STD Awareness: Fighting Cervical Cancer Across the World

Tomorrow kicks off World Immunization Week, a reminder that, just as disease can cross borders, so should our efforts to prevent it. Especially when we have an effective vaccine for one of the world’s top causes of cancer — but the people who need it most are less likely to get it.

Almost 90 percent of cervical-cancer deaths strike women in developing countries, where it is the second-most common cancer among women. In fact, over vast swaths of Africa, cervical cancer is the No. 1 cause of cancer death in women. (In the United States, it doesn’t even crack the Top 10.) While cervical cancer rates are holding steady in the developed world, in the coming decades they are projected to increase sharply in less developed regions.


More than 9 out of 10 cervical cancers strike women in countries with no HPV vaccination programs.


Since 2006 there has been a vaccine for human papillomavirus (HPV), the virus that causes cervical cancer. Unfortunately, while this vaccine is making impressive strides in the developed world, it is almost out of reach in the developing world, where it could save the most lives. To fully realize this vaccine’s potential, it needs to be distributed worldwide — not just within rich countries that can afford it.

Fighting Cervical Cancer in the Developed World

HPV has been nicknamed “the common cold of STDs” — because pretty much every sexually active person will get it at some point. It can be transmitted by vaginal, anal, and oral sex, as well as by rubbing genitals together, even without penetration. HPV can cause cancers of the throat, anus, vagina, vulva, and penis — but is most “famous” for causing cancer of the cervix (the tissue that connects the vagina to the uterus). If you have a cervix, there are two big things you can do to protect its health: receive regular Pap testing after becoming sexually active, and get vaccinated against HPV before becoming sexually active. When you take both of these steps, you’ll maximize what modern medicine has to offer. Continue reading

Dental Dams Help Spread Intimacy, Not STDs

It’s that time of the year when people focus on intimacy and romance. Most people think jewelry and roses are good gifts to give for Valentine’s Day. They’re nice, but you know what’s even better? Dental dams.

What’s a dental dam, you ask? Like condoms, dental dams are a way to prevent the spread of sexually transmitted diseases (STDs) by covering the vagina or anus during oral sex. Dental dams are usually made of latex, and some are made from polyurethane. Since they’re used for oral sex, dental dams often come in different flavors, and they’re flexible enough to fit in your purse.


Dental dams are an essential component of protecting your sexual health.


Dental dams are particularly useful for lesbian partners, since oral sex is a common form of sexual activity, but anyone who engages in cunnilingus (the oral stimulation of female genitals) can use them. Dental dams are also beneficial for consenting partners who enjoy anal play (aka “rimming”). Dental dams serve as a barrier against most STDs, since many sexually transmitted diseases, such as syphilis, human papillomavirus (HPV), and herpes, can be passed simply by skin-to-skin contact. Gonorrhea, chlamydia, and hepatitis A and B viruses can also be spread through oral sex. HIV can be transmitted through oral sex if blood is present.

Unfortunately, dental dams aren’t distributed as widely as condoms are. You’re not likely to find a dental dam dispenser in a public restroom, and many community organizations provide dental dams on a request-only basis because they’re more expensive than condoms. And most drug stores don’t carry dental dams in the same aisle as condoms and lube because dental dams were originally created to be used during dental procedures. (Get it — dental dams.) Continue reading

Pro-Choice Friday News Rundown

  • Republican legislators in Arizona sure have a lot of nerve. They want to mandate that doctors performing abortions ask “why” a woman is terminating her pregnancy. What is the “why” behind this invasive questioning other than wanting to intrude upon the privacy of a woman undergoing a perfectly legal medical procedure? (AZ Central)
  • We at Planned Parenthood will always stress the importance of comprehensive sex education in schools. If you happen to think that sex education isn’t crucial to children’s development, I welcome you to read this disturbing but informative piece over at the New York Times. In the age of widespread smartphone access, young, impressionable kids are learning about sex from the worst source possible — online porn. (NY Times)
  • Speaking of the NYT, why does columnist David Brooks have such a fundamental misunderstanding of late-term abortions (and the fact that only slightly more than 1 percent of abortions are performed at 21 weeks or later, according to the Guttmacher Institute) and the reasons women have them? This is a highly educated, privileged man with access to soooo many educational resources and statistics on the subject … It’s almost like he’s being willfully ignorant! (Slate)
  • How Trump’s Global Gag Rule Is Devastating Abortion Rights & So Much More One Year Later (Bustle)
  • Alarming news: Head and neck cancers caused by HPV are expected to outnumber cervical cancer cases in the next few years. (U.S. News & World Report)
  • Additionally, men infected with HPV-16, the type responsible for most HPV-related cancers, are 20 times more likely to be reinfected with the same type of HPV after one year. (Science Daily)
  • Thank you, Cosmo, for highlighting Planned Parenthood’s efforts to increase access to telemedicine abortion in 2018. Ensuring women have choices and access to safe procedures will always be a meaningful endeavor for us. (Cosmopolitan)
  • Women who were denied an abortion are three times more likely to be unemployed than women who were able to access one. Women’s access to reproductive health care has an undeniable economic impact! How many times do we have to highlight this connection? (Rewire)
  • Excuse me if I sound radical, but Trump and the Republicans’ war on Medicaid is tantamount to genocide of the poor. (Salon)

STD Awareness: Transgender Men and Cervical Health

Healthy cervical cells as seen under a microscope. Image: National Cancer Institute

Just one month ago, headlines screamed that the Centers for Disease Control and Prevention (CDC) received a list of “banned words” from the Trump administration. One of those words was transgender, raising the alarm that the current president might be eyeing policies that would further marginalize the trans population and harm their health. (Other forbidden words include fetus, evidence-based, and vulnerable.) Some have argued it wasn’t Trump policy per se, but self-censoring on the part of the CDC to protect their budgets from being slashed by legislators hostile to transgender rights, abortion rights, science, people of color, and poor people.

