Tuesday 12 February 2013

DOCTORS PERFORM 40 MISTAKE SURGERIES EACH WEEK

  • by Piper Hoffman
  • February 8, 2013
Doctors Perform 40 Mistake Surgeries Each Week

You wake up from surgery to find that the doctor operated on the wrong side of your body and took out your healthy ovary instead of the one with the mass. It happened to Nadege Neim, a young medical student. Neim’s attorney observed that “If it can happen to a medical student, it can happen to anyone.”

And it does. Mistakes like this happen about 40 times a week in the U.S.

Doctors Perform 40 Mistake Surgeries Each Week





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Doctors Perform 40 Mistake Surgeries Each Week
You wake up from surgery to find that the doctor operated on the wrong side of your body and took out your healthy ovary instead of the one with the mass. It happened to Nadege Neim, a young medical student. Neim’s attorney observed that “If it can happen to a medical student, it can happen to anyone.”
And it does. Mistakes like this happen about 40 times a week in the U.S.
WSPEs
Surgeries on the wrong side or site, or even the wrong surgery entirely, are known as WSPEs, which stands for wrong-site, wrong-procedure, wrong-patient errors.
The medical establishment calls WSPEs “never” events, meaning they should never happen. They are considered “avoidable,” but for some reason WSPEs are proving surprisingly difficult to prevent.
“The number of wrong site surgeries has gone up year after year after year, so we are becoming concerned about this,” says Dr. Dennis O’Leary, president of a hospital accreditation organization called the ”Joint Commission.”
ABC reports that “perhaps the most notorious case of wrong site surgery involved Willie King, who in 1995 went into a Tampa, Fla., hospital for surgery to amputate one foot badly afflicted by gangrene but had the wrong foot removed instead.” He wound up with no feet at all.
One woman with a cancerous lesion on the left side of her vulva had the right side removed instead. Someone else had a cardiac procedure that wasn’t even meant for that patient, but for another person with a similar name. The parade of horribles goes on and on.
A Solution? The Universal Protocol
The medical profession has tried putting an end to WSPEs. The Joint Commission implemented the Universal Protocol for Preventing Wrong Site, Wrong Procedure and Wrong Person Surgery in 2004, but it doesn’t seem to be helping — in fact, the problem may be getting worse, according to The Washington Post.
The “three principal components of the Universal Protocol include a preprocedure verification, site marking, and a time out.”
At Stanford Hospital the first component, the “pre-procedure verification,” includes verifying:
  • “relevant documentation” like consent forms
  • “labeled diagnostic tests” and any “required blood, implants, etc.,” verifying “the correct patient, correct procedure,” and correct site
  • identifying all the items needed for the procedure and making sure they are available. The medical team should involve the patient in this process when possible.
The second component of the Universal Protocol, site marking, seems like a no-brainer: with a permanent marker, a member of the medical team indicates where the operation should take place. But it is not foolproof. In some cases there has been confusion about whether the markings indicated the side to operate on or the side not to operate on.
The Universal Protocol requires a third component, a time out before all procedures: “a planned pause before beginning the procedure in order to review important aspects of the procedure with all involved personnel.” Communications issues frequently play a role in WSPEs, and time outs are meant to prevent or resolve those issues.
The Agency for Healthcare Research and Quality, however, concludes that “many cases of WSPEs would still occur despite full adherence to the Universal Protocol. Errors may happen well before the patient reaches the operating room, a timeout may be rushed or otherwise ineffective, and production pressures may contribute to errors during the procedure itself.” “Production pressures” presumably means pressure on doctors to crank out as many procedures as possible, which is rather horrifying.
One study found that in 72 percent of cases, the Universal Protocol was not followed, and the researcher speculated that doctors resent the rule.
What Patients Can Do
Since the Universal Protocol has proven not to be a panacea for WSPEs, patients should take some measures themselves to try to prevent errors. The Joint Commission recommends that patients “discuss specifically what will be done…with both the surgeon and the anesthesiologist.” It advises that while they are still conscious, patients have the site of the surgery marked and have the surgeon initial it.
Pennsylvania’s Patient Safety Authority offers a fuller list of recommendations for patients:
  • Don’t be upset if each doctor or nurse asks the same questions about your identity, procedure, and the side or site of the operation. They are supposed to individually check with the patient rather than accept what someone else has written or said.
  • Make sure that you know which physician is in charge of your care.
  • In addition to your name, give healthcare professionals another identifier, such as your birth date, to confirm who you are.
  • If you are having surgery, make sure that you, your doctor, and your surgeon all agree and are clear on exactly what will be done.
  • Speak up if you have questions or concerns.
  • If something does not seem right or if you do not understand something, say so. Ask for an explanation.
  • Ask the doctor or nurse to mark the place that is to be operated upon.
  • Make sure you have someone with you that you trust to be your advocate. This person can ask questions you may not think of and remember important information you may forget.
  • Make sure all health professionals involved in your care know your medical history.
  • Educate yourself about your procedure and don’t be afraid to get a second opinion.
Personally, next time I or a loved one needs surgery, I plan to stop every single employee I see and tell them exactly what needs to be done. I’ll talk to the billing administrator, the receptionist, whoever — better to be known as the Annoying Patient than miss a chance to prevent a disaster.


