5/20/2023 Stress hormone measured in hair predicts who is likely to suffer from cardiovascular diseasesStudy in over 6,300 individuals finds hair cortisone levels were the strongest predictor of future cardiovascular disease in those aged 57 years or younger New research being presented at this year’s European Congress on Obesity (ECO) in Dublin, Ireland (17-20 May) suggests that glucocorticoid levels (a class of steroid hormones secreted as a response to stress) present in the hair of individuals may indicate which of them are more likely to suffer from cardiovascular diseases (CVD) in the future. “There is a tremendous amount of evidence that chronic stress is a serious factor in determining overall health. Now our findings indicate that people with higher long-term hair glucocorticoid levels appear significantly more likely to develop heart and circulatory diseases in particular,” says lead author Dr Eline van der Valk from Erasmus University Medical Center Rotterdam in the Netherlands. Long-term levels of scalp hair cortisol and its inactive form, hair cortisone, are increasingly used biomarkers that represent the cumulative exposure to glucocorticoids over the previous months. There is a large body of evidence indicating that the stress hormones cortisol and cortisone affect the body’s metabolism and fat distribution. But data on these stress hormone levels and their effect on long-term CVD outcomes is scarce. To find out more, researchers analysed cortisol and cortisone levels in 6,341 hair samples from adult men and women (aged 18 and older) enrolled in Lifelines—a multi-generational study including over 167,000 participants from the northern population of the Netherlands. Study participants' hair was tested, and participants were followed for an average 5-7 years to assess the long-term relationship between cortisol and cortisone levels and incident CVD. During this time, there were 133 CVD events. Researchers adjusted for factors known to be linked with increased risk of CVD including age, sex, waist circumference, smoking, blood pressure, and type 2 diabetes. The researchers found that people with higher long-term cortisone levels were twice as likely to experience a cardiovascular event like a stroke or heart attack, and this rose to over three times as likely in those aged 57 years or younger. However, in the oldest half of CVD cases (aged 57 and older), hair cortisone and cortisol were not strongly linked to incident CVD. “Our hope is that hair analysis may ultimately prove useful as a test that can help clinicians determine which individuals might be at high risk of developing cardiovascular disease. Then, perhaps in the future targeting the effects of stress hormones in the body could become a new treatment target,” says Professor Elisabeth van Rossum, the principal investigator of the study from Erasmus University Medical Center. The authors acknowledge several limitations of the study, including that it is observational and does not prove that stress causes CVD but indicate that they are linked. They also note that most participants self-identified as white and were from one area of the Netherlands so the findings might not be generalisable to other populations. And although age, sex, waist circumference, smoking, blood pressure, and type 2 diabetes were adjusted for in the analysis, there may be other unmeasured factors that may have influenced the results. For interviews with article author Eline van der Valk, Erasmus University Medical Center Rotterdam, the Netherlands please email e.vandervalk@erasmusmc.nl or contact the Erasmus MC press office at press@erasmusmc.nl T) +31 1070 33289 Alternative contact in the ECO Press Room: Tony Kirby T) + 44(0)7834 385827 E) tony@tonykirby.com Notes to editors: The authors declare no conflicts of interest. The study was funded by Elisabeth Foundation; Netherlands Organization of Scientific Research NWO. This press release is based on oral abstract 14.06 at the European Congress on Obesity (ECO). All accepted abstracts have been extensively peer reviewed by the congress selection committee. There is no full paper at this stage, but the authors are happy to answer your questions. The research has not yet been submitted to a medical journal for publication. from EurekAlert
Managing Chemotherapy-Induced Hair Loss Many survivors see significant hair changes during cancer treatment, leaving a difficult reminder when they look in the mirror. Chemotherapy-induced alopecia, or hair loss, is a common side effect of many chemotherapy treatments for cancer. Chemotherapy works by targeting rapidly dividing cells, such as cancer cells. However, hair follicles also divide rapidly and are therefore affected by the treatment. As a result, hair loss can occur anywhere hair grows –– on the scalp, face and body. Not everyone who receives chemo will experience hair loss, but for those who do, it can be distressing. For many people, hair is an important aspect of self-expression and identity, and losing it can be emotionally difficult. As she recalls her experience with chemotherapy for breast cancer, Lauren Thorse remembers that when she was told she would need chemotherapy, “my first thought was that my hair is gonna go.” As someone who reports struggling for years with self-confidence, Thorse, of Naperville, Illinois, found the impending hair loss upsetting. Having always had long