Monday, December 12, 2011

"Raising the Dead" by Chauncey Crandall

Renowned cardiologist Dr. Chauncey Crandall IV was a Christian who kept his faith and his profession mostly separate when he first encountered a man named Jeff Markin. Jeff had collapsed during a massive heart attack at the entrance of the emergency room, and forty-three minutes later he was dead. He had been shocked repeatedly several times with defibrillator paddles but his heartbeat had flatlined. As a nurse prepared Jeff's body for the morgue, Dr. Crandall obeyed a compelling yet mysterious urge to pray for the man even though he had already been declared dead. He asked the ER physician to shock the patient one more time. The physician reluctantly obeyed and a perfect heartbeat appeared on the monitor. Jeff Markin, now a Christian, is alive and healthy today. And Dr. Crandall, who has experienced worldwide recognition because of this miracle and others, no longer keeps his faith and profession separate. He has become a man with a thriving healing ministry through prayer as well as a world-class medical practice. Dr. Crandall cares deeply not only about his patients' physical condition, but also about their spiritual condition. He speaks nationally and internationally about his work with the suffering and the awe-inspiring ways God performs dramatic healings even in the twenty-first century. Read by Wes Bleed

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Saturday, December 10, 2011

Side Effects of Mental Illness Drugs Cause Sudden Death

!±8± Side Effects of Mental Illness Drugs Cause Sudden Death

Schizophrenia is a scary and difficult chronic mental illness- both for the person AND for their family who all have to live with the diagnosis. In most cases, antipsychotic medications need to be taken forever to control the disturbing symptoms. But rarely is anyone told that these medications not only double the risk of sudden cardiac death, but also put the sufferer at risk for several other chronic illnesses as well.

The severe mental condition that has been termed schizophrenia is NOT the 'multiple personality disorder' that many think of when they hear the term, but is a different mental illness characterized by bizarre behaviors like paranoia, hearing voices, and having hallucinations. It is often acquired after a stressful life event and occurs swiftly and unpredictably in what is known as a 'psychotic break'. This is devastating for the patient and their family who suddenly have to live with a diagnosis of mental illness. And that is just the first step in a life filled with doctors, hospitals, medications and psychiatrists- with little hope to ever really have a normal life again.

Schizophrenia and a handful of medications forever..

There is no 'cure', in traditional medicine, for Psychosis; and a prescription for one or more 'antipsychotics' with names like Haldol and Risperdal, along with a cocktail of other drugs often prescribed for anxiety, depression and sleep are frequently on the menu. But what these people are rarely, if ever, told about are the long term side effects of these drugs. While doctors are ever prescribing anticholesterol 'statins', aspirin and blood pressure medications in order to achieve a 1 - 2% reduction in heart disease, they are knowingly giving schizophrenic individuals, who generally get their first psychotic break as a teenager or young adult, a shortened lifespan from the medications that they are prescribing.

In the research available on these drugs, it is well known that Sudden Cardiac Death is a 'side effect' of antipsychotic medications. In fact, these medications DOUBLE the risk of sudden cardiac death. In the beginning, however, it does not give them the "heart disease" of clogged arteries that we associate with heart attacks. The immediate risk of antipsychotics is that they give sufferers a high risk for a very specific disorder called 'Prolonged Q-T interval'.

Prolonged Q-T Interval gets its name from the prolonged time that it takes for the electrical activity of the heart to return to normal after each heartbeat. But this extra time isn't measured in minutes or seconds, but in hundredths of a second- making it difficult to diagnose. But this extra millisecond can have the devastating consequence of putting the taker of these medications into an abnormal cardiac rhythm called Ventricular Fibrillation- which will quickly lead to death without immediate emergency care. And this will come on without pain, shortness of breath or any of the other 'warning signs' of a heart attack because it is not clogged arteries that are the problem, but the electrical system that is the primary problem.

Even worse, antipychotics don't just put people into your vanilla, standard everyday Ventricular Fibrillation that generally responds well to the dramatic 'paddles on the chest, everybody get away from the patient and shock them' type of defibrillation that you see on television. It actually puts them into a very specific TYPE of Ventricular Fibrillation called Torsades de Pointes, that doesn't change to a normal rhythm with the shocks and heart starting medications that are the 'standard protocol' for restarting the heart. Instead, 'Torsades' requires an immediate infusion of intravenous magnesium. As hospitals and emergency rooms have magnesium at hand, this shouldn't be such a hard thing to do; but unfortunately, Torsades de Pointes is fairly rare and is difficult to recognize, so in many cases it is not even considered until the shocks and CPR are not working- and by then it is often too late for the magnesium to be effective.

