What We Learn From ‘Getting Cooties’ as Kids

It’s finally happened. Despite your speed, agility, cunning and many feats of strength, you’ve come down with a dreaded case of cooties. You probably have lots of questions. Do I have to go to the hospital to get my cootie shot? Does insurance cover circle circle, dot dots? What if my doctor has cooties, too?! Advertising Policy Cleveland Clinic is a non-profit academic medical center. Advertising on our site helps support our mission. We do not endorse non-Cleveland Clinic products or services. Policy Before you get too worried, it’s important we let you know: Cooties aren’t real. At least, not as we understand them today. So, why are we bothering to talk about cooties if they aren’t real? Simply put, it doesn’t matter that cooties are a figment of our collective imagination because they have a symbolic meaning in many cultures. This fictional disease is powerful because it can offer a chance to teach children how to behave in the face of real disease. We asked pediatric infectious disease specialist Frank Esper, MD, to help us dissect this imaginary communicable disease. Read on to learn why it exists and what it tells us about the ways societies respond to public health crises. The history of cooties That’s right: Cooties are fake, but they have a real — and important — history. It starts in the Pacific. Many different Austronesian languages use words that sound vaguely like “cootie” to describe parasitic insects. The word took on a life of its own when cultures came together. Origins of the word ‘cooties’ Unfortunately, there are few things that bring different cultures into contact like war. That’s exactly what happened with cooties. As you may have learned in history class, World War I soldiers did most of their fighting from trenches. Those muddy pits were hot beds for all sorts of creepy crawlies, many of which carried infectious diseases like typhus, malaria and yellow fever. In fact, more people died from disease and famine during World War I than died in battle. Soldiers used the word “cooties” to describe both the parasitic bugs that lived in the trenches with them and the illnesses the bugs gave them. In fact, they had another name for cooties: arithmetic bugs. Why? Because when the so-called cooties got on the soldiers, “They added to our troubles, subtracted from our pleasures, divided our attention, and multiplied like hell.” While we know people were speaking about cooties in the early 20th century, the term was popularized later, by American soldiers returning home from the South Pacific theaters of World War II. Their children heard it and starting using the term as a form of social rejection. In particular, you’d use cooties as a way to mock members of the opposite sex as “icky” or “dirty.” If little boys and girls get too close to each other, one is sure to give the other their cooties. Cooties spread throughout U.S. culture in part because — as serious as epidemic disease and social rejection may be — cooties also became the subject of many games, specifically, board games. The board game You might be surprised to know that there’s actually a board game version of the cooties game. In fact, there have been several. In every single version of the board game, there’s no ambivalence: Cooties are parasitic bugs. It’s that simple. But only some children encounter cooties on a tabletop. Most of us are first exposed to the concept of cooties in backyards and on playgrounds, where there’s a lot more room for interpretation … and invention. The playground version While its popularity waxes and wanes in response to current events, children in many different communities around the world have been playing free-form cooties games for generations now. In most versions of the game, one or more “infected” children chase the cootie-free children, spreading the fictional disease through some form of physical contact. Some children play the game zombie-style: The cootie-havers’ ranks grow and grow, making it increasingly difficult for the uninfected to win. Other children treat it more like a game of tag: Once the cootie-haver transfers the infection to another child, they’re cured. Real-world cooties Cooties may not be real, but are there any infections that you could call “cootie-esque”? Dr. Esper thinks so. “I’ve always felt scabies is most akin to cooties,” he muses. Scabies, also known as sarcoptic mange, is a common parasitic condition caused by mites burrowing under the skin and laying eggs there. Lice are similarly strong candidates. In fact, some scholars believe the word “cootie” originates from the Malay and Māori word for louse: “kutu.” There’s nothing “sexy” about parasites and parasitic bugs — and they don’t get nearly the same attention that viral and bacterial infections do — but they should. “There are many, many different parasites,” Dr. Esper says. “They fall under the umbrella of ‘infectious disease’ because an infectious disease is basically any organism that tries to take advantage of you, harming you in the process. “Parasites are fairly uncommon in the United States,” he continues, “but they are extremely common globally. In fact, parasitic infections are some of the most common infections worldwide.” He notes that you’ll find more parasites anywhere that doesn’t have substantial water sanitation or insect control. “Malaria is one of the most common parasitic infections worldwide that is transmitted by mosquitoes,” says Dr. Esper. “We eliminated malaria in the U.S. through a large-scale public health campaign in the 1950s,” he adds, “But after seven decades, we’re beginning to see local transmission again.” The lessons cooties teach us If you’ve ever watched a nature documentary before, you’ve probably heard that play is incredibly important. It’s almost like rehearsing for real life. A tiger cub, for example, learns how to hunt by stalking and “attacking” its siblings. Games are just as important for human children (and let’s be honest, for adults, too). Playing helps us confront things that would otherwise scare us in a safe environment. Is

A trio of vaccines should protect against a 2023 ‘tripledemic,’ experts say—if people get them