blond hair, seeing it fall out in clumps and finding it around the house led her to decide to shave it. With the support of her father, and her mother and sister via FaceTime, her husband shaved her hair off. After finally coming to terms with losing her hair, she then had to wrap her head around the fact that “it’s going to take years to get back to where it was.” Cancer survivor Jessica Gardner of Youngstown, Pennsylvania, also took matters into her own hands when she began losing her hair from chemotherapy. After being diagnosed with breast cancer while 33 weeks pregnant and undergoing a bilateral mastectomy not long after having a cesarean section, she felt that she wanted to have control over something — and that was her hair loss. While livestreaming the shaving of her head, she felt as if she was getting some of her power and control back. Once their hair was gone, both Thorse and Gardner felt frustrated over the lack of resources that were available to women their age, in their early 30s, with young children. They found that many of the resources were for older women and didn’t quite meet them where they were in life. Thorse recalls, “I felt like the wigs I was directed to were more for older women.” Because Gardner found local support groups difficult to connect with, she created the group Cancer Is a Mother on Facebook. She found that this was a way to do something positive with her cancer diagnosis. “It was something I needed to do personally to feel better about cancer and where I was as a survivor.” Hair loss can be gradual or sudden, and it can begin within a few weeks of starting chemotherapy treatment. Some patients may experience thinning of the hair, whereas others may experience complete baldness. In some cases, hair may only thin or fall out in certain areas, creating patchy hair loss. This is most often temporary, and the hair will grow back once chemotherapy treatment is completed. However, in rare cases, some patients may experience long-term or permanent hair loss. The risk of either of those is generally low, but it can depend on the type and dose of chemotherapy used. Certain chemotherapies, such as taxanes, are associated with a higher risk of long-term or permanent hair loss. Now that a full year has gone by since completing chemotherapy, Thorse states that although her hair is growing, she doesn’t look like she used to. “Every now and then I do mourn for myself if I do see a picture. It’s been a year, but I still have a long way to go.” Chemotherapy isn’t the only cancer treatment that can affect hair. Hormone therapy for cancer treatment can target hormones that help cancer cells grow, such as estrogen and progesterone. It can be used to block the production of these hormones, or block the receptors that respond to them, or lower their levels. This changes the balance of hormones in the body and causes hair thinning. This also causes hair follicles to shrink, leading to thinner, weaker hair. Lisa Opalweski, of Fond du Lac, Wisconsin, has experienced hair loss multiple times during her cancer journey. Initially diagnosed with breast cancer in 2012, she notes, “Yes, I knew I was going to lose my hair; yes, I was going to run around bald for a while. I knew it was going to come back.” After being diagnosed with metastatic cancer in 2019, she has been treated with hormonal therapy and targeted therapy. “I used to have extremely thick, curly hair. Now I have baby thin hair.” Wigs and hairpieces can be used as a temporary solution for hair loss. Many cancer centers and support groups have resources for obtaining wigs or hairpieces at little or no cost. However, there are now ways to help manage hair loss through scalp cooling. Cooling the scalp during chemotherapy treatment decreases blood flow to the scalp and reduces the amount of chemotherapy drugs reaching the hair follicles. By reducing the amount of chemotherapy that reaches the hair follicles, patients experience less hair loss. According to the results of one study led by Dr. Julie Nangia, a breast oncologist and an assistant professor of medicine at the Lester and Sue Smith Breast Center and Dan L Duncan Comprehensive Cancer Center at Baylor College of Medicine in Houston, women receiving chemotherapy for early-stage breast cancer were enrolled in a study to evaluate the effectiveness of scalp cooling on hair loss. Of those who underwent scalp cooling, 50.5% had some preservation of their hair after four cycles of chemotherapy. In those who did not use scalp cooling, no one experienced hair preservation. There are currently a couple of ways to cool the scalp. One way is through the use of cold caps, which uses tight-fitting caps placed on the head to cool the scalp during chemo- therapy infusion. The caps are stored in a special freezer and must be changed throughout the infusion to keep the scalp at a sufficiently cold temperature. In order to successfully use the caps, a patient will need to have help to change the caps at the instructed intervals during treatment. Another method of scalp cooling is through a device that circulates coolant through the cap to keep the scalp at a consistently cool temperature. The hat is placed once at the beginning of treatment and the coolant will continue to keep the temperature consistent. According to Dr. Nangia, cooling the scalp starts 30 minutes before chemotherapy and the cap continues to be