All posts by CPTFeditor

Which sunscreen should you use?

By Isabel Platt and Laura Gottschalk, PhD
Updated 2016

Sunscreen-infographic

 

Other than the 15 minutes of sunshine we all need for our daily requirement of vitamin D, staying out of the sun should always be the first choice for skin cancer prevention.  However, there are ways to reduce the damage your skin gets from the sun. Wearing protective clothing, hats, and limiting sun exposure during the sunniest parts of the day are all great ideas. When sun exposure can’t be avoided, however, sunscreen can also help protect from some of the damaging effects of the sun.

But what kind of sunscreen is best? Spray or lotion? SPF 15 or SPF 70? Waterproof or moisturizing? It seems like new rules come out every year. To clear up mixed messages, here is a guide to choosing the best sunscreen for you and your family.

SUNSCREEN PREVENTS CANCER

Spending too much time in the sun puts you at risk for skin cancer. There are three types of skin cancer: basal cell, squamous cell, and melanoma. Basal cell cancers, the most common, are slow growing and are the easiest to treat. Squamous cell cancers detected at an early stage are curable and cause minimal damage. Melanoma is the least common but most dangerous kind of skin cancer. If not caught early, it can spread throughout the body and become fatal.

Most melanomas result from sun exposure.1 The number of men and women in the U.S. diagnosed with melanomas increased by nearly 2% each year between 2000 and 2009, and even more among Caucasians.1 2 3 If you have fair skin, you are especially likely to get melanoma from sun exposure. The easiest way to reduce your risk of melanoma is to apply sunscreen to exposed areas every day as part of your morning routine, but don’t forget that it only lasts about 2 hours so you may need to apply it again later in the day.4 If you need another reason to wear sunscreen, a 2013 study found that applying sunscreen every day reduces aging of the skin by 24%.5

Protecting your kids from sunburns is especially important. Getting sunburns during childhood increases the risk of cancer later in life.1 So get your kids into the routine of applying sunscreen every morning (after they brush their teeth) before going to school or to camp, no matter how cloudy it is outside.

WHICH SPF TO USE?

Sun protection factor (SPF) choices range from SPF 8 all the way up to SPF 100+. According to the Food and Drug Administration (FDA), SPFs below 15 protect against sunburns, but they do not prevent damage that can cause skin cancer.6 On the other hand, very high SPFs are misleading since SPF 30 protects against 97% of UV rays, SPF 50 protects against 98%, and SPF 100 protects against 99%. Sunscreens with the highest SPFs cost more and provide little additional protection, and they also encourage people to stay out in the sun longer and reapply less frequently. For effective sun protection, look for an SPF between 15 and 50.

In addition, make sure to choose “broad-spectrum” sunscreen, which guards against both UVB and UVA rays. While only 10% of UV radiation from the sun is UVB, this type of radiation is the primary cause of sunburns, wrinkling, and skin cancer.1 UVA rays penetrate deep into the skin to cause premature aging, and with enough exposure can also damage DNA to cause cancer.

You may be surprised to learn that the FDA does not check the ingredients in sunscreens to test if they are safe and effective. Many of the active ingredients in sunscreens have been used for so long that they are generally believed to be safe and effective, but that is different from being proven to actually be safe and effective. The FDA is currently working on a plan to start testing sunscreen ingredients for safety and effectiveness.

Consumer Reports rated the effectiveness of sunscreens but not their safety.  This is the list of the top sunscreen lotions and sticks from their 2016 report.  However, all of them are made with endocrine disrupting chemicals.  The sunscreens that are made with the safer ingredients (zinc oxide and titanium dioxide) scored very poorly in the Consumer Reports report.

Lotions

1. La Roche-Posay Anthelios 60 Melt-in Sunscreen Milk (note that this is much more expensive than other sunscreens listed)

2. Pure sun Defense Disney Frozen SPF 50

3. Coppertone Water Babies SPF 50

4. Equate (Walmart) Ultra Protection SPF 50

5. Ocean Potion Protect & Nourish SPF 30

6. Aveeno Protect + Hydrate SPF 30

Sticks

1. Coppertone kids stick SPF 55

2. Up & Up (Target) Kids stick SPF 55

LOTION OR SPRAY? WATERPROOF OR WATER-RESISTANT?

Avoid powder makeup and instead use liquid makeup products that contain SPF. Loose powders contain zinc and titanium that can be carcinogenic if inhaled.7 For this reason, the FDA no longer allows the manufacture of powder make-up with SPF, but some of these products are still on the market.

In addition, be sure to avoid sunscreen sprays, especially for kids. Sprays make it easy to inhale the chemicals that are found in the sunscreens. This can pose a safety issue, especially for small children who tend to squirm a lot while sunscreen is put on them. The FDA has also expressed concern about sprays but has not yet limited their use.8 Sunscreen lotion provides better protection against burns that cause skin cancer and aging, without the risk of inhaling dangerous chemicals. If a spray sunscreen is the only available option, first spray it in your hands before applying it to children. Do the same before applying it to the face of adults.

Waterproof sunscreens are no longer for sale. The FDA issued new guidelines that sunscreens can only be labeled as “water resistant” and must say whether they protect for 40 or 80 minutes while sweating or swimming.7 So be sure to reapply your water resistant sunscreen right after getting out of the water.

WHICH INGREDIENTS TO AVOID?

Even when sunscreens are approved by the FDA it does not mean that all the chemicals in them are entirely safe. Try to stay away from Vitamin A and oxybenzone. Vitamin A is found in about 25% of sunscreens because manufacturers claim that it prevents skin aging.8 However, the National Institutes of Health (NIH) has shown that the combination of sunlight and Vitamin A on the skin can increase your risk of cancer.9 The Environmental Working Group (EWG) recommends avoiding oxybenzone, which can potentially cause allergic reactions and interfere with hormones.10

THE BOTTOM LINE

So what should you do to prevent sunburns, aging, and skin cancer? Apply a generous amount of SPF 15 – 50 sunscreen lotion every morning, wear a hat and sunglasses, and generally try to stay in the shade. Reapply your sunscreen after extended sun exposure, sweating, and swimming. Always check the expiration date on sunscreens before you buy and use them, and stay away from tanning beds and sun lamps. If you are fair-skinned or have a family history of skin cancer, be extra careful.

Every year, the Environmental Working Group researches sunscreens on the market and rates them for safety and how well they work. To see how your sunscreen compares, visit their website. If your sunscreen is poorly rated, you can browse their site to find good alternatives.

Can cell phones harm our health?

By Diana Zuckerman, PhD, Brandel France de Bravo, MPH, Dana Casciotti, PhD, Megan Cole, MPH, Krista Brooks, BS, Hannah Kalvin

You’ve probably heard about news stories claiming that “cell phones are dangerous” and others claiming that “cell phones have been proven safe.” It’s hard to know what to believe-especially when we’ve grown so dependent upon these convenient communication devices.

Should We Be Worried?

Have you ever read the fine print in your cell phone manual? All manuals say not to hold cellphonethe phone next to your ear, but how many of us actually talk on cell phones while holding them an inch away?

