Author: Suzanne Robotti

  • If Merck knew that Fosamax causes bone fractures and kept silent, shouldn’t it be liable?

    If Merck knew that Fosamax causes bone fractures and kept silent, shouldn’t it be liable?

    How would you feel if you were harmed by a medicine you took as prescribed and then learned that the drug company wasn’t liable — even though it knew about the risk and didn’t tell you or your doctor?

    This is exactly what has happened in the case of Fosamax (alendronate), a drug used to treat bone-thinning osteoporosis and osteopenia. After it was approved by the Food and Drug Administration and women across the country began taking the drug, the FDA and its maker, Merck, started receiving reports about spontaneous fractures of the thigh bone among women taking the drug.

    These fractures, dubbed “Fosamax fractures,” happen with no warning and usually require surgery. Although they are a rare side effect of the drug, millions of women have taken the drug. While the true number of Fosamax fractures isn’t known, about 500 women have sued Merck for failing to warn them about the risk of this painful and possibly debilitating side effect. These lawsuits are at the heart of a case, Merck, Sharp & Dohme Corp. v. Doris Albrecht, et al., that will be argued before the U.S. Supreme Court on Jan. 7, 2019.

    MedShadow Foundation, the nonprofit organization I founded in 2012 to inform the public about the side effects of medicines, along with three former FDA officials, filed an amicus curiae brief in support of Albrecht, the defendant in the case. Such “friend of the court” briefs are filed by individuals or organizations that aren’t parties in a case.

    Merck Admits Fosamax Caused The Fractures

    Merck acknowledges that Fosamax caused these fractures and that the company knew about them. In 2008, Merck started the process to get the FDA’s permission to put a warning on the drug label — the inserts that come with all medicines, providing information such as instructions on how to take a drug, what it can be used for, and warnings. The FDA reviews and must approve any information on drug labels for accuracy. These labels are generally considered fair warning to users about possible side effects or adverse events and, in that way, provides legal protection for drug companies from being sued for causing them.

    The FDA relies on manufacturers to update and make changes to drug labels throughout the lives of their drugs. That’s because approvals for new drugs are often based on small clinical trials of 1,000 or fewer people that normally last less than a year. Unusual or rare side effects and can’t be detected in such small, short-term trials. Once a drug is approved and thousands or millions of people are taking it, new side effects and adverse events can emerge.

    The spontaneous fractures caused by Fosamax didn’t begin appearing until the drug had been on the market for five years. And these fractures aren’t the only significant bone problems linked to the drug. Cases of osteonecrosis (literally “bone death”) of the jaw, a painful condition where jaw bones become exposed, were reported by people taking Fosamax. In 2013, Merck agreed to pay $27.7 million to settle 1,140 lawsuits from individuals who alleged that Fosamax caused them to develop this condition.

    Pharmaceutical companies have the best access to reports of adverse events, and they pay attention to updating drug labels as an important patient-protection safeguard.

    When Merck applied to the FDA for a label change to reflect these fractures, the FDA rejected its request. Why? Because Merck described them as stress fractures, which are minor and quite different from far more serious spontaneous fractures. A stress fracture is an incomplete bone break that is generally treated by rest and inactivity. A spontaneous fracture is a complete break that occurs in a seemingly normal bone without any trauma and must often be repaired with surgery.

    Although drug companies are responsible for updating labels, the FDA can require updates. In 2010, the FDA convened a panel to review the increasing number of reports of Fosamax-related spontaneous fractures. After reviewing the research, the panel found a clear connection between Fosamax and spontaneous thigh bone fractures. The FDA then ordered Merck to change the label.

    Women Suing Merck Claim Drugmaker Failed to Warn Them

    The women suing Merck claim that the company failed to warn them about a known adverse event. Merck is claiming that the FDA did not allow the company to change the label, making it impossible for Merck to warn women or their doctors.

    If Merck prevails, the disingenuous tactic it used for Fosamax could be replicated by other pharmaceutical companies and have far-reaching effects.

    Suppose a pharmaceutical company discovers that one of its drugs causes a serious adverse event. The company files an application for a change to the drug label, but knowingly designs the change so the FDA won’t accept it — either by minimizing the risk of the adverse event or by not accurately reflecting the risk. The drug company could then claim it isn’t liable for not warning consumers about that adverse event because the FDA denied the label change.