As cold and flu season ramps up, health care experts are once again on high alert for the possibility of a tripledemic, or a surge brought on by the respiratory viruses that cause COVID-19, the flu and respiratory syncytial virus, or RSV. The good news is that this year, health officials have more tools at their disposal to combat them. Americans ages 6 months and older are eligible to receive the newest COVID-19 vaccine and the annual flu vaccine. In addition, this year the Food and Drug Administration approved the first vaccine against RSV for use in late pregnancy and adults 60 years of age and older. RSV, COVID-19 and the flu are all contagious respiratory illnesses that have similar symptoms, making it difficult to distinguish between the three viral infections without a lab test. Testing is the only way to know which virus is causing your symptoms. In fact, researchers are working to create one test that can detect COVID-19, RSV and the flu. As a nursing professor with experience in public health promotion, I am often asked about the differences between these respiratory viruses. This year, I am fielding many questions about the timing of getting the new COVID-19 and RSV vaccines along with the flu shot, and whether they can be given together. What to know about the symptoms Symptoms of COVID-19, RSV and the flu can range from mild – or even no noticeable symptoms at all – to severe. Flu symptoms typically come on suddenly, while RSV and COVID-19 often start out mild but can become severe over time. In addition, while a flu infection does not typically affect one’s ability to taste or smell, the loss of taste or smell can be a common COVID-19 symptom. All three infections can cause fevers and fatigue, while chills and body aches are more common with COVID-19 and the flu. More severe symptoms of these infections include difficulty breathing and subsequent infections like pneumonia. Health care experts are emphasizing the importance of getting a lab test to accurately identify the source of your infection. Timing the shots With the new RSV vaccine and updated COVID-19 vaccine now available and flu season just around the corner, a natural question is whether there is an optimal schedule for the three shots. The answer to that question is, if you are eligible, to get these vaccines as soon as possible. It is important to consider that it takes approximately two weeks after vaccination for your body to develop antibodies from both the COVID-19 vaccines and the flu vaccine. The Centers for Disease Control and Prevention recommends that anyone who is either unvaccinated or has previously received a COVID-19 vaccine before Sept. 12, 2023, to get the updated vaccine. This means now is the time to get the updated COVID-19 vaccine that targets a previously dominant variant of the omicron family. The original COVID-19 vaccines and booster series have dramatically reduced the number of COVID-19 infections, hospitalizations and death rates from the virus. While everyone 6 months of age and older is advised to receive both the COVID-19 and flu vaccines, certain populations have a higher risk for severe infection, such as pregnant women, and should be extra vigilant about getting vaccinated. In addition, among those vaccinated against COVID-19, symptoms during an infection tend to be milder. However, due in part to the quickly evolving nature of the virus, it has become clear that immune protection from COVID-19 vaccination or infection diminishes over time. While studies show that the primary COVID-19 series maintains efficacy against severe disease and death six months after vaccination, protection after vaccination decreases over time. Viruses, such as those that cause COVID-19 and influenza, also continuously mutate and evolve. The fact that COVID-19 vaccine immunity decreases over time and that viruses evolve are exactly why updated vaccines are so critical. Without a large uptake of updated vaccines in the population, COVID-19 infection rates could surge again. Timing is also important with the flu vaccine. Flu cases typically begin to rise in October and peak between December and February, but can last through May. Ideally, people should get vaccinated before flu begins to spread, making the month of October the ideal flu vaccination time. But if you miss that deadline, it is absolutely better to get vaccinated later in the season than not at all. Flu, COVID-19 and RSV vaccines are available at your health care provider’s office, your local health department and most retail pharmacies, although access to the newly updated COVID-19 vaccine is still limited in some areas of the country. A difficult respiratory virus season ahead While infections and hospitalizations from COVID-19 declined dramatically in 2023, experts are remaining vigilant against the possibility of new, more-infectious variants causing another fall and winter surge. Adults 65 and older continue to be the highest-risk group for severe infection. Flu seasons are inherently difficult to predict. Since the emergence of the COVID-19 pandemic, flu cases have been lower than prior to the pandemic. However, the 2022-2023 flu season still caused over 300,000 hospitalizations and up to 98,000 flu-related deaths, making vaccination an important prevention tool. To further compound this, flu vaccine rates have been lower during the pandemic, suggesting that Americans may be out of the habit of getting their annual flu shot. Shots can be given together Many are also wondering whether they can or should get the updated COVID-19 booster, the new RSV vaccine and the flu shot at the same time. The good news is, the CDC clearly indicates that it is safe for both adults and children who are eligible for the updated COVID-19 vaccine to get this vaccine simultaneously with the annual flu shot. A 2022 study found that common vaccine side effects, such as pain at the injection site, occurred at slightly higher rates when someone received the flu vaccine and a COVID-19 vaccine at the same time, as opposed to receiving only a COVID-19 booster. However, those reactions, including fatigue

Hong Kong coronavirus sewage check system may expand to check for flu

Hong Kong authorities are considering an expansion of the sewage monitoring system to detect not just the coronavirus but other infectious diseases such as influenza, the city’s health secretary said as he warned of a possible winter flu outbreak. Lo Chung-mau on Friday explained sewage tests carried out since the Covid-19 pandemic hit had helped authorities predict the start of outbreaks. “In our past experience during the Covid-19 pandemic, the sewage surveillance system could show the rise in infections before we saw an actual outbreak in the community,” he said at the Legislative Council health services panel. “The positive results in the sewage tests often increase before community outbreaks occur. This gives us a warning sign. So we are considering expanding sewage testing to influenza.” Secretary for Health Lo Chung-mau says sewage monitoring for Covid-19 could also be used to predict major outbreaks of flu. Photo: Jonathan Wong The citywide sewage surveillance system was set up in 2020 through a collaboration between the government and the University of Hong Kong as a pilot scheme. It was widely used during the Covid-19 pandemic and was standardised after the city returned to normality earlier this year. The coronavirus can remain in the faeces and urine of carriers after it can no longer be detected in respiratory or saliva samples. Samples had to be collected from the surfaces of drain and vent pipes at residential buildings. Lo said the objective of the sewage tests had changed over time. “The surveillance system has been standardised and the goal is no longer finding which residential buildings have more infections,” he said. Hong Kong set for late start to winter flu season in February, expert says “Our management mode has changed and we no longer carry out quarantine. Sewage testing allows us to know how serious the overall situation in Hong Kong is.” Lo said the latest information had shown that the activity level of influenza had been on the rise, which signalled a potential outbreak. “The coming winter will be the first one after the lifting of the mask order. We are expecting a high possibility of an outbreak of upper respiratory tract infections, especially seasonal flu,” he added. Professor Ivan Hung Fan-ngai, a top infectious diseases expert from the University of Hong Kong earlier said the city was in the final stages of the summer influenza season because it was delayed by the Covid-19 pandemic. The winter influenza season will run from February to April next year. Hong Kong Covid-19 cases may peak over next few months: pandemic adviser “In fact, Hong Kong’s summer influenza season began in August. Data showed that the activity level is on the rise,” Hung said. Lo added the rate of influenza virus in upper respiratory tract samples in the past week had increased to 13.28 per cent, above the baseline level of 9.21 per cent. He said the coronavirus might be more active in the winter and appealed to the public to get flu and Covid-19 shots to protect themselves. Lo added the Hospital Authority had added 103 beds in public hospitals in preparation for any outbreaks and was monitoring the number of patients with Covid-19 or flu who attended accident and emergency departments. He said two additional outpatient clinics would also be operational over the Christmas and Lunar New Year holiday periods.