There have been concerns, from both scientists and the media, that cell phone usage is linked to tumor development. The extensive use of cell phones is a relatively recent phenomenon, and since cancers usually take at least 10-20 years to develop, it will be years before research is likely to conclude whether cell phones cause cancer or not.  In addition, the long-term risks of cell phone use may be much higher for children than adults.

International organizations have been researching this issue. The International Agency for Research on Cancer (IARC), which is part of the World Health Organization (WHO), brought together scientists, including those with financial ties to cell phone companies, to review all relevant data on radiation from wireless handheld devices such as cell phones. This type of radiation is known as Radio Frequency-Electromagnetic Radiation (RF-EMR), also referred to as microwave radiation.  The IARC concluded that the evidence suggests this radiation is “possibly carcinogenic to humans,” and that there wasn’t enough research evidence to conclude that cell phones are dangerous or that they are safe.11

This resulted in the IARC creating the Interphone Project, an international effort (that did not include the United States) to investigate the risk of tumors from cell phones. After the 10-year project was finished in February 2012, scientists found that due to biases present in the study, no strong conclusions could be made.12

The Centers for Disease Control and Prevention, or CDC, called for caution in cell phone use because of “the unresolved cancer question” in 2014. However, the CDC removed this statement from their website soon after.13 Critics assume it was removed because of political pressure from cell phone companies. Currently, the CDC says that more research is needed on this topic since “there is no scientific evidence that provides a definite answer.”14

What Does Research Tell Us About Cell Phones, Tumors And Other Health Issues?

In 2007, a published review of 18 studies of cell phones and brain tumors, concluded that studies of individuals using cell phones for more than 10 years “give a consistent pattern of an increased risk for acoustic neuroma and glioma,” with the risk being highest for a tumor on the same side of the head that the phone is used.15 Gliomas are the most common cancerous brain tumor, and most gliomas are malignant (and usually fatal). Acoustic neuromas are benign tumors of the acoustic nerve that can cause deafness.  In 2012, the same authors reviewed even more studies and also conducted a meta-analysis that combined the results of all the studies. These analyses confirmed the 2007 conclusions about the increase in acoustic neuromas and gliomas.16 However, a study conducted in 2013 found that while long-term cell phone use was associated with acoustic neuromas, it did not predict gliomas.17 In contrast, a study of 1,339 cell phone users, published in 2014, found that the heaviest cell phone users had an increased chance of developing gliomas.  These heaviest users, who had a total of over 900 hours of cell phone usage, were found to have spent an average of 54 minutes on the phone per day.18 Although the results of studies on the effects of cell phones are inconsistent, probably related to how the time spent on cell phones is increasing over time, there is a trend toward showing that cell phone usage is associated with brain tumors.

A 2015 study in Germany also identified a connection between cell phone radiation and tumor growth. Researchers found that in comparison to a known cancer-causing agent, weak cell phone signals were more likely to promote tumor growth. Although this study was carried out in mice, it implies that cell phone radiation may negatively affect human health more than previously thought and that limits for cell phone radiation need to be lower.19

Scientists in countries around the world have published their own results on other health problems that appear to be a result of increasing cell phone usage. the following health problems connected to cell phone radiation:

  • salivary gland tumors20,21
  • dizziness and migraines22
  • less sleep and poor sleep quality23
  • increases and decreases in production of specific proteins in human cells24
  • decreased sperm count and quality25,26,27
  • skin irritation, especially on the face (this is a condition known as electrohypersensitivity)28,29
  • behavioral problems and increased chance of cancer tumor development in children. You can read more about this here.

Meanwhile, cell phone companies continue to insist that the evidence shows that their cell phones are safe. Cell phone companies tend to draw conclusions based on the studies they funded themselves, and those studies have always found cell phones are safe.   In addition, many of those studies were conducted years ago, when cell phone usage was much lower for the average person than it is today.

Controversies On Cell Phone Research Results

Underlying the controversy about cell phone radiation is the belief by most physicists that cell phone radiation could not possibly cause cancer.  Although epidemiological research seems to suggest otherwise, that is undermined by other factors: cancer takes a very long time to develop, cell phone technology and frequency of usage has changed dramatically, and any link between cancer and cell phones could possibly be caused by unknown exposures or traits.  Additionally, there is potential for biases and errors in the collection of data in these studies, which could result in inaccurate conclusions. For example, many researchers questioned the Interphone study because they thought that risk was underestimated. Research is needed to determine the true effect of cell phones on different cancers.

Different Types Of Studies: How Can Researchers Get To The Bottom Of This?

There is a consensus among researchers that retrospective studies present problems and that prospective studies are needed. Retrospective studies are ones that look back in time to study or measure risk, such as whether past cell phone use makes a person more likely to develop cancer or other health problems. But people may not remember their past behaviors accurately and researchers have no way to verify the information.  Unless they use phone records, retrospective studies are also subject to “recall bias,” which means people with a disease might remember the past differently than people without a disease. In the case of cell phones, people with brain tumors may exaggerate their past cell phone use in an attempt to find an explanation for the inexplicable.  An analysis published in 2015 shows that information used for many retrospective studies may not be reliable because numerous brain tumor cases are not reported to the Swedish Cancer Register, the database that has commonly been used to try to disprove any connection between cell phones and tumors.30

Prospective studies are ones that follow people over time and monitor the health problems that arise in the different groups during the study period.  A prospective study of cell phone users would have to compare the health of infrequent users (controls) to heavy users (cases) but it is becoming increasingly difficult to find people who never use cell phones. In addition, any study started now would take at least 10 years to have useful information about the development of cancer; by that time, millions of people would have been harmed if cell phone radiation is dangerous.

Wireless technologies are proliferating daily, and different countries have different limits on radiation from wireless devices, which is why more and better designed research is urgently needed to determine safe levels of exposure.  And yet, as noted above, it is increasingly difficult to design and conduct studies that will answer key questions anytime soon.

Precautions You Can Take

Scientists recognize that most people are not going to stop using cell phones. Since many studies suggest that there may be risks, experts recommend that cell phone users take some precautions:

  • Limit the number of calls you make.
  • Limit the length of your calls.
  • Use hands-free devices (wired cell phone headsets or wireless ones like Bluetooth).
  • If you are not using a hands-free device, put the cell on “speaker phone” or hold the phone away from your ear.
  • When speaking on your cell phone, alternate sides.
  • Avoid carrying your phone in your pocket, on your belt, or anywhere close to your body since cell phones emit radiation even when they are not in use
  • Limit your cell phone use in rural areas or in any place where reception is poor. More radiation is emitted when you are farther from a cell phone tower.
  • Text message instead of talking (never while driving!).
  • Check out how much radiation your phone emits by looking at its SAR (specific absorption rate), which is a measure of the amount of radiation absorbed by your body. When buying a new phone, try to select one with a lower SAR. A list of cell phones with the lowest SARs can be found here. But remember, these SARs are based on a six foot tall, 200 pound man with an 11 pound head, and the levels are higher for smaller people.

In summary, although not enough time has passed for research to agree on the exact impact of cell phones on brain tumors and other health risks, the evidence so far suggests that we should be cautious.  While hands-free driving laws are resulting in greater use of ear pieces in cars, more and more people are opting not to pay for land lines and are relying exclusively on their cell phone.  As a result, adults and children are holding cell phones to theirs ears for hours each day.