    If the Supreme Court allows drug companies to circumvent the law this way — which is what Merck is attempting to do in this case — it would remove the motivation for pharmaceutical companies to provide the FDA with timely and transparent information.

    MedShadow Foundation is a small nonprofit with limited resources. Yet we have taken on the costly and time-consuming process of filing an amicus brief because we believe that pharmaceutical companies cannot be allowed to obscure the risks, side effects, and adverse events of drugs — or exaggerate their benefits.

    The foundation’s mission is to protect quality of life by ensuring that people have all the known information about side effects before deciding to take a prescription or over-the-counter drug. Today, pharmaceutical companies are motivated to reveal previously unknown risks and warn the medical community so they can’t be sued for damages. The FDA and the law must maintain that obligation to protect people from unnecessary harm.

    There will always be some risk with medicines, but consumers have the right to all the information about benefits and risks of drugs — whenever that information is discovered — so they can make informed decisions about their health and well-being.

    This article originally appeared on Stat and is also on Medshadow.org.

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  • Bladder control tips for men

    Bladder control tips for men

    It’s a fact that as men age, the prostate enlarges, and that causes frequent, sometimes painful urination. But you don’t have to reach for a pill or submit to surgery. Small behavior changes can help you cope with — and maybe minimize — the amount of peeing.

    I scoured the web to find easy tips for men who find themselves in the bathroom too often. I can’t vouch for the effectiveness of any of these tips as I don’t have a prostate (being female and all that). But they seem logical, noninvasive and a good place to start.

    Warning: Check with your doctor to make sure that your frequent urination is caused by an enlarged prostate, also known as BPH (benign prostatic hyperplasia). Sometimes this can be a symptom of a more serious condition.

    Near Universal Recommendations
    The Mayo Clinic offers this list, which is common to many great resources:

    • Limit beverages (especially caffeine and alcohol) for at least an hour before bed.
    • Don’t wait — go when you need to. The discomfort will only get worse.
    • Exercise and lose weight if you need to. Obesity is tied to BPH. Exercise keeps all of your muscles fit and your organs working better.
    • Urinate, and then urinate again a few moments later. The Mayo Clinic recommends this practice, which is known as double voiding.

    Avoid Certain OTC Meds
    Avoid over-the-counter cold or allergy drugs and sleep aids that contain antihistamines or decongestants as these may worsen symptoms, according to Berkeley Wellness. Review your medications with your doctor or pharmacist.

    Schedule Bathroom Visits
    Urinating at regular times — such as every 4 to 6 hours during the day — may help to “retrain” the bladder. This can be especially useful if you have severe frequency and urgency.

    If you cannot empty your bladder, try sitting when you urinate rather than standing. Running the water in the sink may help.

    Keep Warm
    Colder temperatures can cause urine retention and increase the urgency to urinate.

    Strengthen Pelvic Muscles
    Kegel exercises can help you strengthen the muscles of the pelvic floor that support your bladder and urethra, thereby helping to prevent or reduce the symptoms of incontinence. The Mayo Clinic has a how-to guide to Kegel exercises for men.

    This post was excerpted and republished from Medshadow.org

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  • Bug repellents: Which ones are safe?

    Bug repellents: Which ones are safe?

    It’s summer, the time of year when we seem to be most surrounded by bugs. Most of us use bug repellents to keep bugs away. But, which ones are safe?

    DEET: Many bug repellents use DEET, which is quite effective in repelling all kinds of insects, including ticks and most mosquitoes. DEET gets a bad rap as carrying risk but, relatively speaking, the risk of it doing harm is minimal, especially if it is used sparingly. The risk is greatest for people who have used large doses of DEET frequently, over a very long period of time.

    DEET is very irritating to your eyes, so wash your hands immediately after using it. DEET also can dissolve plastic. It is not a mild chemical, so don’t let it come in contact with a backpack that has plastic or anything that has plastic. It could damage it.

    The neurotoxity concern with DEET is minimal.

    Picaridin: Picaridin is another effective bug repellent, which has been available in the U.S. since 2005. Like DEET, it is effective against ticks and most mosquitoes, but it is not effective against mosquitoes carrying the West Nile disease.