How viruses can help fight antibiotic-resistant infections

Sign up to our 10 Things You Need to Know Today newsletter A free daily digest of the biggest news stories of the day – and the best features from our website Thank you for signing up to TheWeek. You will receive a verification email shortly. There was a problem. Please refresh the page and try again. By submitting your information you agree to the Terms & Conditions and Privacy Policy and are aged 16 or over. First, the bad news: Thanks to repeated drug exposure, climate change and air pollution, some infections are developing resistance to antibiotics, a problem that could have global repercussions as diseases become stronger and more prevalent. The good news? Scientists are currently considering an unexpected solution. Researchers are looking to bacteriophages, or viruses that specifically target bacteria, to help cure infections. “Phages are the most abundant biological form on the planet,” microbiologist Bryan Gibb, an associate professor of biological and chemical sciences, told News Medical. “These naturally occurring viruses are professional bacterial assassins.” Experts in the medical field have become more invested in so-called phage therapy as antibiotics meanwhile become less effective. Phage therapy is currently considered experimental in the U.S. and “can only be used in emergency or compassionate use cases when few or no other treatments are available,” Popular Science wrote. It can be administered “intravenously, orally, topically, or intranasally.” Though it’s considered safe, the efficacy of the treatment has received “mixed reviews.” However, “this may reflect a poor match between the selected phage and the bacteria it was meant to target.” With more research, phage therapy could become more widespread and potentially cheaper than antibiotics. “One of the biggest hurdles to making this treatment mainstream, aside from regulation, is a lack of awareness around phage therapy’s life-saving potential,” Maclean’s Greg German explained. “Antimicrobial resistance is a battle that can’t be won on one front. It’s going to take every weapon we’ve got.” Subscribe to The Week Escape your echo chamber. Get the facts behind the news, plus analysis from multiple perspectives. SUBSCRIBE & SAVE Sign up for The Week’s Free Newsletters From our morning news briefing to a weekly Good News Newsletter, get the best of The Week delivered directly to your inbox. From our morning news briefing to a weekly Good News Newsletter, get the best of The Week delivered directly to your inbox. Explore More

Hong Kong medical trailblazer discovers treatment for intestinal condition

A Hong Kong scientist’s groundbreaking research on a life-threatening gut infection has paved the way for a treatment programme that will become available at public hospitals next year. Professor Ng Siew-chien of Chinese University’s medicine and therapeutics department is the pioneer behind the faecal microbiota transplant (FMT). The procedure involves transferring gut microbes from a healthy donor to patients with clostridioides difficile infections (CDI), a recurring gut condition. “CDI has a 40 per cent mortality rate when left untreated and a high recurrence rate of 70 per cent. However, treatment options were limited back then,” said Ng, who is also the director of Microbiota I-Center. The disease commonly occurs when patients take some types of antibiotics or after they have completed the treatment, with the elderly and those staying at hospitals and nursing homes at greater risk of contracting the condition. Steroid drug raises risk of heart issues for arthritis patients: Hong Kong study The Hospital Authority last year reported 3,645 cases of clostridioides difficile infections, up from the 3,106 and 2,801 respectively logged in 2021 and 2020. “Using our in-house FMT technology (MOZAIC), however, we’ve achieved a success rate of over 90 per cent, allowing many patients to live happy lives again,” she said. The scholar is a Spirit of Innovation finalist at this year’s Spirit of Hong Kong Awards, which is an annual event co-organised by the South China Morning Post and property developer Sino Group that honours the achievements of remarkable individuals whose endeavours might otherwise go unnoticed. The scientist was also recognised for her work last year, when she was awarded the Silver Medal at the 47th International Exhibition of Inventors in Geneva, Switzerland. The scholar said patients who received the treatment recovered in just a few hours. Under a partnership with the Hospital Authority, the transplant is set to become available at public hospitals next year. “Unlike surgery, this simple procedure involves only implanting healthy bacteria through an endoscopy, making it a convenient and effective treatment option,” she said. Ng said many patients who had undergone the procedure reported no longer having to endure endless cycles of bacterial infections and diarrhoea. “They have regained the ability to eat and enjoy meals with their families, allowing them to return to their normal lives,” she said. Ng said the treatment had also shown promise in addressing other conditions, such as inflammatory bowel disease, irritable bowel syndrome, obesity, graft versus host disease and multi-drug-resistant infections. The treatment involves extracting beneficial microorganisms from healthy faecal matter and implanting the microorganisms via an endoscopy. AI tool for brain cancer prognosis created by team led by Hong Kong scientists According to her research, the procedure helps create a state of balance between fungi, viruses and bacteria in the body and promotes the recovery of a patient’s immune responses and internal microbial stability. As part of her efforts to introduce the treatment, Ng partnered with Professor Francis Chan Ka-leung, the dean of medicine at Chinese University, to establish the Microbiota I-Center in 2015. The centre has so far conducted more than 800 procedures and enjoyed a success rate of over 90 per cent, with no reported cases of complications from recurring gut infection after treatment. On a global front, she led a team of 14 international experts to publish a white paper, with the support of the Asia-Pacific Society of Gastroenterology and the Asia-Pacific Society of Gastrointestinal Endoscopy, that outlined the most effective methods of applying the procedure. Professor Ng Siew-chien is spearheading efforts to offer microbiota transplants. Photo: Kong Yat-pang Ng also established Asia’s first microbiota transplantation and research centre in 2017, with the facility at Chinese University ensuring more patients could be treated. She has also created the continent’s first stool bank to help patients get timely treatment. “The establishment of a stool bank has significantly improved the treatment process by ensuring quick access to high-quality stool samples,” she said. “It eliminates the need for rushed searches for healthy donors and allows for more efficient and effective patient care.” Breaking down her research, Ng described the intestine as a “second brain” because the microorganisms within the organ released signals that could have an impact on the brain’s functions. She also pointed to research showing that those with autism could suffer from an imbalance of gut bacteria compared with those who did not have the condition. “Some studies have found associations between alterations in the gut microbiota and cognitive decline, suggesting that maintaining a healthy gut microbiome may have implications for brain health,” she said. Hong Kong scientists get rare US approval for trials of constipation drug Ng and her team are currently developing microbiome treatments for younger patients with autism, as well as some that could help elderly people with certain types of cancer and inflammatory diseases. “With early diagnosis, treatment can be personalised and administered with the right microbiome pills,” she said. The scientist has also envisioned creating what she called a “Microbiome Noah’s Ark” that could store healthy stool samples from young donors that could be set aside for future treatments. “We generally look for younger individuals, usually below their 30s, who take good care of themselves by following a healthy diet, maintaining positive habits and staying active with regular exercise,” she said. ‘Young Hongkongers with prediabetes have 88 per cent risk of developing diabetes’ Ng expressed confidence that her work would have a positive impact on patients and their families, as well as contribute to the development of Hong Kong as a leading microbiome biotechnology hub. The Greater Bay Area also offered room for expansion and would ensure access to a bigger donor base and allow more people to benefit from the treatment. The bay area refers to Beijing’s initiative to link Hong Kong, Macau and nine mainland Chinese cities into an economic powerhouse.