Should we be concerned?  Remember that most published studies evaluated relatively infrequent cell phone usage and that research is inadequate to draw conclusions regarding safety. The health impact of the long-term and frequent use of cell phones that is typical today could be substantially worse.  And, if there is a cancer risk, we won’t see the effects of cell phone use on cancer rates for another 10-20 years.  That is why it is important that researchers who do not have financial ties to cell phone companies continue long-term studies with more appropriate measures of high, medium, and low cell phone usage.  In the meantime, you can play it safe and limit your cell phone use.

 

Candidate to lead FDA has close ties to big pharma

By Massimo Calabresi, Time

Duke’s Dr. Robert Califf sees closer collaboration between government and industry

Dr. Robert CaliffLast May, Duke University’s Vice Chancellor for clinical research, Dr. Robert Califf, told an audience of executives that the American system for developing drugs and medical devices was in crisis. Using slides [pdf] developed by Duke’s business school, he said the system was too slow and too expensive, and required disruption and transformation. Towards the end of his talk, he put up a slide that identified a key barrier to change: regulation.

Such views are not uncommon in industry, academic research and on Capitol Hill, but they are noteworthy coming from Califf because he could soon be America’s top regulator overseeing the safety and efficacy of the country’s drugs and medical devices. Califf is already set to become deputy commissioner at the Food and Drug Administration (FDA) next month. Now sources familiar with the process tell TIME he is on President Barack Obama’s short list to run the agency following this month’s announcement that its long-serving commissioner, Margaret Hamburg, will step down in March.

The White House declined to comment on pending personnel decisions, but word that Califf is in contention for the top spot at the FDA comes at a key moment. The agency faces potentially dramatic changes this year as Congress prepares to rewrite many of the rules for how drugs and medical devices are reviewed and tested for safety and efficacy. Califf is widely respected in the public and private sectors, but his candidacy is seen by some as a threat to the independence and authority of the FDA, thanks to his views on the need to accelerate change and his deep financial and intellectual ties to the pharmaceutical and medical device industries.

Califf says his salary is contractually underwritten in part by several large pharmaceutical companies, including Merck, Bristol-Myers Squibb, Eli Lilly and Novartis. He also receives as much as $100,000 a year in consulting fees from some of those companies, and from others, according to his 2014 conflict of interest disclosure [pdf]. In an interview with TIME, Califf estimates that less than half of his annual income comes from research money provided by the pharmaceutical industry, though he says he is not certain because he doesn’t tend to distinguish between industry and government research funding. He says he is divesting his holdings in two privately-held pharmaceutical companies he helped get off the ground.

Califf says such collaboration, not just between industry and academia, but with government, too, is the way of the future. “The greatest progress almost certainly will be made by breaking out of insular knowledge bases and collaborating across the different sectors,” Califf says. He says there is “a tension which cannot be avoided between regulating an industry and creating the conditions where the industry can thrive, and the FDA’s got to do both.” He says it would be “useful to have someone [leading the FDA] who understands how companies operate because you’re interacting with them all the time.”

Diana Zuckerman, President of the National Center for Health Research, which advocates for FDA regulatory authority, says such ties “should be of great concern.” Dr. Califf is “a very accomplished, smart physician who’s been an important name in the field,” Zuckerman says, but his “interdependent relationships” raise questions about his “objectivity and distance.” She cites several studiessuggesting the medical products industry uses such ties to influence the behavior and decision making of doctors and researchers, even when the scientists don’t realize it.

The tension over Califf’s collaboration with industry gets to the heart of the future of the FDA at a pivotal moment. While FDA defenders see the collaboration as a threat to its independence, others see close relationships between government, industry and academia as the model for the future. Califf heads a successful and powerful clinical research program, the Duke Translational Medicine Institute, which brings together industry drug researchers, academic scientists and federal regulators to speed drug development and approval. Califf estimates 50-60% of its $320 million in annual research funding comes from industry.

Capitol Hill is considering codifying parts of that collaborative model for the FDA. The powerful Energy and Commerce Committee in the U.S. House of Representatives recently introduced a draft bill called 21stCentury Cures, which would loosen the drug approval and post-market oversight process. Califf says because the bill is still in draft it is too early to pass an overall judgment on it but he says, “I support a lot of the concepts in the bill.”

In the Senate, the Health, Education, Labor and Pensions (HELP) committee has begun work on its own bill, with committee chairman Lamar Alexander declaring, “It takes too long and costs too much to develop medical products.” In a report paving the way for his legislation, Alexander concluded the FDA has grown too large, has fallen behind scientific innovation and threatens American leadership in biomedical innovation. Reform efforts in the Senate may be aided by the support of liberals like Elizabeth Warren who back looser regulations on the medical device industry.

The FDA uses a model for drug testing and oversight largely developed in the early 1960s, with phased trials before drugs and devices are approved for sale to ensure they are safe and effective, and “post-market” studies afterwards to monitor them. Over time, the agency has come to rely on the medical product industry for more than 60% of its budget for post-market monitoring.Accused of regulatory capture by those who see undue industry influence, the FDA has faced attacks from both sides.

That means the FDA has few defenders and will rely heavily on its next commissioner to stand up for it in public and on Capitol Hill. “This is a very dangerous time for the agency,” says Zuckerman of the National Center for Health Research, “It’s under fire in a way that is unprecedented in the last 20 years.”

Califf’s supporters point out that he is among the ten most cited medical authors in America, and that he has spent his career as a clinician helping patients. Regarding the danger of regulators being “captured” by their interactions with industry, Califf says, “The difference between capture and collaboration towards improving human health is a pretty big difference.”

The White House has set no time frame for its decision on Hamburg’s replacement. It has announced the acting commissioner will be Dr. Stephen Ostroff, a scientist and long-time official at the Health and Human Services department, when she steps down in March.

Link to original article here.

Do cancer researchers make new treatments sound better than they really are?

By Diana Zuckerman, Ph.D. and Jennifer Focht
Updated 2015

Everyone wants to find a cure for cancer, but some medical researchers are exaggerating the effectiveness of the treatments they study. In some cases, information about side effects and other risks are downplayed as well.

To find out if a treatment works, medical researchers compare patients who take the treatment to patients who take a different treatment, or take no treatment at all. The outcome that matters to patients is whether the treatment will cure them or at least help them live longer, with a better quality of life.

That isn’t always the outcome that scientists study, however. For example, a company may instead want to measure whether the treatment successfully got rid of cancer cells or slowed down the progression of cancer. These kinds of measures are called “surrogate endpoints” or “biomarkers” because they substitute for the outcome that really matters (health and survival) by evaluating things that can be studied more quickly and easily and are expected to be related to health and survival – but might not be. Unfortunately, in their desire to get more cancer treatments to market more quickly, many cancer drugs are approved by the FDA based on these preliminary kinds of findings, rather than based on improved health or survival. It may take years or even decades to find out if the new drugs really save lives or improve the quality of patients’ lives. Research published in 2015 indicates that the studies done after recent cancer drugs were approved were more likely to show they don’t save lives or improve health than to show that they do.31

For these and other reasons, published studies of cancer treatment can be misleading.