Monday 11 February 2013

11 Ways to Boost Your Lymphatic System for Great Health



11 Ways to Boost Your Lymphatic System for Great Health
The lymphatic system, or lymph system as it is also called, is a system made up of glands, lymph nodes, the spleen, thymus gland and tonsils. It bathes our body’s cells and carries the body’s cellular sewage away from the tissues to the blood, where it can be filtered by two of the body’s main detoxification organs: the liver and kidneys. This sewage is made up of the byproducts of our bodily processes, over-the-counter and prescription drugs, illicit drugs, cigarette toxins, other airborne pollutants, food additives, pesticides and other toxins.

Summer of '42


The Risks of Nanotechnology


The Risks of Nanotechnology


Nanotechnology is the process of manipulating matter at the molecular level–or nanoscale. Nanomaterials have at least one dimension that is 100 nanometers or less. A nanometer is one billionth of a meter–approximately 1/100,000 of a human hair.

This new technology has been touted as the next revolution in many industries, with more than 300 nanoproducts already on the market and sales of over $30 billion in 2005. This includes everything from sunscreen and stain resistant clothing to food, food packaging and dietary supplements. Investments in the global nanofood market alone are expected to reach $20 billion in 2010, with the world�s biggest companies, including Altria, Nestle, Kraft, Heinz and Unilever, involved in nanotechnology research and development.

However, in the rush to incorporate nanoparticles into products already being marketed to the public, comparatively little money has been devoted to researching the health and environmental consequences of nanotechnology.

Smaller is Different
Nanoscale materials are very different than their larger counterparts, with distinct electronic, magnetic, chemical and mechanical properties. Nanoparticles have an increased surface area, which offers more space for interaction with other substances. This increased interaction with their surroundings means that substances at the nanoscale are more reactive and have higher toxicity than they do at their normal size. Picture a coffee maker. If you fill it with whole coffee beans, you get a very weak cup of coffee. But if you grind the beans first, you will increase the surface area of the coffee beans and get a dark, strong cup of coffee.

Adding to the concern of increased toxicity, substances that are stable in larger forms (such as aluminum) can also become reactive or explosive in nanoparticle form, creating the potential for health effects that are not seen when the substance is in its larger form.

Friday 1 February 2013

Crabs Likely Do Feel Pain: Now What Are We Going to Do About It?


  • by Steve Williams
  • January 27, 2013
  • 11:30 am
Crabs Likely Do Feel Pain: Now What Are We Going to Do About It?

New research has demonstrated that crustaceans are likely capable of feeling pain, but will this finally be enough to prevent people from boiling them alive?

New Research into Decapod Crustaceans
Testing animals like crustaceans for pain has been difficult because facial and auditory clues cannot be measured like they would be in other animals. However a demonstration of rapid learning after painful stimuli was, researcher Prof Bob Elwood from Queen’s University Belfast concluded, a key indicator of a pain response over a simple “nociception” response, this the term given to the reflex withdrawal of a limb following noxious stimuli that doesn’t require higher cognitive function.

6 Incredible Animal Journeys

6 Incredible Animal Journeys

Cats and dogs are incredible creatures, and their habits and talents often little understood. How on earth could a dog travel thousands of miles across the country to find home? How did a cat, that had only ever lived indoors, figure out how to navigate 200 miles back home? Scientists are still unsure about how our pets can manage such incredible journeys. Is it their sense of smell? Is it that they pay attention to their surroundings and remember the way home? Is it because they have the natural skills to survive in the wild? Whatever the reason, click through to read all about some amazing animal journeys.
These successful reunions may be heart-warming, but there are likely other, unhappy stories of pets that couldn’t be identified. Moral of the story? Always have ID tags on your pets — you never know where they might end up!