Yeast Infection vs. UTI: How to Tell the Difference

They’re both uncomfortable, but one is fungal, and the other is bacterial, so they’re treated very differently. If you happen to possess a vagina, chances are you’ve encountered the discomfort of a yeast infection or a urinary tract infection (UTI) at some point in your life, or you may inevitably face them in the future. According to the Office on Women’s Health (OASH), yeast infections afflict a staggering 75% of women, while more than half of all women will experience at least one UTI during their lifetime. It’s worth noting that individuals with penises can also be affected by these conditions, although they occur less frequently in this demographic. Despite often being grouped together, yeast infections and UTIs are distinct infections with their own unique sets of symptoms and treatment approaches. Distinguishing between a yeast infection and a UTI is crucial for understanding the condition you’re dealing with and ensuring prompt relief. If you’re uncertain about which one you might be experiencing, read on to explore the symptoms, causes, and specific treatments for each. Yeast Infections and UTIs: What Are They? While both yeast infections and UTIs can affect the genital area, their similarities largely end there. Dr. Felice Gersh, an ob-gyn and the founder/director of the Integrative Medical Group of Irvine in California, emphasizes that these conditions are fundamentally different, even though it’s possible to have both simultaneously. A yeast infection arises from an overgrowth of fungus, with Candida being the most common culprit. This fungus typically coexists harmlessly on the skin and within moist regions of the body, including the vagina, mouth, throat, and gut. However, the balance of this fungus can be disrupted, leading to uncontrolled growth and the subsequent development of a yeast infection. In contrast, UTIs are primarily caused by bacteria, with Escherichia coli (E. coli) being responsible for 80% to 90% of all cases, as reported by the National Kidney Foundation. E. coli is typically benign when it resides in its natural habitat, the anus. However, problems arise when it makes a short journey from the anus to the urethra, eventually infiltrating the urinary tract. UTIs occur when these bacteria establish colonies, often in the bladder, and multiply uncontrollably. If left untreated and allowed to progress, a UTI can reach the kidneys and inflict significant damage, as noted by the National Kidney Foundation. Consequently, it is crucial to address these infections promptly. Symptoms of Yeast Infections vs. UTIs While only a healthcare provider can offer a definitive diagnosis, each condition exhibits distinct sets of symptoms that can provide valuable clues about the type of infection you might be experiencing. Dr. Karen Eilber, a urologist and educator at Cedars Sinai Hospital in Los Angeles, explains that if your symptoms primarily revolve around urination, a UTI is more likely. UTI-related symptoms encompass: On the other hand, a yeast infection typically manifests as constant vaginal irritation, not just during urination. Symptoms of a yeast infection include: If your primary symptom is a burning sensation during urination, it may be challenging to determine whether it’s a yeast infection or a UTI. Dr. Gersh points out that women with yeast infections may experience burning on the outside skin when urinating, which can lead to confusion. Nevertheless, additional symptoms are typically present, aiding in the identification of the underlying cause. In any case, consulting a healthcare provider for an accurate diagnosis and appropriate treatment is advisable. Causes of Yeast Infections vs. UTIs Understanding the factors that contribute to yeast infections and UTIs can shed light on why these conditions occur. Let’s delve into what leads to each of these troublesome infections. Yeast infections primarily result from an overgrowth of fungus, a phenomenon that can be triggered by various factors. Risk factors identified by the Office of Women’s Health include: These conditions create an environment conducive to the unbridled proliferation of yeast, ultimately culminating in an infection. Interestingly, there is some overlap in risk factors between yeast infections and UTIs. For instance, pregnancy, diabetes, and a weakened immune system can elevate the risk of both types of infections. In addition to these shared risk factors, the risk of developing a UTI may be further exacerbated by: These circumstances can either introduce unwanted bacteria into the urethra or compromise the body’s natural defenses against pathogens, increasing the likelihood of a UTI. Yeast Infection vs. UTI Treatments Fortunately, the treatment of yeast infections and UTIs is typically straightforward, although the specific treatments differ for each condition. Treatment for a yeast infection often involves taking a single oral dose of fluconazole, an antifungal medication, or using antifungal creams, tablets, suppositories, or ointments applied to the vaginal area for several days to a week. According to the National Institutes of Health, symptoms usually begin to improve within a few days of initiating treatment. On the other hand, antibiotics are the primary treatment for UTIs, as affirmed in a 2019 review published in the Archives of Gynecology and Obstetrics. Generally, oral antibiotics such as nitrofurantoin or trimethoprim-sulfamethoxazole are prescribed for three to five days, as recommended by the American Urological Association (AUA). The good news is that one or two doses are often sufficient to alleviate symptoms, but it’s crucial to complete the entire antibiotic course to ensure the eradication of all unwanted bacteria. For severe cases of yeast infections or UTIs, treatment may be more prolonged and complex. This could entail an extended course of antifungal medication (either oral or topical) for a severe yeast infection or an alternative type of medication. In instances where a UTI has progressed to the kidneys, treatment may involve intravenous antibiotics administered in a hospital setting, followed by two weeks of oral antibiotics, as outlined by the AUA. Preventing Yeast Infections and UTIs While there are no foolproof methods to prevent yeast infections or UTIs altogether, certain practices can help mitigate the risk of both types of infections. Avoiding irritating feminine products like douches, sprays, and scented tampons is recommended to prevent both UTIs and yeast infections, according