But wait, there's more...

Not only do antipsychotics double the risk of deadly heart rhythms, but they ALSO increase the risk of getting diabetes, high blood pressure, high cholesterol and obesity- which are risk factors for 'regular' heart disease complete with clogged arteries, angioplasty and open heart surgery. Fortunately, true psychosis is rare- so doctors don't prescribe these dangerous medications unless they are absolutely necessary... right?

Unfortunately, this is not the case at all. In fact, over 200,000 people in the US are newly diagnosed each year and hundreds of thousands of prescriptions for antipsychotics are written every year. And despite virtually NO studies having been done, they are being given to adolescents, children and even PRESCHOOLERS as young as TWO YEARS OLD! Most of these are prescribed by PRIMARY physicians without the child having even had an evaluation by a psychiatrist. And almost half were written, not for schizophrenia as they are intended, but for ADD and ADHD for which the drugs have never even been tested!

"Rates of (doctor's office) visits that resulted in a psychotropic prescription increased from 3.4 percent in 1994-1995 to 8.3 percent in 2000-2001. By 2001, one out of ten office visits by adolescent males resulted in a prescription for a psychotropic medication." Trends in the use of psychotropic medications among adolescents, 1994 to 2001.

So, while researchers who study the cardiac death risk profile of antipsychotic drugs are advocating "sharp reductions" in the use of these agents- doctors are ignoring this advice and are steadily increasing the number of antipsychotic drugs prescribed each year. These patients, who are often children and teens without true schizophrenia, will somehow have to deal with several chronic health conditions that will not only shorten their lives, but decrease the quality of a life already made more difficult by mental illness.


Side Effects of Mental Illness Drugs Cause Sudden Death

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Tuesday, November 22, 2011

Truck-Delivered Dismounted Infantry Fiasco in Iraq

New York Times reporter Kamber's photojournalism report of a tragic truck & foot patrol of the 10th Mountain Division in Iraq in 2007 is made into a video constructively criticizing our current inept light infantry tactics, techniques and procedures (TTP) and offering solutions. This feedback is not taking place internally in an Army obsessed with smug victimhood that cannot look at realities objectively. Only TRACKED tanks like the M113 Gavin have adequate mobility in ALL terrains. www.geocities.com Wheeled trucks like the Stryker cannot go where infantry walks and are thus, fatally unsound for the "urban combat" or ANY combat the smug, self-righteous, lemming victim TRUCKTARDS lie and pontificate about in glorious WHAT-WRONG-LOOKS-LIKE excuse-mongering while suffering horrendous casualties. www.combatreform.com www.combatreform.com Wheeled Stryker/Humvee/MRAP trucks have high ground pressures and cannot even move in OPEN TERRAINS if the soil is soggy and soft. If trucktards try to dismount early and often to work around their wheeled egowagon's many weaknesses, they will have their soft, fleshy bodies turned into bullet and blast fragment sponges www.geocities.com as this tragic incident with the Humvee-truck-handicapped 10th Mountain Division in 2007 shows: digitaljournalist.org Had the Mountaineers been mounted in M113 Gavin light tank/APCs they would have fanned out and moved cross-country even in the soggy Iraqi farmland looking for their lost comrades under ARMOR ...

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Saturday, October 29, 2011

What Everybody With a Heart Needs to Know About Defibrillators

!±8± What Everybody With a Heart Needs to Know About Defibrillators

Go to an airport or a sport stadium today and you'll likely see external defibrillators on the walls, sort of like fire extinguishers. The medical term defibrillation is slipping into the common vocabulary. But what is a defibrillator, really, and why would a person need one?

The popular notion is that a defibrillator is required to help "re-start" a heart that has stopped. Technically, that is not true. Defibrillators deliver electricity to the heart to restore a faulty heart rhythm. The name for this situation is called "sudden cardiac arrest" or even "sudden cardiac death." That last name is rapidly falling out of favor (and you can no doubt see why), but they are actually two terms that mean the same thing. And, yes, many people (about 20%) who have "sudden cardiac death" survive it.

Sudden cardiac arrest typically occurs when the heart starts to beat dangerously fast. A rapid heart rate can be appropriate when the body is exercising or highly stressed. But sometimes the heart tries to beat at rates that are overly fast-200 or even 300 times a minute.