In addition to FDA lowering the standards for cancer drugs, there are other reasons why doctors and patients may not have all the information they need to help patients make the best treatment decisions. For example, medical journals prefer to publish articles about treatments that are effective, instead of treatments that are not. New, effective treatments are more exciting, but for patients, knowing which drugs don’t work well is just as important as knowing which ones are effective. If researchers learn that a treatment doesn’t actually work, they may have a very hard time getting the results published. And, if the research was funded by the company that makes the treatment, as it usually is, that company will probably not want the study to be published.

Even when researchers sincerely want to publish their study results to help patients, they may find that being completely honest about unimpressive or ambiguous results means they won’t get the study published. Publications are important to scientists, so what can they do to improve their chances of getting the study published in a major medical journal? Those researchers might find it easier to get the article published if they focus on the positive results (such as slowing down the spread of cancer) and ignore the negative results (for example, if the patients did not live longer because the toxic effects of the treatment caused them to die anyway).

Dr. Francisco Emilio Vera-Badillo and his colleagues at the University of Toronto reviewed published articles on breast cancer treatments and found that one out of three misrepresented a treatment’s overall ineffectiveness by highlighting some other benefit. For example, a study might show that patients’ quality of life improved slightly when they started the treatment in question. Feeling better is important, even if only for a short time – but it is a subjective measure that could be influenced by feeling hopeful about getting a new medication. If the purpose of the study was to determine whether or not the treatment helped patients live longer, or at least had a major health benefit from the treatment, then this secondary benefit that a few of the patients felt a little better is just that: secondary. Can a treatment be considered “effective” if it doesn’t do what it is supposed to do?  Is it worth the potential risks to one’s health (most cancer drugs are highly toxic) and the costs (which may be tens of thousands of dollars) to take a drug that isn’t really effective? If the benefits of the new drug are very modest, there may be other, less dangerous and less expensive strategies that could help patients much more. And, even more important, in the same analysis, two out of three of the published articles described the results of their research in a way that glossed over negative side effects, especially when the treatment was effective.32 But negative side effects can be very harmful, or even deadly, so it is important that they be accurate reported.

A separate review of published articles on a variety of health treatments—not just cancer treatments—showed that 16% reported no data about side effects. In nearly one-third of the articles, information on side effects was reported inadequately.33 For example, when researchers found an increased risk of heart attack associated with the arthritis drug Vioxx, they changed the reported time frame of their study when they wrote up their results.34 As a result, the published article did not mention the participants who had experienced heart attacks during the last month of the trial and Vioxx seemed safer than it actually was. (When these risks became known, Vioxx was recalled in 2004.)

Bottom line:

Information about a drug’s effectiveness and side effects are both important, and both should be reported in studies so that patients and their doctors have a full understanding of treatment options. In many areas of medicine, research tends to over-emphasize effectiveness and down-play side effects, and for cancer drugs this tendency may be even more pronounced. Many cancer researchers are calling for stricter guidelines, like standardizing reporting of results to make it more obvious when information is missing, but that will only address part of the problem.

In the meantime, what can you do to ensure the safety of the treatment you are receiving? If you have just been diagnosed with cancer, you may want to consider an older treatment over a newer one. Why? Because newer drugs are often approved on preliminary evidence and wishful thinking, and too often years pass before the true risks and benefits are known. In most cases, newer treatments haven’t been researched as thoroughly as older ones that have been sold for many years. If your doctor wants you to switch to a newer treatment, ask him or her to review each of the side effects with you and compare them to the side effects of your old treatment. If after starting a new treatment, you notice side effects—expected or unexpected—let your doctor know right away. Ask as many questions about your treatment as you want. There are no stupid questions—only stupid answers. You have the right to complete information on your treatment’s effectiveness and risks.

For information on the influence of industry funding on medical research, click here.

Letter to the Editor: "Keep the Medical Device Tax"

THE NEW YORK TIMES, FEBRUARY 13, 2015

Our research strongly supports your Jan. 30 editorial “No Case for Killing the Medical Device Tax”: Repealing the tax is indeed “a terrible idea” that solves a nonexistent problem. It could result in cutting health care programs that patients rely on.

Thanks to the Affordable Care Act, millions more Americans can now afford medical care that relies on devices like CT scans, cardiac implants or joint replacements. Our nonpartisan research center just released a report indicating that the device industry is thriving in the two years since the tax went into effect.

Stock prices increased an average of 66 percent for the largest United States-based device companies and even more for the smaller ones, much higher than the pharmaceutical companies, Nasdaq or the New York Stock Exchange.

Device companies’ sales and research and development also increased, and profit margins remained very strong. These data are consistent with the Congressional Research Service report that said the benefits of the health care law would help make up for the minimally negative effect of the tax.

Congress intended for industries that would benefit from the health law to help pay for it. The $29 billion raised from the device industry is far less than the amounts raised from other industries that benefit from the law, like drug makers and insurance companies. Why should those industries pay if the device tax is repealed?

Paul Brown, Washington

The writer is government relations manager at the National Center for Health Research.

See original letter here.

The Hamburg legacy at FDA: accomplishments and controversies

By Ed Silverman. The Wall Street Journal. Published Feb. 5, 2015.

Link to original article here. 

Has the other shoe dropped?

Following mounting speculation, FDA commissioner Margaret Hamburg has told staffers that she will step down at the end of March, after a nearly six-year run heading the agency. The news comes just 10 days after the FDA hired Robert Califf, a widely regarded Duke University cardiologist, as deputy commissioner for medical products and tobacco.

That move quickly set off speculation that Califf would, in fact, soon succeed Hamburg, since he starts his new job later this month. And his new job involves overseeing a large swath of the agency – the FDA’s Center for Drug Evaluation and Research; the Center for Biologics Evaluation and Research; the Center for Devices and Radiological Health, and the Center for Tobacco Products.

An FDA spokeswoman declined to say whether a search was under way or, if so, how long the process may take. For now, FDA chief scientist Stephen Ostroff will temporarily assume command until a new commissioner receives congressional approval.

Hamburg, who has been one of the longest-serving FDA commissioners, presided over a string of accomplishments and controversies. A key mission from the start of her tenure was to bolster drug safety. There had been scandals over undisclosed side effect data for such medicines as the Vioxx painkiller and contaminated heparin that was imported from China and blamed for 81 deaths.

“It’s fair to say that Dr. Hamburg came to [the agency] at a time when the FDA was under a cloud,” says Peter Pitts, who was an FDA associate commissioner for external affairs before Hamburg’s arrived and is now a policy consultant to drug makers. “Whether or not the criticism the agency was receiving was fair (most of it was not) isn’t the point. Morale was low. Moral authority amongst constituents was fading.”

Despite efforts to bolster safety, Hamburg was widely criticized following an outbreak of fungal meningitis in 2012 that was traced to a compounding pharmacy and blamed for 64 deaths. Acknowledged as the worst U.S. public health crisis in decades, the FDA was accused of failing to properly oversee compounders, and Hamburg received some harsh grilling from members of Congress.