How Is a Yeast Infection Treated?

Yeast infections, caused by the overgrowth of Candida yeast, can manifest in various parts of the body, including the skin, mouth, throat, or vagina. The symptoms of yeast infections depend on their location and may include inflamed and itchy skin, white patches in the mouth, or thick white vaginal discharge. These infections can be effectively treated with antifungal medications, available as creams, suppositories, or oral tablets, either over-the-counter or by prescription. Before attempting to self-treat a yeast infection, it is essential to consult a healthcare provider for a proper diagnosis. Whether it’s a vaginal yeast infection or another type, a healthcare provider can perform an examination and oversee the appropriate treatment. Treatment options vary depending on the type, area, and severity of the yeast infection. Vaginal Yeast Infections Vaginal yeast infections occur when natural yeast in the vagina overgrows, leading to an infection. The primary medications used to treat vaginal yeast infections belong to the azole drug class of antifungals, including: Lotrimin, Micatin, and Trosyd are available as over-the-counter vaginal creams or suppositories. These treatments come in one-, three-, or seven-day courses. Terazol 7 and Gynazole 1 are prescription alternatives typically used for more severe infections. Diflucan, an oral medication, is particularly effective for severe yeast infections or recurrent cases. However, it is not recommended during pregnancy due to potential harm to the developing fetus. Diflucan may also interact with certain medications, such as blood thinners. For some individuals, Diflucan can cause mild side effects like headaches, rashes, or upset stomach. For recurrent vaginal yeast infections, healthcare providers may suggest using boric acid suppositories, although this use is not currently approved by the U.S. Food and Drug Administration (FDA). Research has indicated that combining antifungal treatment with boric acid suppositories can be effective in treating recurrent yeast infections. Skin Yeast Infections Yeast infections on the skin often occur in areas with moisture and skin folds. These infections can also affect the groin, penis, or fingernails. Treatment involves keeping the infected skin clean and dry and applying a cream azole antifungal for approximately two weeks. Commonly used medicated creams include: In cases where the infection is close to a wetter area like the mouth, Nystop (nystatin), a different type of antifungal called polyenes, may be recommended. Severe skin infections might require oral tablets such as Diflucan or Sporanox (itraconazole). For individuals with uncircumcised penises experiencing recurrent yeast infections, healthcare providers may suggest hygiene practices, including daily cleansing under the foreskin. In some cases, foreskin tightness may contribute to the infections, requiring different treatment approaches. Oral Thrush Oral thrush results from yeast overgrowth in the mouth or throat, leading to white patches and a sore throat. Treatment typically involves the use of azoles or polyenes, including: Micatin and Nystop liquids are commonly used for thrush, applied to the mouth or throat four times daily for seven to 14 days. Nystop tablets may also be prescribed for oral yeast infections. In rare cases, severe oral thrush or non-responsive infections may necessitate oral Diflucan tablets. Yeast Diaper Rash Yeast diaper rashes, often characterized by scaly yellow or red patches in the diaper area and skin folds, should be managed by frequent diaper changes, maintaining dryness, and applying antifungal polyene or azole creams such as: Nystop, a prescription cream, is typically applied four times daily for two weeks. If there is no improvement within three days, healthcare providers may recommend switching to an azole antifungal. Over-the-counter options like Lotrimin and Micatin are applied twice daily for up to 10 days. In severe cases of yeast diaper rash, healthcare providers may suggest the use of a 1% hydrocortisone topical steroid ointment. Esophageal Candidiasis Individuals with compromised immune systems are susceptible to yeast infections in the esophagus. Treatment involves oral or intravenous (IV) medications such as: Diflucan tablets are the primary choice for treating esophageal yeast infections and are typically taken for 14 to 21 days. In cases where swallowing medication is uncomfortable, daily Diflucan IVs may be administered until oral medications are tolerable. Mycamine daily IVs for two weeks or once-daily Sporanox or twice-daily Vfend tablets for 14 to 21 days are alternative options. Invasive Candidiasis Invasive candidiasis, a rare but severe yeast infection affecting the bloodstream or internal organs, is treated with IV antifungal medications, including echinocandins (e.g., Cancidas and Mycamine), Diflucan (fluconazole), or Abelcet (amphotericin B). Diflucan is commonly the initial treatment choice, with blood yeast infections treated for about two weeks until symptoms and blood tests indicate the absence of Candida yeasts. Invasive candidiasis affecting bones, joints, heart, or the central nervous system requires longer treatment durations. Some Candida yeast strains have developed resistance to common treatments like Diflucan, leading to reduced effectiveness. In such cases, echinocandin IVs may be employed, as they can combat some azole-resistant yeasts while causing fewer side effects and drug interactions. Abelcet, an option for life-threatening fungal infections, is used with caution due to potential kidney damage and is not typically the first choice of treatment. Living With and Managing Yeast Infections Yeast infections, while uncomfortable, are typically not emergencies and can be effectively managed with appropriate treatment. Consulting a healthcare provider is crucial for a proper diagnosis and treatment plan. In cases of recurrent yeast infections (four or more per year), underlying health conditions like diabetes or weakened immune systems may be contributing factors, and lifestyle changes or alternative treatments may be recommended. Maintaining good hygiene practices, such as changing out of sweaty clothes and avoiding hot baths, can help prevent vaginal yeast infections. For individuals prone to recurrent infections, healthcare providers may offer guidance on additional measures to reduce their occurrence. In summary, yeast infections, although common and often treatable with antifungal medications, require careful diagnosis and treatment tailored to the specific type and severity of the infection. Seeking medical guidance ensures effective management and, when necessary, prevents complications associated with severe yeast infections.

