles. It’s more beneficial than tPA for large blockages and works for up to eight hours after a stroke, says Ronald Benitez, MD, Overlook’s director of endovascular neurosurgery. “Expanding the treatment window means many more patients will be spared death or disability, since most people don’t get to the hospital in time for tPA.”

    The Merci treatment has serious risks, including punctured blood vessels (brain hemorrhaging), which could worsen the stroke or even be fatal. And since the hospital had recently acquired the device, Traci would be only the second patient in New Jersey to undergo the procedure, which is 54 to 69 percent effective at restoring blood flow, according to a 2006 study at University of California, San Francisco. Faced with a life-or-death decision, and a ticking clock, Michael didn’t hesitate. Scrawling his signature on a consent form, he shouted, “What are you waiting for? Let’s get her moved to the other hospital!”

    While doctors scrambled to make the arrangements, Michael called Traci’s parents. “I hoped I’d made the right decision,” he says. “I would have agreed to anything if it gave Traci a better chance at getting back to normal. She didn’t seem to be suffering, but when the doctor asked her to stick out her tongue, she couldn’t even do that.” Michael sped to Overlook Hospital so fast that he actually beat the ambulance there. When Traci arrived, about 10 a.m., he kissed her and promised that the surgeons would help her. “I must have said ‘I love you’ a hundred times before they pulled me away. I was bawling my head off.”

    Four and a half hours after the stroke began, Traci was put under general anesthesia. Dr. Benitez threaded a tiny tube into an artery in her leg. Using x-ray images as a digital road map, he navigated through a maze of blood vessels to her brain. When he reached the blocked vessel, he squirted tPA directly into the clot, a still experimental use of the drug. “That loosens the clot up so it’s easier to extract,” the surgeon explains. The next step was inserting the Merci Retriever into the tube. The Retriever is a flexible wire made of metals that have “memory.” When the nickel and titanium tip comes out the other end of the tube, it “remembers” to curl into a corkscrew. If all goes well, it snares the blockage when pulled back through it.

    But Dr. Benitez’s first attempt only captured a few fragments — just enough to start a trickle of blood through the obstructed vessel, like water spilling from a leaky dam. Not good enough. The process was carefully repeated. “Traci’s being so young and having two kids added to the urgency,” Dr. Benitez says. The device was slowly extracted. To the doctor’s relief, a huge clot was tangled in its coils. X-rays showed blood surging through the vessel at the normal rate. Two much smaller vessels, though, were still clogged. Dr. Benitez squirted in more tPA and they slowly regained flow, except in one tiny area. He’d done all he could to bring her back.

    Soon after the 90-minute procedure, Traci could wiggle her right leg. When she saw Michael in the recovery room, around 1 p.m., her first words were, “I love you.” He was amazed and ecstatic. It seemed like a miracle that she could speak so soon after the procedure. She was moved to the neurology ICU, where several anxious relatives were waiting to see her. A nurse explained after such a severe stroke, they’d have to monitor Traci’s progress one day at a time. It was too soon to predict whether she’d regain all of her former abilities, even with extensive rehabilitation. Michael sat at his wife’s bedside, holding her hand. “You’re going to be just fine,” he promised. “You’re a fighter and can overcome this.” Traci nodded slowly, then drifted off to sleep.

    Bringing Back Traci

    Over the next 24 hours, he rejoiced at each new milestone. Although her speech was soft and slurred, she whispered simple words, such as “yes,” “no” and “hi.” She also recognized friends and relatives who dropped by, and even greeted her brother-in-law by his nickname, “Dupe.” On Sunday afternoon, a day and a half after the stroke, she took her first steps, with the aid of a walker. “I was very excited, relieved and hopeful,” says Michael. Even though Traci seemed dazed, and had limited use of her right arm, he was convinced that over time, she’d recover 100 percent.

    The next day, however, there was a setback. When a doctor checked her vision, she didn’t react when he shone a flashlight into her left eye. “I was devastated that I couldn’t see on that side,” says Traci, who was struggling to understand what had happened to her. “I didn’t get the whole stroke thing, or why something was wrong with my left eye, when the other problems were on the right side of my body.” The doctor thought that a fragment of the clot might have blocked flow to a vessel in that eye during the stroke, but he held out hope that her vision might eventually return. By the end of the week, she could see shadows.