She was also chastised for her efforts to loosen rules governing conflicts of interest between industry and the outside experts who sit on FDA advisory panels. Hamburg complained that the rules – which set limits on financial ties, for instance – made it more difficult to attract qualified panelists, although she later backed away from this position. But some consumer advocates say her oversight remained lax.

“Too often, the FDA has succumbed to industry and political pressures, implementing policies and taking actions that tilt too far toward the bottom-line interests” of industry, says Michael Carome of Public Citizen, which regularly spars with the FDA over safety issues. He argues the FDA needs a commissioner who will be an “aggressive, proactive crusader.”

There was also controversy over an FDA decision to approve an opioid painkiller, even though it did not have tamper-resistant features and an agency advisory panel recommended against approval. The FDA argued that the drug, Zohydro, offered a needed option to pain patients, but Hamburg was chastised for allegedly overstating the number of people who may have benefited.

“Under Hamburg, the FDA approved a steady stream of new opioids despite an epidemic of opioid addiction caused by overprescribing,” says Andrew Kolodny, who heads Physicians for Responsible Opioid Prescribing and argues the agency has been too friendly to industry. “I’m pleased to hear that Hamburg is leaving.”

At the same time, Hamburg won plaudits for emphasizing programs, such as breakthrough therapy designations and accelerated approvals, which have sped drugs to market faster. This remains a hot-button issue, especially among patients who clamor for treatments for hard-to-treat and rare diseases. In recent years, the number of novel new medicines that FDA has approved has steadily increased.

The issue also resonates, of course, with the pharmaceutical industry, which benefits whenever drugs are launched more quickly. “These programs have proven invaluable in bringing groundbreaking new therapies to patients more efficiently, while maintaining the FDA’s high standards for safety and efficacy,” says Jim Greenwood, who heads the BIO trade group, in a statement.

Hamburg also was caught up in a highly charged political battle. In 2011, former Health & Human Services Secretary Kathleen Sebelius overruled an FDA decision to allow the Plan B emergency contraceptive to be sold over-the-counter to younger teenagers. The FDA maintained the treatment was safe. Two years later, the FDA was able to proceed and approved its use.

Such backbone will be missed by some, especially now and Hamburg’s departure comes at an unfortunate time, according to Diana Zuckerman, who heads the National Center for Health Research, a non-profit think tank. She worries that a sweeping law Congress is drafting called 21St Century Cures will have a detrimental effect on how medical products are regulated.

“Hamburg has been a strong voice for public health and this is a major loss at a dangerous time for the FDA,” she tells us. “The proposed legislation represents a frightening assault on the agency and the safety of medical products, and the FDA will need a strong leader to protect its public health mission.”

And in a statement, Ellen Sigal, who heads Friends of Cancer Research, a non profit, says Hamburg “changed the direction of the FDA, creating an environment of science-based collaboration that has fostered a new era of regulatory science focused on expediting the best treatments to patients.” We should note that various drug makers are among its supporters.

AND HERE IS THE MEMO THAT HAMBURG SENT TO FDA STAFF….

Dear FDA Colleagues:

It has been a privilege to serve as your FDA Commissioner for almost six years.  So it is with very mixed emotions that I write today to inform you that I plan to step down as FDA Commissioner at the end of March 2015.  As you can imagine, this decision was not easy.  My tenure leading this Agency has been the most rewarding of my career, and that is due in no small part to all of you – the dedicated and hard-working people that make up the heart of this Agency.  While there is still work ahead (and there always will be), I know that I am leaving the agency well-positioned to fulfill its responsibilities to the American public with great success.

I feel so fortunate to have worked at an organization as remarkable and productive as the FDA.  The expertise, dedication and integrity of our people and the unique nature and scope of FDA’s role make this Agency truly special.  Every day, FDA employees around the world recommit themselves to the Agency’s work, to quality science, to facilitating innovation, and to the protection of public health.  And because of your dedication and your service, we have been able to achieve so many significant milestones over the past years.

From creating a modernized food safety system that will reduce foodborne illness; advancing biomedical innovation by approving novel medical products in cutting-edge areas; and responding aggressively to the need to secure the safety of a globalized food and medical product supply chain, to taking critical steps to reduce the death and disease caused by tobacco, we have accomplished a tremendous amount in the last six years.  We can honestly say that our collective efforts have improved the health, safety and quality of life of the American people.

At the heart of all of these accomplishments is a strong commitment to science as the foundation of our regulatory decision-making and of our integrity as an Agency.  And while there are far too many significant actions, events, and initiatives to count, there are some highlights of the past years that I particularly want to mention.

In the foods area, we have taken critical actions that will improve the safety of the food Americans consume for years to come.  These include science-based standards developed to create a food safety system focused on preventing foodborne illness before it occurs, rather than responding after the fact.  We have taken several significant steps to help Americans make more informed and healthful food choices.  These include working to reduce trans fats in processed foods; more clearly defining when baked goods, pastas and other foods can be labeled “gluten free;” updating the iconic Nutrition Facts label; and, most recently, finalizing the rules to make calorie information available on chain restaurant menus and vending machines.

We have also made great strides in advancing the safety and effectiveness of medical products. Some of these important steps include new oversight of human drug compounding and provisions to help secure the drug supply chain so that we can better help protect consumers from the dangers of counterfeit, stolen, contaminated, or otherwise harmful drugs.  We are continuing to increase the speed and efficiency of medical product reviews.  We just had another strong year for novel drug approvals, with most of these drugs being approved on or before their PDUFA goal dates and most being made available to patients in the United States before they were available to patients in Europe and other parts of the world.  We launched a powerful new tool to accelerate the development and review of “breakthrough therapies,” allowing FDA to expedite development of a drug or biologic to help patients with serious or life-threatening diseases.  In fact, almost half of the novel new drugs approved in 2014 received expedited review with a combination of breakthrough designation, priority review and/or fast track status.  These included drugs for rare types of cancer, hepatitis C, type-2 diabetes and idiopathic pulmonary fibrosis, as well as a number of groundbreaking vaccines.  We have also established a regulatory pathway for biosimilar biological products that will create more options for patients.

On the medical device side, the average number of days it takes for pre-market review of a new medical device has been reduced by about one-third since 2010.  The percentage of pre-market approval (PMA) device applications that we approve annually has increased since then, after steadily decreasing each year since 2004.  We also published the Unique Device Identification (UDI) final rule that is intended to improve the tracking and safety of medical devices.  And we proposed a risk-based framework for laboratory developed tests (LDTs) to help ensure patients and providers have access to safe, accurate and reliable tests, while continuing to promote innovation of diagnostic tests to help guide treatment decisions.

We have ushered in the era of personalized medicine across all of our medical product centers. For example, many cancer drugs are increasingly used with companion diagnostic tests that can help determine whether a patient will respond to the drug based on the genetic characteristics of the patient’s tumor.  A growing percentage of our recent approvals have involved targeted therapies, offering many patients more effective response profiles and/or reduced likelihood of side effects.