The healthy heart at rest beats about 60 times a minute or once a second. If you make a fist (which is about the size of your heart) and open and close it to simulate pumping action, you can see that the heart is pumping at a pretty good clip to maintain a normal rhythm.

Now imagine the heart trying to beat 120 times a minute-an appropriate rate for mild exercise. To achieve this rate, you now have to open and close your fist two times per second. The heart is still efficient at this rate, but it's hard work.

But let's double it-240 times a minute or four times a second. If your heart ever tried to beat 240 times a minute, it would no longer be able to pump efficiently. Try it with your fist and you see that you just can't keep up. Your movements have to become abbreviated. That's what happens during sudden cardiac arrest. Your heart is trying to beat so rapidly that it can no longer really pump. The heart muscle just quivers. Blood sloshes around in the heart instead of being pumped out.

In medical terms, your cardiac output drops to zero in a matter of seconds. This heart condition is usually attributable to a rhythm disorder called ventricular fibrillation (VF). But no matter what it is called, it is a sudden and potentially lethal heart rhythm.

Left untreated, a person with VF can die in as few as four minutes.

Sudden cardiac arrest from VF is not the same thing as a heart attack. A heart attack is essentially a "plumbing problem" of the heart, a situation where blockage in the "pipes" or blood vessels prevents blood flow. Other plumbing problems that can occur in the heart relate to the valves or the ability of the heart muscle to pump.

Cardiac rhythm disorders are electrical problems. They occur because of disorders in the heart's electrical system and they can happen in a person who has an otherwise "healthy heart."

The heart generates electricity to make it beat. That electricity flows through the heart along established conduction pathways. But sometimes an electrical impulse gets "stuck" on the pathway and makes endless loops, faster and faster, causing the heart to try to contract and relax to keep up with the electrical signals.

A defibrillator works by sending a powerful jolt of electricity to the heart. The electrical system of the heart responds to electrical energy.

VF occurs when an electrical accident causes the heart to try to beat too rapidly. A sudden influx of a large amount of electricity literally captures the attention of every single heart cell and gets them all "reset" or back on the same page.

After a defibrillation pulse (which can be a very large amount of energy delivered in a fraction of a second in order to be sure to get the attention of every single cell in the heart), there is usually a pause of a second or even a few seconds.

Then the heart resumes generating electricity and conducting it normally.

External defibrillation relies on special equipment and two large paddles that send the electricity through the chest. This is the defibrillation you see in the movies when the doctor yells, "Clear!" and then a jolt of energy travels from a generator through one paddle to the other.

Defibrillation equipment is standard in hospitals, many clinics, and it is increasingly common in airports, schools, and other public places. The reason for this is obvious: sudden cardiac arrest comes on suddenly, without warning, and there is often not enough time to get the victim to a hospital.

That was why a physician named Michel Mirowski invented an implantable defibrillator.

Dr. Mirowski's best friend died of sudden cardiac arrest because he could not get rescue defibrillation in time to save his life. Dr. Mirowski theorized that if a defibrillator could be implanted in the body, people could survive sudden cardiac arrest even if it happened when they were far from a hospital or an external defibrillator.

That was back in the 1980s and, believe it or not, Dr. Mirowski found many physicians who insisted what he wanted to do was technologically impossible and medically unethical. It was neither. Mirowski devoted his life to designing and developing defibrillators which he saw come to commercial use as early as 1988.

Today, implantable defibrillators are common. Most of them contain "built-in" pacemakers so that the pacemaker-defibrillator device is a standard of care.

The pacemaker paces a heart that beats too slowly or too erratically. The defibrillator shocks a runaway rhythm back to normal.

Defibrillators are in widespread use all over the world. Studies have proven that they not only help save lives, they actually work better than most drug therapy for people prone to electrical problems of the heart. This does not mean that defibrillator patients do not have to take drugs; many physicians recommend what doctors called "adjunctive therapy," which is a fancy way of saying "belts and suspenders." In other words,a person woulkd get a defibrillator (to rescue him from dangerous rhythm disorders) but also take heart medications (to help prevent those rhythm disorders from occurring).


What Everybody With a Heart Needs to Know About Defibrillators

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Sunday, October 9, 2011

Can Electric Shocks Really Restart a Heart?

!±8± Can Electric Shocks Really Restart a Heart?

There 's not one single television show about medicine without at least one person going into cardiac arrest, on just about every episode. Then you see the medical staff rushing in with a cart full of electronic equipment, place paddles on the patient 's chest, shout "clear" and restarting the heart with a shock or two. Where does fiction stop and when does reality kick in? Can an electric shock really restart a heart?