    She graduated from a walker to a cane, and began to speak in complete sentences. “I’m going to be okay,” she told her parents. They were helping Michael care for the kids. Rylee was too young to talk, but Alexis kept asking to see her mom. She had to wait until Traci was moved from the ICU to a regular hospital room. Before the visit, Michael explained that Traci used Play-Doh to exercise her hand. Alexis rifled through her toy box until she found a container of pink Play-Doh, the little girl’s favorite color. “This will help Mommy get better,” she proclaimed. Traci was so happy to see the children that she burst into tears, then put Alexis in her lap while they squeezed and molded the Play-Doh together.

    After a week, Traci was transferred to a rehabilitation center, where she received physical, occupational and speech therapies. Two weeks after the stroke, she was well enough to go home and begin outpatient treatment. Before long, she was walking without a cane, though her right foot dragged, causing her to stumble frequently. She gradually learned to walk normally, and her right arm gained greater strength and flexibility, though it remains weaker than the left. Learning to write again was a struggle. At first, she could barely print her name, but eventually, her penmanship was nearly perfect.

    As her physical skills returned, her thinking also got sharper. “About four weeks after the stroke, it finally hit me how serious this was. I wanted to know, Why me?” Tests revealed a previously undiagnosed birth defect: a small hole in her heart that made her more prone to stroke. However, doctors decided to postpone repair until she was further along with her recovery. Meanwhile, sight gradually returned to her left eye, though her vision is blurry on that side. She fumbles for a word occasionally but has no other speech problems.

    In early July, she returned to her job at a pharmaceutical company. “I’m amazed that I had a 50-50 chance of dying, but I’m still here,” says Traci, who had a cardiac repair operation in September. She’s also had an emotional change of heart. “I’ve cut back on my hours at work, and I take more vacations. My life is here at home with my girls and my husband, and I want to enjoy it to the fullest.”

     
  • Wonder what A Migraine looks like? 

    David 8:05 pm on November 4, 2009 Permalink | Reply
    Tags: , , , ,

     
  • Strokes suffered by young people in the past may have been “underdiagnosed and underappreciated” 

    David 2:13 am on October 24, 2009 Permalink | Reply
    Tags: brian mullen, jr richard, PFO and stroke/migraines, , young athletes and stroke

    This article by Robbie Neiswanger from THE MORNING NEWS
    IN RAZORBACK CENTRAL

    Athletes Not Immune To Strokes
    Arkansas Receiver On The Recovery Trail

    LAST UPDATED FRIDAY, OCTOBER 23, 2009 7:16 PM CDT

    FAYETTEVILLE — Something was wrong with Brian Mullen.

    The professional hockey player didn’t feel right that August day in 1993. His keys unusually fell out of his hands several times. He was stumbling around, too, for unknown reasons. And he had trouble speaking, slurring his words.

    Mullen, who was playing in the NHL for the New York Islanders, was in his early 30s. He was in great shape, preparing for his 12th season in the league. So he wasn’t exactly expecting what doctors eventually told him.

    How could he have suffered a stroke?

    Read the full article

     
  • David 3:32 am on October 3, 2009 Permalink | Reply

     
  • PFO/Stroke Clinical Trial Video 

    David 12:59 am on September 19, 2009 Permalink | Reply

    This video from Tedy Bruschi and AGA Medical is a PSA explaining the Respect Clinical Trial (You can also view other Tedy Bruschi stroke PSAs on YouTube’s TacklingStroke’s Channel or directly on the AGA Medical site atamplatzer.com

    more about "PFO/Stroke Clinical Trial Video", posted with vodpod

     
  • Lower Body Conditioning after a Stroke: It’s Still Your Job 

    David 1:43 am on September 13, 2009 Permalink | Reply
    Tags: , lower body conditioning and stroke, physical therapy and stroke, , stroke rehabilitation, Stroke Smart article, stroke technology

    By David Dansereau for Stroke Smart Magazine

    Stroke rehabilitation therapies and modalities for lower-extremity training have indeed advanced in recent years with improved technology. Many of these advances are being driven by what researchers are learning about brain recovery and neuroplasticity. Physical therapists that embrace this concept for stroke recovery now develop rehabilitation protocols and use the same technologies that on many levels imitate conditioning for an athlete post-sports injury or for performance enhancement. For example, motion analysis and capture was a technology formerly reserved for high level athletes, but increasingly PTs are recognizing its power for stroke therapy.