We made significant progress in implementing both the letter and spirit of the Family Smoking Prevention and Tobacco Control Act.  Our tobacco compliance and enforcement program has entered into agreements with numerous state and local authorities to enforce the ban on the sale of tobacco products to children and teens; conducted close to 240,000 inspections; written more than 12,100 warning letters to retailers; proposed the extremely important foundational “deeming” rule; and broken new ground for FDA with the launch of the Agency’s first public education campaigns to prevent and reduce tobacco use among our nation’s youth.

As Commissioner, my goal has been to shape and support an FDA that is well-equipped to meet the challenges posed by scientific innovation, globalization, the increasing breadth and complexity of the products that we regulate, and our new expanding legal authorities.  I have worked hard to advocate for FDA and our unique and essential mission, including building new partnerships to support our work.  The Agency has received numerous votes of confidence with the bi-partisan enactment of a series of landmark bills extending our authority in the areas of tobacco, food safety and medical products.  In addition, we have achieved a dramatic increase in our budget, from some $2.7 billion in FY2009 to almost $4.5 billion in FY2015.

As hard as it is to leave this Agency, I am confident that the leadership team that we have in place will enable FDA to capitalize on, and improve upon, the significant advances we’ve made over the last few years.  Many of these leaders have been with the FDA throughout my tenure, and I am proud to say that we’ve recently made some wonderful new additions.

And with respect to the agency’s senior leadership team, I am pleased that Dr. Stephen Ostroff has agreed to serve as Acting Commissioner when I step down.  Since joining the Agency in 2013, and most recently serving as FDA’s Chief Scientist, Dr. Ostroff has successfully overseen numerous significant initiatives, while helping to ensure that scientific rigor, excellence and innovation are infused across the Agency.  I have every confidence that he will take on this new role with the same energy, dedication and care.

I want to extend my deepest gratitude to each and every one of you for your service and for making FDA an agency that is not only an exciting and rewarding place to work, but also a place of remarkably meaningful achievement and impact on the health and well-being of Americans.

Margaret A. Hamburg, M.D.

Commissioner of Food and Drugs

Statement of Dr. Zuckerman on FDA Commissioner Hamburg’s resignation

Statement of Dr. Diana Zuckerman, President
Cancer Prevention and Treatment Fund
February 5, 2015

Commissioner Hamburg has been a strong voice for public health and her resignation is a major loss at a dangerous time for the FDA.  The 21st Century Cures proposed legislation represents a frightening assault on the agency and the safety of medical products, and the FDA will need a very strong leader to protect its public health mission.

Many Members of Congress have been attacking the FDA nonstop for the last few years, criticizing FDA efforts to improve the safety of medical devices and to ensure the safety of pharmaceuticals, including those made by compounding pharmacies.  Congress lacks the scientific expertise make appropriate judgments about how or whether the FDA can safely speed up its already efficient approval process, so recent Congressional efforts to do so would undermine patient safeguards even more.   This has made the job of FDA Commissioner a thankless one, and at the same time made it more important than ever.

Letter to Secretary of Department of Health regarding application of new Tobacco Control Act

January 29, 2015

The Honorable Sylvia M. Burwell
Secretary
Department of Health and Human Services
200 Independence Avenue, SW
Washington, D.C. 20201

 

Dear Secretary Burwell:

We are writing to affirm the public health importance of applying the new product provisions of the Family Smoking Prevention and Tobacco Control Act (Tobacco Control Act) to products the Food and Drug Administration (FDA) proposes to deem subject to its authority.

The Tobacco Control Act established a premarket review process for new tobacco products, which the statute defines as products introduced into interstate commerce after February 15, 2007 and products modified after that date. Tobacco companies that want to market a new tobacco product must first file a new product application seeking to demonstrate that their product is “appropriate to the protection of public health” or a substantial equivalence application seeking to show that their product is substantially equivalent to a grandfathered product on the market prior to February 15, 2007.

Several tobacco companies, as well as some Members of Congress, have expressed concern about how FDA has proposed applying the new product provisions to products that it is deeming subject to its authority. They have urged FDA to change the “grandfather date” in Section 910 of the statute from February 15, 2007 to the date of the proposed or final deeming rule, a request that also has been made by several members of Congress. We urge you to reject calls to change the new product “grandfather date” of the Tobacco Control Act. FDA has no statutory authority to alter the grandfather date and doing so would weaken FDA regulation of tobacco products with adverse consequences for the public health.

Premarket review of new tobacco products is central to the public health protections afforded by the Tobacco Control Act. The premarket review provisions were enacted as a response to the tobacco industry’s long history of introducing new products that are more addictive and more appealing, particularly to young people, while carrying a greater risk of disease. Any change in the grandfather date would exempt a wide variety of electronic cigarettes and other deemed products from any agency review to determine whether they pose a threat to public health.

The statute does not allow the FDA to alter the February 15, 2007 date in Section 910 and leaves FDA no discretion to either expand or contract the range of products subject to its review as “new tobacco products” by adjusting this date. If FDA were to alter this grandfather date, the effect would be to exempt a wide range of e-cigarettes, cigars and other tobacco products from any oversight or review to determine whether they constitute threats to public health, even though they deliver highly addictive nicotine. In recent years, we have witnessed the results of the unregulated e-cigarette market including a tripling of youth use of e-cigarettes in the last two years. Teen use of e-cigarettes now surpasses use of regular cigarettes, with over 16% of 10th graders and over 17% of 12th graders reporting use of ecigarettes, according to recent data from the government-sponsored Monitoring the Future survey. Ecigarette manufacturers have used marketing tactics similar to cigarette manufacturers to reach children and also used flavorings such as “Cherry Crush” and Pina Colada” that appeal to children. One study found that by January 2014 there were 466 brands of e-cigarettes and over 7700 unique flavors, a flood of new products that have not been reviewed by FDA. Furthermore, there have been significant reports of nicotine poisonings – mostly in those under 5 years old – from exposure to these products, including, tragically, one death. Grandfathering these products would make their exemption from new product review permanent.

FDA’s proposed deeming rule would afford manufacturers of e-cigarettes ample opportunity to meet the statutory standards for new products, while continuing to sell their products currently on the market, as well as introducing new products. FDA has proposed to use its enforcement discretion to give manufacturers of e-cigarettes and other deemed products a two year “compliance period” beyond the date of the final deeming rule. During this time manufacturers could file a new product application under Section 910 or a substantial equivalence application. Manufacturers would also be free to introduce new products during this time, as long as they file either a new product or substantial equivalence application prior to expiration of that period. FDA has also proposed to allow the new products for which applications have been filed during the two-year period to remain on the market until FDA acts on the application.

The Tobacco Control Act effectively created a similar compliance period for cigarettes, smokeless tobacco and roll-your-own tobacco, allowing manufacturers to introduce new products into commerce for a 21-month period following the June 22 effective date of the statute, as long as they filed substantial equivalence applications prior to expiration of that period (i.e. prior to March 22, 2011). However, the statute did not permit a “new tobacco product” to remain on the market, or be introduced into the market, unless the manufacturer alleged that it met the conditions for substantial equivalence. In contrast, the proposed deeming rule would permit the marketing of a new product even though no claim of substantial equivalence is made. Under the deeming proposal, e-cigarette manufacturers may keep their products on the market, and introduce new products, by filing for a new product marketing order before the new compliance period ends. These provisions already give ecigarettes more favorable treatment under the statute than that accorded to currently regulated tobacco products.