What Are Yeast Infections?

In the realm of infections, bacteria and viruses often hog the spotlight, leaving the unassuming yeast Candida albicans lurking in the shadows. Candida albicans, naturally occurring on the skin and mucous membranes, such as the mouth, gut, and vagina, occasionally seizes the opportunity to unleash infections when it overgrows or ventures into new territories, triggering discomfort and distress in affected individuals. The prevalence of yeast infections remains challenging to estimate accurately, primarily due to many individuals opting for over-the-counter remedies for mild infections without seeking professional medical guidance. However, some forms of yeast infections are more common than others, with statistics suggesting that approximately 75 out of 100 women may encounter a vaginal yeast infection at some point in their lives. Invasive candidiasis, a more menacing variant of yeast infection, afflicts a smaller fraction of the population, standing at nine per 100,000 individuals. Fortunately, medical science has devised treatments capable of countering yeast infections in various bodily locales, allowing most sufferers to embark on a swift road to recovery. An Inclusive Approach: Gender and Sex Before delving into the multifaceted world of yeast infections, it’s essential to acknowledge that gender and sex are diverse spectrums. People may not identify with a specific gender or may not conform to traditional gender norms. The language used in this article aligns with research terminologies and outcomes, reflecting the gender- and sex-based nuances often emphasized in scientific investigations. Varieties of Yeast Infections Yeast infections are a versatile adversary, infiltrating various bodily domains. Although all share the same fungal culprit, a crucial distinction divides them into two categories: local mucocutaneous infections and invasive candidiasis. Local Mucocutaneous Infections Local mucocutaneous infections confine their assault to the skin and mucous membranes. While less menacing than their invasive counterparts, these infections can still disrupt one’s life. Common examples encompass yeast infections of the mouth, often referred to as thrush, as well as those affecting the throat, esophagus, skin, penis, vulva, and vagina. Prompt intervention typically results in resolution within a week or two. Invasive Candidiasis Invasive candidiasis signifies a more formidable adversary, infiltrating the bloodstream or internal organs. Candidemia, where Candida infiltrates the bloodstream, stands as the most prevalent manifestation of invasive candidiasis, afflicting around 25,000 individuals annually in the United States. These invasive infections can be life-threatening, with mortality rates approaching 25%. The high mortality rate can be attributed to the vulnerability of most candidemia patients, often grappling with compromised immune systems or preexisting health conditions. Decoding Yeast Infection Symptoms Symptoms of yeast infections are as diverse as their locations within the body. Local mucocutaneous infections frequently provoke redness, itchiness, and soreness around the afflicted area. Distinct symptoms emerge depending on the infection site. For instance, oral yeast infections manifest as a loss of taste and the appearance of white patches on the tongue, inside the mouth, and throat. Vaginal yeast infections may induce pain during sexual intercourse, urination discomfort, and abnormal vaginal discharge. Invasive candidiasis mirrors the symptoms of bacterial or viral infections, often featuring fever and chills. When invasive infection extends beyond the bloodstream, affecting other bodily regions, additional symptoms may surface. Unmasking the Culprit: What Triggers Yeast Infections? Candida albicans, a ubiquitous yeast species, naturally inhabits the mouth, esophagus, and gastrointestinal tract without causing issues. However, when various factors trigger an overgrowth of this yeast or other yeast species, infection ensues. Risk Factors: The Precarious Balance Yeast infections are categorized as opportunistic infections, primarily emerging in individuals with compromised immune systems. Specific yeast infections carry unique risk factors. For instance, vaginal candidiasis risk factors encompass the usage of oral contraceptives, pregnancy, or diabetes. Additional risk factors for yeast infections include: Diagnosis: Unraveling the Intricacies Diagnosing a yeast infection hinges on several factors, such as the infection’s location, severity, the patient’s age, and their immune system status. Healthcare providers commence the diagnostic process by delving into the patient’s symptoms, medication history, and medical background. Sample collection from the affected site constitutes a common diagnostic approach, encompassing vaginal discharge sampling for vaginal yeast infections or mouth swabs for oral candidiasis. In cases of suspected invasive candidiasis, a blood sample may be required to detect yeast in the bloodstream. In certain scenarios, providers may opt for treatment based on clinical suspicion without awaiting diagnostic confirmation. Tailored Treatments for Yeast Infections Treatment for yeast infections is not a one-size-fits-all approach; it hinges on several variables: Local mucocutaneous infections frequently yield to treatment within a week or two, with antifungal medications administered through creams, powders, mouthwashes, or oral pills. If the initial treatment proves ineffective or recurrent infections emerge, healthcare providers may recommend an extended course of oral medication or explore alternative antifungal options, including intravenous administration. Invasive candidiasis necessitates intravenous (IV) medication in nearly all cases. Treatment for bloodstream-invading Candida persists until symptoms abate and yeast is undetectable in the bloodstream, followed by an additional two weeks of treatment. Complications arising from yeast migration to organs, bones, joints, or the nervous system may mandate prolonged treatment. A Looming Challenge: Antifungal Resistance Antifungal drug resistance, akin to antimicrobial resistance in bacterial infections, poses a growing concern. Recent CDC data reveals that approximately 7% of Candida blood samples exhibited resistance to the antifungal drug fluconazole. This underscores the critical importance of preventive measures to mitigate the onset of these infections, emphasizing the necessity of proactive strategies. Prevention: Nipping Infections in the Bud Prophylactic antifungal medication is administered to high-risk groups, a preemptive measure to thwart the initiation of invasive infections. This strategy is extended to individuals in intensive care units (ICUs), recipients of specific organ transplants, patients undergoing certain chemotherapy regimens, those with diminished white blood cell counts, and infants with exceptionally low birth weights. Preventative steps against localized yeast infections are contingent on the infection site. For example, maintaining impeccable oral hygiene can stave off oral Candida, while individuals susceptible to vaginal yeast infections should explore birth control options that reduce their infection risk. Related Conditions: Connecting the Dots Specific medical conditions elevate the risk of yeast infections,