worn until 30 to 90 minutes after chemotherapy has been completed. It is also important to practice good hair care with scalp cooling therapy. This can include using a gentle shampoo, avoiding heat styling tools, and being gentle when combing or brushing the hair. Dr. Nangia notes that the biggest barrier to scalp cooling is the cost. If insurance does not cover the therapy, out-of-pocket costs can be over $2,000. She states that the National Comprehensive Cancer Network, which provides guidelines for cancer treatment and supportive care, has added scalp cooling to these guidelines as a method to be considered for those who may experience chemotherapy-induced alopecia. With this recommendation from the network, Dr. Nangia hopes that insurance companies will start covering the cost of this therapy so more patients can benefit. The rate of hair regrowth can vary for each patient, but typically hair starts to regrow within a few weeks to a few months after completing chemotherapy treatment. Regrowth may be slow at first, but it should become more rapid over time. It can take several months to a year for hair to fully regrow and regain its previous texture and color. In some cases, hair may not fully regrow or may regrow with a different texture or color. Chemo curls, also known as “chemo waves,” is a term used to describe the changes in hair texture that some patients experience after chemotherapy. The term refers to the curls, waves or kinks that can develop in the hair as it regrows. This can be caused by the chemotherapy treatment and the changes in the hair structure. It is not exclusive to scalp hair and can occur on hair all over the body. The new hair growth is usually soft and thin at first, and it may take several months for the hair to return to its pre-treatment thickness and texture. Some people may experience complete regrowth of their hair, whereas others may have patchy or thin hair growth. It also might take one to two years for hair to appear as it was before chemotherapy, and this can vary from person to person. Overall, hair growth after chemo is a gradual process, and it can take time for hair to fully recover. Many members of the health care team are involved during cancer treatment. However, one area that is often overlooked and underutilized during this time is dermatology. Dr. Adam Friedman, professor and chair of dermatology at George Washington University in Washington, D.C., knows what dermatologists can offer patients experiencing hair loss during cancer treatment, but they are not often a part of the cancer experience. He suggests prevention of hair loss through scalp cooling may offer the best results if someone is experi- encing complete hair loss, but there are other options for those with thinning hair that may be helpful. Applying topical minoxidil to the scalp can keep the hair in a constant state of growth. Friedman notes that it must be used consistently for best results and can be difficult to apply. He cautions against the use of supplements unless they are specifically approved by the health care team. Some supplements, such as biotin, can interfere with some blood tests, and may not be safe for some patients to use. He also notes that the off-label use of Latisse (bimatoprost) can be helpful for regrowth of eyelashes and eyebrows after chemotherapy. One of the most important things voiced by cancer survivors is that they want hair loss to be a topic that is brought up and discussed, and not glossed over, during visits. Megan Harman, FNP-C, with SSM Health in Lake St. Louis, understands this. She understands that hair loss can be a harsh reality the patient with cancer has to live with. It can be difficult for patients to fully prepare mentally and emotionally for hair loss until it happens. When talking with patients during this time, she often directs them toward various resources and allows them the time to voice their feelings about their situation. It is notable that much of the research about alopecia focuses on breast cancer survivors in comparison with other cancer survivors. One reason is that breast cancer is the most common cancer among women and the second most common cancer overall, so a large number of patients undergo chemotherapy treatment for breast cancer. Additionally, hair loss is a common and highly visible side effect of chemotherapy treatment, and it can have a significant impact on a person’s quality of life. Breast cancer survivors, especially women, tend to be more concerned about hair loss due to chemotherapy as hair loss affects their appearance and self-esteem. Another reason is that breast cancer research has traditionally been well funded, which has allowed for more research to be conducted on the effects of chemotherapy on hair loss in breast cancer survivors. This has resulted in a greater understanding of the mechanisms behind hair loss and the development of new hair loss prevention and treatment methods specifically tailored for patients with breast cancer. For more news on cancer updates, research and education, don’t forget to subscribe to CURE®’s newsletters here. from CureToday
Throw another pick on the junk science pile; or at least, it's portrayal. A recent headline featured in The Daily Mail proves once again how impactful fearmongering is on unknowing consumers. "How your shampoo bottle could be making you FAT: Scientists discover 11 chemicals in common plastics that contribute to weigh gain," it reads. Throw another pick on the junk science pile; or at least, it's portrayal.