A heart attack is caused when blood flow to the heart, or to a section of the heart, become blocked. Two severe problems that are linked to a heart attack may be treated by defibrillation or administering an electric shock to the chest. Heart failure occurs when the heart cannot pump enough blood, and sometimes it stops beating completely. Arrhythmia consists of an irregular heartbeat, and includes any change from the normal pumping sequence of the heart.

Ventricular tachycardia is a particular type of arrhythmia, and it occurs when the lower chamber of the heart, called ventricles, beat very rapidly. When this occurs, the heart an start to quiver without actually pumping blood. If blood flow stops, tissues throughout the body die within a few minutes, therefore a quick action is necessary to start the blood pumping. More often than not, an electric shock will do the trick.

When the heart is functioning properly, cells in the heart, called pacemaker cells, send chemical signals that are converted to an electrical impulse. Nerves carry this electrical impulse to the heart muscle, signaling the heart to contract and pump blood. However, when these signals become uncontrolled, the heart cannot beat with its normal rhythm.

Electric shocks are administered through a defibrillator, a device that delivers electrical energy near the heart. A sudden jolt of electricity causes the heart to contract all at once, often ending the arrhythmia and allowing the heart to resume its normal pace. And even if the heart has stopped beating, this sudden contraction can restart it.

However, the paddles used in hospitals, the same ones indispensable for any hospital TV show, are just one type of defibrillator. There are many people who undergo heart surgery, and have artificial pacemakers implanted. The artificial pacemakers are battery operated defibrillators, which take over for the natural pacemaker cells by administering a shock to the heart at each heart beat.

Still, these type of television shows that picture the world of medicine are based on reality. They 're not pure fiction, inventing all sorts of cases, diseases and cures, but are inspired by real life situations and real cases that doctors encounter. So when you see that medical team rushing with a stacked cart and struggling to restart a person 't heart, it 's a simulation of the real procedure. Paddles are used in hospitals to administer electric shocks to the heart, in order to help it resume its rhythm and restart pumping blood.


Can Electric Shocks Really Restart a Heart?

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Monday, September 19, 2011

The benefits of portable defibrillators

!±8± The benefits of portable defibrillators

The start of the portable defibrillator has taken his own life-saving measures from the exclusive domain of the cardiac defibrillator in the emergency room and in the hands of a wider audience to help now able to fight the tragedy of sudden death from cardiac arrest.

A defibrillator is a device developed to combat cardiac arrest or heart attack brought by a fibrillation or irregular heartbeat. This irregularity causes the heart not receiving enough blood andcan lead to sudden death if not treated properly.

The defibrillator delivers small electronic shocks to the heart designed to stimulate a return to a more manageable rate and rhythm. More specifically, a channel of power, putting the body to the heart via electrodes or paddles on the chest. The current causes the heart muscle to spasm or jolt, and hopefully ends any fibrillation threatening blow flow.

In recent years the use of a defibrillator was placed onlyin the hands of emergency physicians and cardiac technicians. The bulky and difficult to use device was dangerous in the hands of anyone but a trained professional, and usually not outside of a hospital or a medical facility. But with the development of smaller, easier to use, portable defibrillators, regular citizens can be invited to be a lifesaver.

This automated, portable defibrillators to take most of the risks associated with their use are connected by normal people. Moreimportantly, they come with the ability to assess whether the patient in question also has an electric current, and if he or she does, is pre-determined performance or results. A person can not ignore the supply of computers, the potential for abuse is minimal.

It also provides a lightweight and portable nature of defibrillators last makes them perfect for the storage and use on any number of public institutions like schools, community gates, airports andSporting events.

Inches, one of the best known manufacturers of portable defibrillators are devices that make life-saving procedure easy, even for someone with little or no medical training or background.

Latest inch models are designed specifically for public access, no greater control of a laptop computer and possess fully automatic and manual, including the voice prompts. It automatically detects the type of treatment, if any, is necessary for the patient and givespecific, step-by-step instructions on how to give proper care. Minimally trained lay people as security guards, flight attendants and office managers can potentially avoid the portable defibrillator, death from cardiac arrest or at least patient care can be provided with adequate medical care.

Despite some debate among experts about the benefits of a portable defibrillator at home can not be denied the benefit of increasing access to life-savingMeasures for cardiac arrest outside the hospital. With nearly a million Americans die each year due to cardiovascular disease, some action has to give a chance to fight for victims of sudden heart failure as a good thing to consider.


The benefits of portable defibrillators

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