Can Stress Give You a Yeast Infection?

Stress does not cause yeast infections but can increase your risk of getting one. Vaginal yeast infections are a common ailment experienced by many women, stemming from an overgrowth of yeast within the body. While yeast is a natural component found on the skin, in the mouth, intestines, and the vagina, an imbalance can lead to harmful overgrowth. This overgrowth can be influenced by various factors, including lifestyle habits and the state of your immune system. The role of stress in the development of yeast infections has been a topic of discussion, with some individuals wondering whether it might be a direct cause. To shed light on this issue, we turn to medical experts for insights and explore the potential connections between stress and yeast infections. Stress as a Contributing Factor Dr. Donnica Moore, a renowned OB-GYN and the distinguished president of Sapphire Women’s Health Group situated in the picturesque state of New Jersey, offers invaluable insights into the complex relationship between stress and health. In her extensive medical experience, Dr. Moore underscores the undeniable connection between stress and various health issues, emphasizing that stress can indeed play a pivotal role in our overall well-being. However, when it comes to the specific matter of yeast infections, she asserts that the causative link is not as straightforward as it might initially seem. In her erudite perspective, Dr. Moore clarifies that while stress is a significant factor in the realm of health, there is no definitive and irrefutable evidence that stress alone serves as the direct and exclusive catalyst for yeast infections. Instead, the intricacies of this issue unravel as we delve deeper into the physiology of the human body. Yeast infections, she elucidates, materialize when there is a delicate equilibrium between bacteria and yeast in the vaginal area, which is disrupted. A multitude of factors can tip this balance askew, including but not limited to antibiotic use, hormonal birth control methods, suboptimal vaginal hygiene practices, and the hormonal fluctuations that occur during the transformative phases of pregnancy and breastfeeding. It is within this nuanced context that we must consider the role of stress. Dr. Moore emphasizes that stress, as an isolated variable, may not be the primary instigator of yeast infections. Nevertheless, it can be a pivotal player in the intricate interplay of factors. Stress, she argues, has the potential to affect the immune system, potentially compromising its robustness and resilience. In this weakened state, individuals might become more susceptible to various infections, yeast infections included. However, the connection between stress and yeast infections is not a simple cause-and-effect relationship. Stress is more likely to exacerbate existing vulnerabilities or make infections more persistent and prone to recurrence rather than being the sole trigger. In essence, it acts as a complicating factor within a broader framework of influences. In conclusion, Dr. Donnica Moore’s extensive expertise in the field of women’s health casts a spotlight on the intricate dance between stress and yeast infections. While stress undoubtedly wields a significant influence over our health, it does not operate in isolation. Instead, it interacts with a myriad of other factors, such as hormonal changes and hygiene practices, in shaping the complex landscape of yeast infections. Understanding this intricate web of influences is essential in providing comprehensive and effective healthcare guidance to women seeking to maintain their reproductive health and overall well-being. The Stress-Yeast Connection The link between stress and yeast infections is indeed a complex one, and it involves various physiological mechanisms. Cortisol, often referred to as the “stress hormone,” plays a crucial role in this relationship. When the body experiences stress, the adrenal glands release cortisol as part of the fight-or-flight response. While cortisol is essential for managing stress, prolonged or chronic stress can lead to elevated cortisol levels, which can have several adverse effects on the body. One of the key ways in which elevated cortisol levels can contribute to yeast infections is by impacting blood sugar levels. Cortisol triggers the release of glucose into the bloodstream, providing energy for the body’s response to stress. However, prolonged stress can lead to consistently elevated blood sugar levels, which can create a favorable environment for yeast overgrowth. Yeast, particularly Candida species, thrive in environments rich in sugar. The excess sugar in the bloodstream can serve as a ready source of nourishment for yeast, potentially leading to their rapid growth and the development of an infection. Exploring the Causes of Recurrent Yeast Infections For individuals experiencing recurrent yeast infections, identifying the underlying causes becomes crucial. Healthcare providers can conduct various tests to assess potential factors contributing to these infections. Dr. Mary Jane Minkin, a clinical professor of obstetrics, gynecology, and reproductive sciences at Yale Medical School, outlines her approach to investigating recurrent yeast infections. 1. Blood Tests: Initial tests may include blood screenings to rule out diabetes, as high blood sugar levels can promote yeast overgrowth. 2. HIV Testing: Since HIV weakens the immune system and increases vulnerability to infections, an HIV test is recommended. 3. Cortisol Levels: Measuring cortisol levels can help determine if stress is a contributing factor. Elevated cortisol may lead to increased blood sugar, creating an environment conducive to yeast growth. Managing and Preventing Yeast Infections For those seeking treatment and prevention strategies for yeast infections, the following steps are advisable: 1. Confirm the Diagnosis: If you suspect a yeast infection, consult a healthcare provider for an accurate diagnosis and appropriate treatment recommendations. 2. Stress Reduction: Implement stress-reduction techniques as part of your daily routine. Strategies such as regular exercise, meditation, reduced workloads, adequate sleep, and therapy can help alleviate stress. 3. Dietary Adjustments: Consider modifying your diet to minimize sugar intake, as yeast thrives on sugar-rich environments. 4. Medication: Depending on the severity of the infection, treatment options may include over-the-counter creams or prescription anti-yeast medications. While there is no definitive evidence to support the idea that stress directly causes yeast infections, chronic stress can contribute to an environment conducive to yeast overgrowth. Stress management, in conjunction with good

Can You Give Your Partner a Yeast Infection?