    Studies show that it lasts longer than DEET. A 10% concentration can last from between 3-1/2 to 8 hours. There is no neurotoxicity concern with Picaridin.

    IR3535:  IR3535 has been around for more than 20 years in Europe and since 1999 in the US.  It is effective as a repellent for deer ticks and many mosquitoes but not great on mosquitoes that carry Zika, or yellow fever, dengue, and encephalitis — usually not big issues in the US.

    There is little evidence of any neurotoxicity associated with IR3535. But, it can be an eye irritant and, like DEET, it will eat plastic.

    PMD or oil of lemon eucalyptus: PMD is the synthetic form of oil of lemon eucalyptus. Studies suggest it might perform as well as DEET, but the evidence is inconclusive. Be aware that lemon eucalyptus oil is a different thing, so look for oil of lemon eucalyptus.

    PMD or oil of lemon eucalyptus has not been tested as well as the other drugs by the FDA, because it’s a botanical, so it doesn’t have quite as rigorous a clinical testing profile. But they have found that it’s not particularly effective against mosquitoes that carry Zika, sandflies or midges. Midges are no-see-ums.

    Avoid sunscreens that contain bug repellents, if possible. The goal should be to use as little medicine as possible on your body to minimize the likelihood of side effects or long-term effects. If you use a sunscreen with repellent, you are likely to be reapplying it more often than you would bug repellent alone.

    If possible, use a fan outdoors as an alternative to a bug repellent.  Bugs and mosquitoes tend to not land on you when there’s a breeze going on.  You can also try using citronella candles, but there is no proof that they work to keep bugs away.

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  • “Right to try” experimental drugs is bad deal for terminally ill patients

    “Right to try” experimental drugs is bad deal for terminally ill patients

    It sounds like a good idea. Patients who are terminally ill would be allowed to ask pharmaceutical companies to try drugs that are not yet approved. If a patient who is dying has tried other medications without success, why not let him or her take the risk on unproven drugs? That is the seductive — but misleading — appeal of the proposed federal Right to Try Act, perhaps why 37 states have passed their own version of it.

    But, terminally ill patients already have access to drugs not yet approved by the FDA under  the “Expanded Access” program. This new proposed “Right to Try” legislation is a bad deal for terminally ill patients as it would take away some of the protections they currently have under the existing program. And more concerning, it would allow pharmaceutical companies to sell experimental drugs with no oversight.

    Here are some of the key differences between the Expanded Access program and the proposed Right to Try legislation.

    Under Expanded Access (already in place), the FDA receives a request from a doctor on behalf of a patient to try a non-approved drug. The FDA reviews it within 4 days (on average) and within 1 day in emergencies. It is rare for the FDA to not give an OK. Because the drug is in clinical trials, the FDA has staff members working with the drug companies on the trial. Patients can get an unbiased medical opinion from FDA scientists about the chances for success and the risks of adverse events and debilitating side effects. FDA researchers can make suggestions about how  the drug might best help that specific patient.

    However, the pharmaceutical company makes the decision whether to release the drug or not. There is usually no cost to the patient because if pharmaceutical companies want to charge for the drug, the company has to reveal the actual manufacturing cost. And this is not something a drug manufacturer  wants to do for competitive purposes.  

    The FDA follows the patient’s experience with the drug so that the knowledge gained can be shared with researchers. Good outcome or bad, at least something is learned and that patient’s life had value.  

    Under Right To Try laws, a patient asks  the pharmaceutical company directly for access to an experimental medication. The drug company makes the decision whether to release the drug. In essence, there is no “right” to try. The patient has no one to represent his or her interests or to offer a realistic assessment of the drug. With no one to monitor the conversation, the drug company could be making unlikely and unfounded claims of the drug’s efficacy. While a pharma company could be working on a cure for a specific cancer or other disease, drugs in early trials have not yet proven to be effective or safe.

    Sadly, some firms are using Right to Try to game the system for their economic benefit.  One company has already announced  plans to use the laws to offer its stem cell treatment well ahead of approval from the FDA.

    The patient who is out of options might grasp at this last chance opportunity, but it comes with risks that may not have few, if any,benefits.

    Drug companies can charge any amount they want to for a drug under the legislation. Families could bankrupt themselves trying desperately for a drug that has no chance of working.