    Get ready to do your job
    When preparing for lower body conditioning after a stroke it is important to set SMART goals. Once goals are set, the mindset (or work ethic) of the stroke survivor must mirror that of the athlete. Athletes perform purpose driven exercise and as a stroke survivor so should you. Don’t forget, stroke recovery is your job.

    There are three qualities that all top athletes (and stroke survivors) share when preparing for their training (and stroke recovery):

  • 1) Acquire a strong desire to succeed and are passionate about their goals
    2) Open minded attitude about how to develop skills to do the best job possible
    3) Movement (or exercise strategy) has purpose towards their goals
  • If you don’t have access to the new stroke therapy technologies, don’t get discouraged and quit your job. Know that traditional strength, balance, and gait training on land or using treadmills and other tools are still very effective. With and without the use of assistive devices these methods have proven to get results for stroke survivors that are motivated to get the job done. If you desire to get back your independence and confidence, the most important factor in any exercise program is compliance. It doesn’t matter if you paid thousands for your home exercise equipment , robotic device or functional electrical stim unit or you simply invested just a few dollars on an exercise ball, band or tubing. What matters most is that you use it regularly and with purpose.

    In today’s changing healthcare system with lowered reimbursements and shorter treatment times, emphasis on home-based training continues to increase. It’s important for the stroke survivor to understand the importance of continuing with the appropriate exercise prescription for their own condition to ensure effectiveness and maximize functional outcomes. It is your job to put in the time to recover to your fullest. Do your job!

    Home-based Exercise is Your Job: Here’s how to make it simple to get started

    Elastic resistance or exercise tubing is ideal for the home setting because of its portability, cost and effectiveness (yes, even elite athletes use it because it works!). Several accessories are available to assist home exercisers, such as exercise handles, door anchors and portable gyms and flexibility tools. For more information on effective home resistive exercise programs using a thera-ball, bands or to locate inexpensive home gym essentials visit my-physical-therapy-coach.com and click on the Stroke Coach and Exercise Coach links

    Resources/References:
    Article Adapted from David’s Smart Moves Stroke Recovery Guidebook available Jan 2010

    1 Stroke Smart Nov/Dec 2008 issue. 2008 The year in Review: Research and News that will change the face of stroke
    2 Motion Analysis Corp (www.motionanalysis.com)
    The MotionMonitor™, by Innovative Sports Training (www.innsport.com)
    3 SMART Goals article for Stroke Smart by David Dansereau

 
  • Excuses and Doing Your (Rehab) Job after a Stroke 

    David 4:13 am on August 12, 2009 Permalink | Reply
    Tags: Boston Marathon, , stroke recovery goals, Tedy'sTeam

    I’m up late putting the finishing touches on my next mobility article for Stroke Smart Magazine and it got me reflecting on my own list of excuses and what it took (hard work) to overcome each of them. Here’s a look back on my own excuses to hopefully help you look forward towards your own rehab goals and getting your (stroke recovery)job done.

    Tedys Team 2009 Boston

    Tedys Team 2009 Boston

    Every person in this photo had a long list of valid excuses not to run…

    Above is a photo of our 2009 Tedy’s Team just prior to going to the start line for the Boston Marathon.
    Tedy Bruschi mentioned a statistic when he spoke to our team that stuck in my brain- it went something like this…

    “Less than 1% of all people in this world can say they completed a marathon”.

    Bottom Line:

    Millions of ordinary people choose millions of reasons why they don’t reach their goals. Here’s just a few of the obstacles (or better yet excuses) that went through my head when I was deciding last Fall to begin training for the 2009 Boston Marathon.

    My long list of excuses included:

    “I’m too busy”

    “I can’t commit to that-it is too long.”

    “I used to be really sick / my heart can’t handle it.”

    “I’ll do it next year.”

    “What if I come in last?”

    “I’m a hockey player-we can’t run well.”

    “My morning routine is pretty set.”

    “I’ll be in pain for months after the marathon.”

    “It could rain.”

    “One year I remember it was really hot…”

    “BLISTERS”.

    “I don’t like that goo stuff.”

    “Docs can’t tell me if anyone has run a marathon with the device I have in my heart.”

    “I have to work the next day.”

    “What if I have to go to the bathroom?”

    “Yikes-Heartbreak Hill!”