Here’s what to know about dealing with a yeast infection during sex. Intimacy in a relationship often brings about a multitude of thoughts and questions. If you, or your partner, experience a yeast infection, the concern may arise about whether it could spread to your partner. Vaginal yeast infections, also known as vaginal candidiasis, are common occurrences caused by a fungal species known as yeast. While yeast infections are not considered sexually transmitted infections (STIs), it is possible to transmit a yeast infection to a partner during sexual activity. In this article, we will explore how yeast infections spread, conditions similar to yeast infections, and effective treatment options. Factors That Increase the Risk of Yeast Infections Several factors increase the likelihood of developing a yeast infection, including: 1. Pregnancy: Pregnancy can alter hormone levels and increase the risk of yeast infections. 2. Hormonal Contraceptives: The use of hormonal contraceptives can influence hormone levels, potentially contributing to yeast infections. 3. Diabetes: Individuals with diabetes may be more susceptible to yeast infections, as elevated blood sugar levels can encourage yeast growth. 4. Weakened Immune System: A compromised immune system can reduce the body’s ability to combat infections, including yeast infections. 5. Antibiotic Use: Taking antibiotics can disrupt the balance of microorganisms in the body, potentially leading to yeast overgrowth. Understanding the Transmission of Yeast Infections While yeast infections are not considered STIs, they can still be transmitted to a partner during sexual activity. The typical symptoms of a yeast infection may manifest following vaginal, anal, or oral sex. These symptoms can include: Penile Yeast Infections Approximately 15% of male partners may develop symptoms such as an itchy rash on the penis after engaging in unprotected sex with a partner who has a yeast infection. Individuals who are uncircumcised or have diabetes may have a higher risk of yeast infections. Vaginal Yeast Infections In cases where both partners are female, there is a potential for yeast infections to be transmitted between them. Shared sex toys or the exchange of vaginal fluids may carry a minimal risk of transmitting yeast infections. Oral Yeast Infections Although yeast infections are primarily spread through vaginal sex, there is a possibility of yeast spreading to the oral cavity if a person engages in oral sex with a partner who has a yeast infection. This condition is known as thrush or oral thrush and may present symptoms such as an itchy, irritated mouth with white patches or sores. Conditions Resembling Yeast Infections Several conditions exhibit symptoms similar to yeast infections, including urinary tract infections (UTIs) and bacterial vaginosis (BV). Urinary Tract Infection (UTI) UTIs are caused by the introduction of bacteria into the bladder and are characterized by symptoms such as pain while urinating, lower abdominal pressure, foul-smelling urine, blood in the urine, fatigue, and fever. Although UTIs can develop after sexual activity, they cannot be transmitted to a partner. Bacterial Vaginosis (BV) BV occurs due to an imbalance of good and bad bacteria in the vagina. Risk factors for BV include douching, lack of condom use, having multiple sexual partners, and new sexual partners. BV cannot be transmitted to male partners but may be transmitted between female partners. Effective Treatments Regardless of how a yeast infection is acquired, it is crucial to consult a healthcare provider for confirmation of the diagnosis. If both partners exhibit symptoms, seeking medical advice is advisable. Treatment options for yeast infections include antifungal medications. A healthcare provider may prescribe antifungal medication, such as fluconazole, or recommend over-the-counter (OTC) treatments like creams, tablets, ointments, or suppositories. The duration of treatment varies, with some requiring daily doses for up to seven days. In cases of recurrent yeast infections, long-term antifungal medication may be recommended. Sexual Activity During a Yeast Infection Should you or your partner experience a yeast infection and wish to engage in sexual activity, experts recommend practicing abstinence. Intercourse during a yeast infection can be uncomfortable or painful, particularly when symptoms are exacerbated. Dr. Sherry A. Ross, a Los Angeles-based OB-GYN and author, advises against engaging in sexual activity when a vaginal infection is present. She emphasizes that it is essential to wait until the infection has been fully treated. Conclusion In summary, yeast infections, though not officially classified as sexually transmitted infections (STIs), can indeed be transmitted between sexual partners during intimate activities. While they are primarily caused by the overgrowth of the fungus Candida, which naturally resides in the body, certain sexual practices can increase the risk of transmission. Consequently, if you suspect you have a yeast infection, it is advisable to consult a healthcare provider for a definitive diagnosis and appropriate treatment. It’s crucial to recognize that several other conditions can share symptoms with yeast infections, leading to potential confusion and misdiagnosis. Two common examples are urinary tract infections (UTIs) and bacterial vaginosis (BV). UTIs often involve symptoms like frequent urination, a burning sensation during urination, and lower abdominal discomfort, which can overlap with the discomfort experienced in yeast infections. BV, on the other hand, may manifest with symptoms like unusual vaginal discharge and odor, similar to those of yeast infections. Given these overlapping symptoms, self-diagnosis and treatment without professional guidance can lead to incorrect choices in addressing the issue at hand. This can result in delayed relief from symptoms and, in some cases, even exacerbation of the underlying problem. Seeking medical guidance is essential for several reasons. First and foremost, it ensures that the correct diagnosis is made. This is vital because while yeast infections can often be managed with over-the-counter antifungal medications, other conditions may require different treatments, such as antibiotics for UTIs or specific medications for BV. Accurate diagnosis leads to more effective and targeted treatments, promoting the swift resolution of symptoms and a return to optimal intimate health. Furthermore, healthcare providers can offer valuable insights into the potential causes of recurrent yeast infections. They may explore factors such as changes in diet, hormonal fluctuations, or underlying health conditions that could contribute to the recurrence of