According to the story, scientists examined 34 different plastic products and identified 11 chemicals commonly present that can affect human metabolism and contribute to weight gain. The products included beverage bottles, kitchen sponges, yogurt containers and hair conditioners. Martin Wagner, a co-author and associate professor at the Norwegian University of Science and Technology, said their experiments show that "ordinary plastic products contain a mix of substances that can be a relevant and underestimated factor behind [being] overweight, and obesity." The study itself, published in Environmental Science & Technology, describes how the authors characterized the chemicals and analyzed their joint adipogenic activities. Among some 629 unique compounds, 11 known metabolism-disrupting compounds (MDCs) were identified; including four phthalates and six organophosphates. Importantly, according the the article abstract, the chemicals extracted from one-third of the products caused murine 3T3-L1 preadipocytes to proliferate and differentiate into adipocytes, which were larger and contained more triglycerides than those treated with a reference compound, rosiglitazone. The Daily Mail reported that while some plastic products contained known metabolism-disrupting substances, or obesogens, others did not but still induced the development of fat cells. "It's very likely that it is not the usual suspects, such as bisphenol A, causing these metabolic disturbances," said Johannes Völker, one of the study's authors. "This means that other plastic chemicals than the ones we already know could be contributing to overweight and obesity." Caroline Rainsford, head of scientific services at the Cosmetic, Toiletry and Perfumery Association (CTPA), quickly jumped on this study and misleading headline. In a blog post, she wrote "It’s certainly true that the study’s authors looked at packaging samples and found some of these samples contained chemicals they suspect to have metabolism-disrupting effects....just not the shampoo bottles! In contrast to what the striking headline suggests." In her blog, she worked her way through the paper, critiquing the study design and describing, for consumers, how to "interrogate" media articles such as these to come to their own conclusions. For example, she questioned how relevant it is to real life exposure to extract chemicals from plastics, concentrate them in a solvent and test them on fat cells grown in a lab. "The results from the study certainly give us a fascinating insight into the behavior of fat cells in the presence of certain chemicals," she wrote. "Although we do have to consider what might happen outside of a lab... Are we exposed to the same amount of chemicals from plastic packaging when using everyday products? How will the chemicals get into our bodies?" Rainsford further explained how solvents are used to extract chemicals to get enough of a material to perform the tests but the reality is, products such as shampoos and beverages are much less effective at dissolving those chemicals; not to mention the fact that laws covering cosmetics, foods and other products already take into account the potential migration of chemicals from packaging into products. Furthermore, by adding these chemicals directly to fat cells, the researchers have taken a "short cut" to how they would be processed through the body. And, personal care products in particular are applied to skin or hair, which makes it more difficult for chemicals to enter the body. Notably, in the paper's conclusion, the authors also highlighted, "Given that we aimed at investigating whether MDCs are present in plastic products, we used methanol to extract the samples. This simulates a worst-case scenario. Thus, even though we demonstrated that potent (mixtures of) MDCs are present in consumer products, it remains to be investigated whether these will migrate under more realistic conditions into air, water, or food, or can be taken up dermally." "It’s always exciting to see new scientific research, especially that which relates to the cosmetics and personal care industry—which has science at its foundation," Rainsford wrote. "... But this headline-grabbing story is a reminder that in every case, it is helpful to approach new science with a critical eye, an open mind… and to draw your own conclusions." from Cosmetic and Toiletries 12/31/2021 14 Reasons You're Tired All the TimeLack of sleep isn’t the only thing sapping your energy. Little things you do (and don’t do) can exhaust you both mentally and physically, which can make getting through your day a chore. Here, experts reveal common bad habits that can make you feel tired, plus simple lifestyle tweaks that will put the pep back in your step.