    When a drug is in a clinical trial, every person who takes it adds to the knowledge of how the medicine acts. That information is used to help future patients. But in Right to Try cases, the pharma company is under no obligation to report a patient’s experience with the drug and the FDA has no knowledge of who might be taking it.  

    The Right to Try Act puts patients in a worse position than they are today by minimizing the FDA’s oversight of use of experimental drugs. Under this legislation, pharmaceutical companies profit at the expense of terminally ill patients and avoid scrutiny from the FDA. Pharma companies could peddle drugs that will never be proven safe or effective to desperate people at the end of their lives — and make a profit on it.

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  • Seven questions for women to ask about meds

    Seven questions for women to ask about meds

    Each year, an estimated 4 million Americans rush to the doctor or the ER in response to an adverse reaction to a prescription drug. So while medications can save or improve your life, they also cause side effects and need to be taken judiciously.

    Women should weigh the risks and benefits of each drug.

    1. What is the lowest effective dose?
    2. Can this cause dependency or a rebound effect?
    3. What is the shortest amount of time I need to be on this drug and do I have to wean myself off of it?
    4. What are the potential side effects, such as weight gain, low libido, liver or kidney problems?
    5. What if I’m planning to get pregnant or have an unplanned pregnancy?
    6. Will alcohol or other meds exaggerate or block this med’s effect?
    7. Should I make lifestyle changes or consider alternative therapies?

    When a medicine is needed, the benefits are obvious and can even be life-saving. With every medicine comes side effects, however. Here are some particular side effects associated with drugs commonly used by women.

    Birth Control/Oral Contraceptives: Pills, patch, ring, injection: Ask about weight gain, moodiness, breast tenderness, swelling, dizziness and the risk of blood clots. Birth control can alleviate PMS symptoms, prevent acne, and reduce cramping and menstrual pain. Newer methods use 3rd and 4th generation hormones, which can have a slightly higher risk of pulmonary embolism and deep vein thrombosis. Ask about the symptoms.

    Sleep Aids: Drugs in this category can cause drowsiness in the morning, difficulty waking up, mental impairment, headache, dizziness and nausea. There is often a rebound effect, meaning the symptoms can worsen when you stop the medicine. You may need to stop this drug in increments; many people find it difficult to return to a normal sleep pattern.

    GERD/Indigestion/Acid Reflux Drugs: Many of the drugs in this category block the ab-
    sorption of vitamins and calcium. There is often a rebound effect, meaning the symptoms can worsen when you stop the medicine. Ask about anemia, bone density and if vitamin supplements are needed.

    Antidepressants/Anti-anxiety Medication: It’s best to work closely with a psychiatrist and include talk therapy. Ask about weight gain, tremors, constipation, sweating and low libido. Stopping these meds can prove difficult and should be conducted under a doctor’s care.

    ADHD Drugs: Stimulants are commonly used to address ADHD. These can trigger cardiovascular issues, appetite loss, restlessness and aggression. Studies indicate that stimulant use in adolescents, whose brains are still developing, might affect their prefrontal cortex and brain plasticity (ability to switch between functions).

    This post originally appeared on the Medshadow Foundation site. For more information from the Medshadow Foundation, click here.

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  • Spying on cancer

    Spying on cancer

    What if a new technology could detect aggressive cancer cells, effectively spying on cancer? Researchers think it could improve the chances of treating these cancers.

    Some cancers are aggressive and fast-growing, requiring equally aggressive treatment. Most cancer deaths are caused by cancer that’s metastasized, or spread from the original location to enter the bloodstream and pop up in other, cancer friendly locations. Others are what H. Gilbert Welch calls “turtles”: slow moving and maybe not needing painful and debilitating treatment right away.

    We are on the cusp of being able to “spy” on cancer cells and actually see how they break off from a tumor and enter the bloodstream. And, that’s great news for people with aggressive cancers. Here is a video released by the NCI (National Cancer Institute) that shows, in live time, breast cancer cells breaking from the tumor and entering the bloodstream.

    https://www.youtube.com/watch?v=IvyJKrx5Xmw

    This article was originally posted on Medshadow.org. To read the rest of this article, visit the Medshadow Foundation.

    To read about high-tech goggles that allow people to see cancer cells, click here.