One of the major purposes of the Tobacco Control Act was to end the ability of the tobacco companies to introduce new, addictive products without any review or oversight. An expansion of the number of products excluded from review by the agency would be contrary to this purpose. FDA’s concern should not be that its proposed deeming rule denies market opportunities to e-cigarettes, but rather that its proposed rule would allow e-cigarette manufacturers to continue to target children for years into the future without any regulatory review of their products or their conduct.[1]

FDA should reject any request to modify the grandfather date for deemed products.

Sincerely,

American Academy of Family Physicians

American Academy of Pediatrics

American Association for Respiratory Care

American Cancer Society Cancer Action Network

American College of Cardiology

American College of Occupational and Environmental Medicine

American College of Preventive Medicine American Congress of Obstetricians and Gynecologists

American Heart Association American Lung Association

American Psychological Association

American Public Health Association

American Society of Clinical Oncology

American Thoracic Society

Association of Maternal & Child Health Programs

Association of State and Territorial Health Officials Campaign for Tobacco-Free Kids

Cancer Prevention and Treatment Fund

Legacy

National African American Tobacco Prevention Network

National Association of City and County Health Officials

National Latino Alliance for Health Equity

Oncology Nursing Society

Partnership for Prevention

Prevent Cancer Foundation

Prevention Institute

RiverStone Health

Society for Cardiovascular Angiography and Interventions

Society for Research on Nicotine and Tobacco

South Carolina Tobacco-Free Collaborative

United Methodist Church – General Board of Church and Society

 

 

[1] In comments filed in the docket in which FDA proposed to extend its regulatory authority, the undersigned groups urged FDA to shorten the compliance period during which such products could remain on the market in the absence of a new product or substantial equivalence application. We also urged FDA to allow manufacturers of deemed products to benefit from the agency’s enforcement forebearance in creating a compliance period only if they abide by various conditions to prevent marketing to youth.

 

Hormone replacement therapy and breast cancer

By Elizabeth Santoro, RN, MPH, Maushami DeSoto, PhD, and Jae Hong Lee, MD, MPH

Do women need to “replace” hormones as they age? Millions of women struggle with the decision about hormones during and after menopause: should I go on, should I stay on, or should I go off?

For decades, women were told that hormone therapy was like a fountain of youth that would protect them against many of the diseases and symptoms of aging that increase after menopause. Since estrogen alone was known to increase the risk of uterine cancer, doctors usually prescribed a combination of estrogen and progestin, unless a woman had a hysterectomy and therefore was at no risk of uterine cancer.

In addition to its proven effectiveness for decreasing hot flashes, night sweats, and vaginal dryness, in the 1980’s and 1990’s hormone therapy was thought to decrease osteoporosis, prevent heart disease, improve memory and concentration, reduce wrinkles, and improve mood. Women were encouraged to start hormone therapy before menopause started and to continue to take it for years, if not decades, in order to improve their health and their quality of life.

However, the research evidence is now clear: the risks of hormones outweigh the benefits for the vast majority of women.

What the research says

Research shows that, “replacing” the hormones women lose as they age is not only unnecessary, but it can bad for your health. The Women’s Health Initiative (WHI), sponsored by the National Institutes of Health (NIH), enrolled over 27,000 women in three different trials to study the effect of hormones on women’s bodies. The 3 trials were: 1) the Estrogen Plus Progestin Trial, 2) the Women’s Health Initiative Memory Study, and 3) the Estrogen-alone Trial.

The researchers found that women taking a combination of estrogen and progesterone hormones were more likely to develop breast cancer, stroke, and blood clots, and at least as likely to develop heart disease, compared to women taking placebo. Those on estrogen alone were at an increased risk for strokes and at a significantly increased risk for deep vein, thrombosis.† The memory Study revealed that women taking a combination of estrogen plus progesterone were twice as likely to develop Alzheimer’s Disease and other forms of dementia compared to women on placebo.

All the three trials were stopped early for ethical reasons when it became clear that women taking hormones were more likely to be harmed than helped. While there are some short-term benefits to taking hormones, the researchers concluded that for most women, the risks of hormone therapy outweigh the benefits.

Following release of these findings, use of hormone therapy in the U.S. dropped significantly.  Since then, several large studies have pointed out that breast cancer incidence also dropped a few years after the decline in HRT use. 35, 36  This unexpected and unprecedented drop in breast cancer incidence suggests that HRT has a more dramatic impact on breast cancer risk than previously thought. 37  In 2009, a study found that hormone therapy increased the risk of dying of lung cancer among women who smoked or previously smoked, compared to smokers or former smokers who did not take hormone therapy. For more information click here.

In 2010 the University of California at San Francisco did a study of nearly 700,000 women. The researchers found that taking hormones may actually promote the growth of tumors in the breast which increases the incidents of invasive cancer and the risk of ductal carcinoma in situ (DCIS), a form of non-invasive pre-cancer. You can read more about that study by clicking here.

Experts who promote the use of HRT have criticized the WHI for enrolling women after menopause rather than just before or in the earliest stages.  So, it is important to note that in 2014, a study of 727 women in early menopause showed that hormone therapy did not prevent atherosclerosis (artery thickening), as had been claimed previously.  Following women on HRT for 4 years, the researchers from the Kronos Longevity Research Institute, a pro-HRT research institute, and other institutions, found no difference in artery thickening between the women who took HRT and those who didn’t. 38   In 2015, the same group published an article admitting that hormone therapy also had no impact on “cognitive decline,” despite claims that it would prevent Alzheimer’s and memory loss. 39  Although the authors focused on a small improvement in mood related to using hormone pills for 4 years (but not found with hormone creams), they downplayed the more important finding: no impact on depression as measured by the valid and reliable Beck Depression Inventory.

What are the risks and benefits of hormone therapy?

To emphasize that lost hormones don’t necessarily need to be replaced, the term “hormone replacement therapy” has been changed to “hormone therapy.” Experts now advise women to use hormone therapy only for severe symptoms of menopause that reduce the quality of life, such as severe hot flashes, night sweats, insomnia, and vaginal dryness. Women are urged to take hormones at the lowest dose that is effective and for the shortest possible period of time. However, even short-term use (less than one year) increases some risks; for example, the increase in heart disease comes primarily from the first year of hormone use.

Hormone therapy may be recommended in severe cases of vulvar and vaginal atrophy as well as for treating severe postmenopausal osteoporosis when non-estrogen medications or other strategies are unsuccessful or impossible. A decision to use any combination of estrogen and progestin should be discussed with a physician who is expert on the topic, and specific criteria for the indication, dose, and duration of these hormones must be met prior to their prescription and administration.

To learn more about the debate about hormone therapy for menopause, click here.

Risks:

Compared to women taking placebo, within 5 years the women who received estrogen plus progestin experienced:
— 41% more strokes
— 29% more heart attacks
— twice as many blood clots
— 22% more heart disease of all types
— 26% more breast cancer
— 37% fewer cases of colorectal cancer
— one-third fewer hip fractures
— 24% fewer bone fractures of any type
— no difference in the overall death rate

It’s important to note that only 2.5% of the women in the study experienced health problems. So, while the percentage increase in some diseases was rather large, the risk for most patients remained relatively small. That does not mean these risks are not important however.