    “Who wants to train that much anyway.”

    “I’ll get too skinny.”

    I’ll have to run for 3+ hours on my day off to get in a “long run.”

    “What if my back goes out again?”

    “Compression shorts, vaseline, body glide, under armour, what?”

    “ I have kids now, those days of pushing myself are behind me.”

    “My wife might think I’m nuts or am having another stroke.”

    “(If I could get her to agree with my goal), my wife might not sleep for 6 months while I am in training.”

    “It will take time away from my family.”

    “I’d rather stay indoors, do my usual routine and exercise where it is warm.”

    “I’ll have to raise funds for Tedy’s Team in a difficult economy.”

    “What if I can’t finish?”

    What if…..

    You did it anyway.

    My point is, no more excuses please…. instead

    Choose not to be ordinary.

    I Guess I liked those 1% odds.
    Now on to my next goal.

    No more excuses.
    Here’s help for you to help set your own goals

    Here’s a starting walk to run workout planner to help you get moving.

    Need a success journal to track your progress?-get it here

    Still have excuses. Need help? Leave your comments:

     
  • Bruschi in a category all his own – Kathryn Tappen – NESN.com 

    David 6:28 pm on June 3, 2009 Permalink | Reply
    Tags: David Dansereau Stroke Blog, Kathryn Tappen, NESN, , Tedy Bruschi and stroke

    Thank you Kathyrn for your article today on Tedy Bruschi and for giving some well deserved credit to a real leader and a true hero for the work he does on and off the field. Many still don’t know about Tedy’s commitment off the field and the work he does with Tedy’s Team and the American Stroke Association. ps-Keep up the hard work Tedy, keep the faith, keep the focus and Never Give Up!!! There are too many stroke survivors counting on you.

     

    Read Kathryn Tappen’s full article here on Tedy Bruschi posted today on NESN David Dansereau Stroke Survivor Member of Tedy’s Team http://www.know-stroke.org

     
  • We need to do more 

    David 9:32 pm on May 28, 2009 Permalink | Reply
    Tags: , ,

    I know this is a start but we need to do more to raise stroke awareness. I was contacted on my blog today by AGA Medical letting me know of their new stroke awareness campaign. Congratulations, this is a step in the right direction, but it is something we should have started years ago. Here’s what they wrote,
    “Thanks for your work on stroke awareness with Tedy’s Team. I know you are familiar with AGA Medical Corporation.
    We have just launched a new stroke awareness campaign called TacklingStroke on Twitter, Facebook, and YouTube. It features video testimonials from professional football player Tedy Bruschi, who had a stroke in 2005, recovered fully, and was able to resume his career.”

    The post references a video link to Tedy’s PR piece about the stroke warning signs, but the FDA still prohibits AGA Medical from mentioning the word PFO. Here’s the video, it is the same one that has been on AGA’s site except now you view it on YouTube:
    http://www.youtube.com/user/TacklingStroke

    Bottom Line:
    We need to do more by getting out there and educating in our schools, so our teachers, coaches and youth know stroke warning signs. Tonight I’m at Lincoln Middle School doing just that. If you think I did A good job, post your comments here. If you think I can improve, I want to know more. If you want to help with my goals, I’ll take that too!!

    Drop me a line, I don’t bite….

     
  • AHA Press release on PFO: More patients needed in clinical trials to find treatment for heart condition linked to certain strokes 

    David 4:28 pm on May 12, 2009 Permalink | Reply

     Article source: American Heart Association media room

     

    ASA logo

    News Releases
    More patients needed in clinical trials to find treatment for heart condition linked to certain strokes
    Statement Highlights:

    Patent foramen ovale (PFO), an opening between the two chambers of the heart, has been associated with some strokes for which there has been no identifiable cause.
    Due to a lack of solid research and clinical evidence, there is no established ideal way to treat PFO.
    This statement identifies a number of ongoing trials for PFO and calls for doctors to enroll appropriate patients in these trials that could one day lead to a definitive treatment for this condition.

    DALLAS, May 11, 2009 — The American Heart Association and the American College of Cardiology are calling on doctors to enroll more patients in clinical trials for catheter-based closure of patent foramen ovale (PFO), a condition caused when an opening between the two chambers of the heart fails to close at birth. Due to a lack of conclusive research on the management of PFO after stroke or transient ischemic attack, there is currently no clearly established treatment for this condition.