1. You skip exercise when you’re tired Skipping your workout to save energy actually works against you. In a University of Georgia study, sedentary but otherwise healthy adults who began exercising lightly three days a week for as little as 20 minutes at a time reported feeling less fatigued and more energized after six weeks. Regular exercise boosts strength and endurance, helps make your cardiovascular system run more efficiently, and delivers oxygen and nutrients to your tissues. So next time you’re tempted to crash on the couch, at least go for a brisk walk—you won’t regret it. 2. You don’t drink enough water Being even slightly dehydrated—as little as 2% of normal fluid loss—takes a toll on energy levels, says Amy Goodson, RD, a dietitian for Texas Health Ben Hogan Sports Medicine. Dehydration causes a reduction in blood volume, explains Goodson, which makes the blood thicker. This requires your heart to pump less efficiently, reducing the speed at which oxygen and nutrients reach your muscles and organs. To calculate your normal fluid needs, take your weight in pounds, divide in half and drink that number of ounces of fluid a day, Goodson recommends. 3. You’re not consuming enough iron An iron deficiency can leave you feeling sluggish, irritable, weak, and unable to focus. “It makes you tired because less oxygen travels to the muscles and cells,” says Goodson. Boost your iron intake to reduce your risk of anemia: load up on lean beef, kidney beans, tofu, eggs (including the yolk), dark green leafy vegetables, nuts, and peanut butter, and pair them with foods high in vitamin C (vitamin C improves iron absorption when eaten together), suggests Goodson. Note: an iron deficiency may be due to an underlying health problem, so if you’re experiencing these symptoms of iron deficiency, you should visit your doc. 4. You’re a perfectionist Striving to be perfect—which, let’s face it, is impossible—makes you work much harder and longer than necessary, says Irene S. Levine, PhD, professor of psychiatry at the New York University School of Medicine. “You set goals that are so unrealistic that they are difficult or impossible to achieve, and in the end, there is no sense of self-satisfaction.” Levine recommends setting a time limit for yourself on your projects, and taking care to obey it. In time, you’ll realize that the extra time you were taking wasn’t actually improving your work. 5. You make mountains out of molehills If you assume that you’re about to get fired when your boss calls you into an unexpected meeting, or you’re too afraid to ride your bike because you worry you’ll get into an accident, then you’re guilty of “catastrophizing,” or expecting that the worst-case scenario will always occur. This anxiety can paralyze you and make you mentally exhausted, says Levine. When you catch yourself having these thoughts, take a deep breath and ask yourself how likely it is that the worst really will happen. Getting outdoors, meditating, exercising, or sharing your concerns with a friend may help you better cope and become more realistic. 6. You skip breakfast The food you eat fuels your body, and when you sleep, your body continues using what you consumed at dinner the night before to keep your blood pumping and oxygen flowing. So, when you wake up in the morning, you need to refuel with breakfast. Skip it, and you’ll feel sluggish. “Eating breakfast is like starting a fire in your body by kickstarting your metabolism,” Goodson says. Goodson recommends a breakfast that includes whole grains, lean protein, and healthy fat. Good examples include oatmeal with protein powder and a dab of peanut butter; a smoothie made with fruit, protein powder, low-fat milk, and almond butter; or eggs with two slices of whole-wheat toast and low-fat Greek yogurt. 7. You live on junk food Foods loaded with sugar and simple carbs (like the ones you’ll find in a box or at the drive-thru window) rank high on the glycemic index (GI), an indicator of how rapidly carbohydrates increase blood sugar. Constant blood sugar spikes followed by sharp drops cause fatigue over the course of the day, says Goodson. Keep blood sugar steady by having a lean protein along with a whole grain at every meal, says Goodson. Good choices include chicken (baked, not fried) and brown rice, salmon and sweet potato, or salad with chicken and fruit. 8. You have trouble saying ‘no’ People-pleasing often comes at the expense of your own energy and happiness. To make matters worse, it can make you resentful and angry over time. So whether it’s your kid’s coach asking you to bake cookies for her soccer team or your boss seeing if you can work on a Saturday, you don’t have to say yes. Train yourself to say ‘no’ out loud, suggests Susan Albers, a licensed clinical psychologist with Cleveland Clinic and author of Eat.Q.: Unlock the Weight-Loss Power of Emotional Intelligence. “Try it alone in your car,” she says. “Hearing yourself say the word aloud makes it easier to say it when the next opportunity calls for it.” 9. You have a messy office A cluttered desk mentally exhausts you by restricting your ability to focus and limits your brain’s ability to process information, according to a Princeton University study. “At the end of each day, make sure your work and personal items are organized and put away,” suggests Lombardo. “It will help you have a positive start to your day the next morning.” If your office needs major reorganizing, avoid becoming totally overwhelmed by taking it one step at a time: start by tidying what you can see, then move through your desk and cabinets drawer by drawer. 10. You work through vacation Checking your email when you should be relaxing by the pool puts you at risk of burnout, says Lombardo. Unplugging and allowing yourself to truly unwind allows your mind and body to rejuvenate and return to the office stronger. “When you truly take breaks, you will be more creative, productive, and effective when you return,” says Lombardo. 