To provide a better sense of the additional risks that come with combination hormone therapy, the study data can be summarized more simply. Compared to a group of 10,000 women taking placebo, 10,000 women taking combination hormone therapy will experience:
— 7 more heart attacks
— 8 more strokes
— 8 more cases of breast cancer
— 18 more blood clots
— 6 fewer cases of colorectal cancer
— 5 fewer hip fractures

Research evidence

The Women’s Health Initiative was a major 15-year research program to address the most common causes of death, disability and poor quality of life in post-menopausal women – cardiovascular disease, cancer, and osteoporosis. The WHI was launched in 1991 and consisted of a set of clinical trials and an observational study. The clinical trials were designed to test the effects of post-menopausal hormone therapy, diet modification, and calcium and vitamin D supplements on heart disease, fractures, and breast and colorectal cancer.

The hormone trial had two studies: the estrogen-plus-progestin study of women with a uterus and the estrogen-alone study of women without a uterus. (Women with a uterus were given progestin in combination with estrogen, a practice known to prevent endometrial cancer.) In both hormone therapy studies, women were randomly assigned to either the hormone medication being studied or to placebo. Those studies ended several years ago, and the women are now participating in a follow-up phase, which will last until 2010.

Estrogen plus progestin trial (stopped in July 2002)

Compared with women in the placebo those on estrogen plus progestin had:

  • Increased risk of heart attack
  • Increased risk of stroke
  • Increased risk of blood clots>
  • Increased risk of breast cancer
  • Reduced risk of colorectal cancer
  • Fewer fractures
  • No protection against mild cognitive impairment and increased risk of dementia (study included only women 65 and older)
  • Increased risk of dying of lung cancer

Women’s Health Initiative memory study (stopped in May 2003)

  • Women taking hormones had twice the risk for developing dementia
  • Hormones provided no protection against mild cognitive impairment/memory loss

Estrogen-alone trial (stopped in February 2004)

  • Estrogen increased risk for stroke
  • Estrogen decreased risk for hip fracture
  • No positive or negative effect on breast cancer

Compared to placebo women on estrogen alone had:

  • Increased risk of stroke
  • Increased risk of blood clots
  • Uncertain effect for breast cancer
  • No difference in risk for colorectal cancer
  • No difference in risk for heart attack
  • Reduced risk of fracture

Links to Research Information

Estrogen Plus Progestin Trial: July 2002
The Women’s Health Initiative Memory Study: May 2003
The Estrogen-alone Trial: February 2004

_______________________________________________

† Deep vein thrombosis refers to a blood clot deep inside the veins, usually in the legs.
‡ Symptoms include thinning and inflammation of the vaginal walls and changes in the vulva.

House GOP proposes changes for NIH, FDA

By John Fritze, The Baltimore Sun. January 27, 2015.

House Republicans are considering significant changes to the way billions of dollars in National Institutes of Health grants are awarded to research institutions under a proposal intended to speed medical breakthroughs.

The proposal, which Republican lawmakers unveiled Tuesday, would require the Bethesda-based NIH to set aside more money for high-risk research and young, emerging scientists while also giving the director more power to shape the agency’s direction.

Nearly a year in the making, the proposal from the House Energy and Commerce Committee represents a political shift from the Republican Party’s persistent effort to undercut the Affordable Care Act toward a focus on medical research that might ultimately draw bipartisan support.

The 393-page document has implications for major research institutions such as the Johns Hopkins University and the University of Maryland, Baltimore, which are among the largest recipients of NIH money in the nation.

“If we want to achieve great things at the NIH, one of the things we have to do is empower younger investigators,” said Rep. Andy Harris, a Maryland Republican and Hopkins-trained anesthesiologist whom the panel gave credit for several provisions. “I don’t think these are Democrat or Republican ideas.”

The proposal also calls for changes at the Food and Drug Administration, such as the speeding of clinical trials and extending patents for drugmakers who develop therapies for complex diseases such as Alzheimer’s. Debate over those proposals is sure to set off a flurry of lobbying by universities, drug companies and medical device manufacturers.

Yet the draft drew a tepid response from some Democrats, including one of the lawmakers who has been most closely associated with its development. Colorado Rep. Diana DeGette said in a statement Tuesday that while she appreciated the public airing of ideas, she does not endorse the proposal.

Others said they were wary of significant new requirements for the National Institutes of Health, particularly since there islittle discussion of additional funding for the agency. Research groups have complained that federal money for research has been inconsistent and has not kept pace with medical inflation.

“The problem has been Congress,” said Diana Zuckerman, president of the National Center for Health Research. “When Congress tells the NIH to do something — when it tells any federal agency to do something, there are a lot of unforeseen consequences.”

Sen. Barbara A. Mikulski, a Maryland Democrat long considered a champion of the National Institutes of Health, said she is reviewing the proposal.

“Maintaining America’s innovation edge is a subject worthy of national discussion and debate,” she said.

Dr. Francis Collins, whom President Barack Obama named as NIH director in 2009, has frequently lamented the difficulty young scientists have in securing grants. The average age of first-time recipients of the agency’s most sought-after funding is 42, even as studies suggest that scientists are likely to come up with their best ideas in their mid- to late 30s.

The House proposal includes an idea pushed by Harris to dedicate an NIH fund specifically for young researchers.

Republicans also want the leaders of individual centers and institutes, such as the National Cancer Institute, to report to the NIH director instead of the secretary of health and human services. And they would give NIH leadership more power to transfer money from one institute to another and would require the head of each institute to personally sign off on research grants.

The proposal also includes a program to dedicate an unspecified amount to high-risk research, in which unexpected breakthroughs are often developed.

An NIH spokeswoman said that officials are reviewing the draft and that the agency urges Congress “to work in a bipartisan way to more rapidly translate scientific discoveries into therapies that will improve patient outcomes.”

Neither Hopkins nor the University of Maryland responded to requests for comment Tuesday. Hopkins President Ronald Daniels used an article in a scientific journal this month to call for reforms to increase opportunities for young researchers.

Several medical research groups applauded the announcement.

“The initiative could be a game-changer for the medical innovation ecosystem,” Research!America President and CEO Mary Woolley said in a statement.

The proposal also represents something of a political victory for Harris, Maryland’s only Republican in Congress, who has been expanding his reach on medical issues in recent years. Harris, who conducted NIH-funded research on cerebral blood flow during childbirth, influenced several provisions of the bill despite not serving on the Energy and Commerce Committee.

There is little discussion in the draft about overall funding for the National Institutes of Health, which has hovered around $30 billion for the past several years. Harris, a member of the House Appropriations subcommittee that approves health agency spending, said he believes the changes could make it easier for the new Republican majorities in both chambers to consider allocating more money for NIH.

“I’m not averse to increasing NIH funding,” Harris said. “If they’re willing to listen to some of these reforms … then I think Congress is going to be willing to consider an increase in funding.”