    View the full science advisory here

    This “call to action” advisory is published in Circulation: Journal of the American Heart Association and the Journal of the American College of Cardiology. The American Academy of Neurology has affirmed the value of this science advisory.

    The advisory writing group notes there are a number of ongoing clinical trials looking at patients with PFO and cryptogenic strokes, which are strokes with no identifiable cause after an extensive search.

    Enrollment in the trials has lagged and the off-label use of PFO closure devices has accelerated, jeopardizing the funding of some studies and the scientific validity of others. “Off-label” indicates when a device or drug is used to treat a condition not listed on its label. This is a common practice, especially for older drugs or devices that perhaps have found new uses but not been put through the rigors of FDA testing and approval for the new use.

    “We must have enough patients followed for an adequate time in these trials to make the data valid and the findings strong,” said Patrick O’Gara, M.D., chair of the writing group and director of Clinical Cardiology at Brigham and Women’s Hospital in Boston. “The completion and peer review of these trials are critical to establishing the evidence base needed to help us make informed decisions regarding the best care for patients with this condition.”

    Potential treatments for PFO are important for reducing stroke risk. The advisory cites research that shows PFO present in 33.8 percent to 43.9 percent of patients with cryptogenic stroke. A PFO is usually detected by echocardiography during evaluations after a stroke.

    Although “optimal” treatment for PFO isn’t established, current options for treatment include drug therapy with either anti-platelet agents like aspirin or vitamin K antagonists such as warfarin, surgical repair, or closing the opening with catheter-based (percutaneous) devices. Surgical repair is not usually recommended unless a patient is already undergoing surgery for another reason.

    Current American Heart Association/American Stroke Association guidelines recommend anti-platelet medication as the first-line therapy for PFO. Warfarin should be considered if there is an additional indication for anticoagulation. They say that there isn’t enough evidence to recommend closing a PFO after a first stroke, but that closure may be considered for patients with recurrent cryptogenic stroke despite optimal medical therapy.

    The choice between drug therapy and catheter-based repair has been intensely debated. To date, adequately powered, randomized, prospective clinical trials comparing drug therapy with catheter-based repair have yet to be completed.

    Three Food and Drug Administration (FDA) advisory committee meetings (1997, 2002 & 2007) have affirmed the need for completing appropriately sized randomized controlled clinical trials to compare drug therapy with percutaneous device closure. As yet, no device for PFO closure is approved by the FDA.

    In addition to the call for doctors to refer more patients to the ongoing trials, the advisory group recommends the data from these trials should be pooled where appropriate and that the “off-label” use of closure devices should be curtailed.

    More information on the ongoing trials for patients with PFO can be found at http://www.clinicaltrials.gov and http://www.strokecenter.org/trials.

    Co-authors include Gloria Catha, Steven R. Messe, M.D.; John C. Ring and E. Murat Tuzcu, M.D. Author disclosures are available on the manuscript.

    ###

    The American Heart Association receives funding primarily from individuals, foundations and corporations (including pharmaceutical, device manufacturers and other companies) also make donations and fund specific association programs and events. The association has strict policies to prevent these relationships from influencing the science content. Revenues from pharmaceutical and device corporations are disclosed at http://www.americanheart.org/corporatefunding.

    NR09-1051 (Circ/O’Gara)

    About the American College of Cardiology (ACC):
    The American College of Cardiology is leading the way to optimal cardiovascular care and disease prevention. The College is a 37,000-member nonprofit medical society and bestows the credential Fellow of the American College of Cardiology upon physicians who meet its stringent qualifications. The College is a leader in the formulation of health policy, standards and guidelines, and is a staunch supporter of cardiovascular research. The ACC provides professional education and operates national registries for the measurement and improvement of quality care. For more information, visit http://www.acc.org.

    About the American Heart Association (AHA):
    The American Heart Association is the nation’s oldest and largest voluntary health organization dedicated to building healthier lives, free of heart disease and stroke. These diseases, America’s No. 1 and No. 3 killers, with all other cardiovascular diseases claim nearly 870,000 lives a year. In fiscal year 2006-07 the association invested more than $554 million in research, professional and public education, advocacy and community service programs to help all Americans live longer, healthier lives. To learn more, call 1-800-AHA-USA1 or visit http://www.americanheart.org

     
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