11. You have a glass of wine (or two) before bed A nightcap sounds like a good way to unwind before falling asleep, but it can easily backfire. Alcohol initially depresses the central nervous system, producing a sedative effect, says Allen Towfigh, MD, medical director of New York Neurology & Sleep Medicine, P.C., in New York City. “But it ultimately sabotages sleep maintenance.” Alcohol creates a rebound effect as it’s metabolized, which creates an abrupt surge in the adrenaline system, he says. This is why you’re more likely to wake up in the middle of the night after you’ve been drinking. Dr. Towfigh recommends stopping all alcohol three to four hours before bedtime. 12. You check e-mails at bedtime The glaring light of a tablet, smartphone, or your computer’s backlit screen can throw off your body’s natural circadian rhythm by suppressing melatonin, a hormone that helps regulate sleep and wake cycles, says Dr. Towfigh. Sensitivity to the digital glow of tech toys can vary from person to person, but in general it’s a good idea to avoid all technology for one to two hours before bedtime, he says. Can’t avoid checking your device before your head hits the pillow? Then hold it at least 14 inches away from your face to reduce the risk of sleep interference. 13. You rely on caffeine to get through the day Starting your morning with a java jolt is no big deal—in fact, studies show that up to three daily cups of coffee is good for you—but using caffeine improperly can seriously disrupt your sleep-wake cycle, says Dr. Towfigh. Caffeine blocks adenosine, the byproduct of active cells that drives you to sleep as it accumulates, he explains. A study published in the Journal of Clinical Sleep Medicine revealed that consuming caffeine even six hours prior to bedtime affects sleep, so cut yourself off by mid-afternoon and watch out for these surprising sources of caffeine. 14. You stay up late on weekends Burning the midnight oil on Saturday night and then sleeping in Sunday morning leads to difficulty falling asleep Sunday night—and a sleep-deprived Monday morning, says Dr. Towfigh. Since staying in can cramp your social life, try to wake up close to your normal time the following morning, and then take a power nap in the afternoon. “Napping for 20 minutes or so allows the body to recharge without entering the deeper stages of sleep, which can cause you to wake up more tired,” he says. 4/26/2021 "Follically Challenged": Research Finds Link Between Hair Loss Drug Finasteride and DepressionFor many people, as they age, hair loss can be a pressing — at times upsetting — concern. Androgenetic alopecia is the most common cause, which is experienced by more than 50 percent of people over age 50, according to the U.S. National Library of Medicine. There are countless over-the-counter and prescription treatments for hair loss. Still, one popular anti-baldness drug, in particular, has generated controversy over recent reports that tie it to the incidence of depression — including suicidal ideation — and other negative health effects among users. The headlines concerning these reports offer a reminder to those seeking anti-baldness treatments to consult their doctors about any new medication they might be considering. Concerning Findings The drug in question is finasteride, which is sold under the brand name Propecia. Due to an investigation by Reuters, unsealed court documents and records reveal that U.S. regulators and drug manufacturer Merck were aware of reports of suicidal behavior among users of the drug. They failed to include information of these potential risks in a 2011 update of the drug’s warning label. Reuters revealed that since that call over whether that information be included on the warning label, the Food and Drug Administration (FDA) received more than 700 reports of suicidal thoughts and deaths by suicide among those using Propecia or its off-brand generic versions. That number included at least 100 deaths. The news agency reports that within the first 14 years of Propecia sales, the FDA received 34 of these reports, which include those of 10 deaths. They report that an internal company assessment shows that in 2009, Merck itself received 200 reports of depression — including suicidal ideation — among male users. It was determined there wasn’t a high enough number of reports or enough specifics about cases of suicidal behavior and depression to require more than what was deemed regular monitoring of this data. It’s not the only worrying data around this medication. A studyTrusted Source published in 2020 showed that reports of anxiety, depression and suicidal thoughts among young men 45 or younger who used this drug increased significantly in the years since 2012. That information was derived from a World Health Organization (WHO) database of drug safety reports from more than 150 nations, mirroring a 2015 study that looked at cases of sexual dysfunction and suicidal thoughts among people ages 18 to 45. For its part, Merck said that “the scientific evidence does not support a causal link between Propecia and suicide or suicidal ideation and these terms should not be included in the labeling,” in a statement released to Reuters regarding the latest report. “Merck works continuously with regulators to ensure that potential safety signals are carefully analyzed and, if appropriate, included in the label for Propecia,” the statement reads. The FDA issued its own statement, asserting that it “continues to monitor postmarketing safety data for Propecia.” The agency added that these kinds of reports do not “mean the drug caused the adverse event” and that related medical problems can be due to the “underlying disease being treated, caused by some other drug being taken concurrently, or occurred for other reasons. What to ask your doctor before going on Propecia Given Propecia, and other drugs like it are so commonly used, how concerned should you be if you’re seeking hair loss treatment? “Patients should keep in mind that Propecia, or finasteride, is a very effective medication for most patients with male pattern hair loss, androgenetic alopecia, and that most people will feel better taking it because it is helping their hair loss,” said Dr. Carolyn Goh, associate clinical professor of dermatology at the David Geffen School of Medicine at UCLA. Goh added that people pursuing this medication “should be aware of their mood while taking it” and look to “alternatives if they have a history of depression or other mental health problems.” Dr. Barney Kenet, a New York City-based board-certified dermatologist, echoed those thoughts that if someone had a pre-existing mental illness, “it would be of concern that Propecia would unmask or exacerbate some mental health conditions symptoms.” “There is also a low incidence of sexual side effects — low libido and erectile dysfunction — and for those reasons, it’s important that they have a good working relationship with their doctor,” Kenet told Healthline. Despite the recent negative stories about the medication, a quick social media search finds direct-to-consumer companies such as Hims and Roman Health regularly touting the drug. When asked whether she felt this is a drug that should be highlighted right now, Goh told Healthline that it should be made clear that it is “generally a safe and effective drug.” “Direct-to-consumer companies have the benefit of making effective drugs more widely available, which is great, but perhaps discretion is advisable in this situation,” Goh added. Kenet said that when you offer these medications to a wide audience through these kinds of channels, some customers who are at higher risk for negative side effects might not be getting all the information they need from a “glorified mail-order company.” Both doctors said that, as with any medication, consult a doctor and medical team. Research the medication and review with a doctor or medical team to discuss any underlying medical conditions to ensure appropriate treatment. What else is out there? If you have a history of depression or other forms of mental illness, what are alternatives if the reports about Propecia are a concern? Goh suggested topical minoxidil, an FDA-approved treatment for baldness. Topical minoxidil is also FDA approved for this kind of baldness, while it might not be as effective as finasteride, she added. “Low dose oral minoxidil can be prescribed and may be a reasonable alternative. Topical finasteride can also be specially compounded and prescribed,” Goh said. She cited studies in a 2018 reviewTrusted Source that show there “may be some benefit and safety” in topical finasteride, but “the studies are not rigorous and there is no commercially available formulation of it to know if it would be consistently helpful.” “The laser comb, band, or cap — low-level laser therapy — is another option but tends to work less effectively. Platelet-rich plasma therapy with or without microneedling are other options as well,” Goh added. Kenet also cited low-dose systemic minoxidil, but he stressed that this needs to be under the direct care of a doctor. “There are weaves, toupees, and hair transplantation that are non-pharmaceutical,” Kenet added. Hair loss and mental health Underlying this discussion of safety around Propecia is the impact hair loss can have on one’s mental health. It can be distressing and sudden. It also must be stressed that it impacts both men and women. Estimates show that more than 50 percent of women will experience noticeable hair loss by age 50 and that female-pattern hair loss affects about 30 million women in the United States. Essentially, for all people, it can take a psychological toll, especially those with underlying mental health conditions. Whether compounded by the medication a person takes or not, what can one do to manage stress tied to balding? Kenet said that “baldness is a big part of our culture, from movie stars to athletes.” He said that while there is less shame attached to it now and that it doesn’t bear the stigma it had in the past, “it still can be quite traumatizing.” Kenet recommends support groups like the digital platform “Patients Like Me” as well as the “The Bald Truth,” a radio show that is all things hair loss. Goh highly recommends seeking help from a mental health professional. “Online forums can be very helpful and are easily accessible, but they may not be moderated, so should be approached with caution,” Goh explained. “Many people may be hesitant to discuss with family and friends, but they may be surprised by how many people have experienced similar situations, so could be a good source of support.” From Healthline
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