In any case, refusing to use words like transgender can have grave consequences for trans health. If the CDC can’t reference the trans population when requesting money for services and studies, they will be hobbled in their ability to serve that population’s needs.


Recommendations for cervical cancer screening are the same for anyone with a cervix, whether trans or cisgender.


January is Cervical Health Awareness Month. Anyone who has a cervix can develop cervical cancer — including transgender men who have not had their cervixes surgically removed. In observance of the month, and in defiance of directions to avoid the word transgender, today we’ll discuss the importance of cervical health in trans men — and why taxpayer-funded entities like the CDC and the National Institutes of Health must be able to study and serve this population.

Transgender men (or trans men for short) are individuals born with female reproductive organs, but who identify as male. Likewise, cisgender women were born with female reproductive organs and identify as female. Both trans men and cisgender women were born with cervixes, and wherever a cervix exists, the possibility of cervical cancer exists. Continue reading

STD Awareness: Is HPV Now a “Men’s Disease”?

Human papillomavirus, or HPV, is most notorious for causing cervical cancer — making it, in many people’s minds, a “women’s disease.” But this gender-blind sexually transmitted virus can cause cancer in any cell it infects, and is associated with cancers of the cervix, anus, vagina, vulva, penis, and mouth and throat — aka oropharyngeal cancer.

While oropharyngeal cancers used to be caused mostly by tobacco, as people quit smoking an increasing proportion is caused by HPV. In the 1980s, only 15 percent of oropharyngeal cancers were caused by HPV, but nowadays the virus is behind 70 percent of them. A 2011 study predicted that the number of HPV-positive oropharyngeal cancers will surpass cervical cancers by 2020.


HPV is rapidly gaining prominence among men.


It’s only 2017, but we’re ahead of schedule. Earlier this year, researchers reported that, in the United States, oropharyngeal cancer is more common among men than are cervical cancers among women — and oropharyngeal cancer rates are increasing in the male population, while they are relatively stagnant among women. These rates are projected to continue climbing, which will skew oropharyngeal cancer even more heavily toward the male population. But, in the public’s imagination, HPV is most well-known for its association with cervical cancer — while most people haven’t even heard of oropharyngeal cancer.

Oropharyngeal Cancer and HPV

Oropharyngeal cancer can strike the inside of your mouth and throat. Risk factors include tobacco (including cigarettes, snuff, and chewing tobacco), marijuana use, alcohol, and oral infection with HPV. HPV can be spread by most sexual activities — including vaginal, anal, and oral sex, as well as “French kissing” and rubbing genitals together. There are many strains of HPV, which come in two main categories: low-risk HPV, which can cause genital warts; and high-risk HPV, which can cause cancer. Continue reading

STD Awareness: STI vs. STD … What’s the Difference?

When it comes to sexually transmitted diseases, the terminology can be confusing. Some people use the phrase “STD,” some people insist “STI” is the proper set of initials, and every once in a while you might catch someone using the term “VD.” Over the years, the parlance has changed. What’s the deal?

VD: Venereal Disease

Blaming women for STDs (aka VD) is an age-old tradition.

“Venereal disease” has been in use since at least the 1600s (the Oxford English Dictionary cites a 1667 publication referring to a “a lusty robust Souldier dangerously infected with the Venereal Disease”). Around a century ago, Americans flirted with heavily euphemistic expressions, such as “social diseases,” but mostly, “venereal disease” was the terminology of choice for the better part of four centuries — slightly less euphemistic, as “venereal” was derived from Venus, the Roman goddess of love, sex, and fertility. Additionally, since at least the 1920s it was frequently shortened to “VD.” Those of us of a certain age might still remember hushed talk of VD among our grandparents, parents, or peers.

Around the 1930s, public health experts started wondering if referring to VD as a separate category of disease stigmatized these infections and those who carried them, dampening motivation to fight them with the same fervor with which the community battled other infectious diseases like influenza, smallpox, and scarlet fever. In 1936, Nels A. Nelson proposed replacing “venereal disease” with “genito-infectious diseases,” but that never caught on — you haven’t heard of GIDs, right? Continue reading

Some Good News About Three Sexually Transmitted Viruses

Scientists are hard at work finding ways to improve your health!

With so much bad news emblazoned across headlines in every newspaper you look at, the world might seem like a gloomy place. So let’s take one depressing subject — disease — and peel away the sad outer layer to find silver linings of optimism.

When it comes to infections, a lot of us blame one thing: germs, also known as “bugs” — “pathogens” if we’re fancy. Some people might not think of infectious diseases as being that big of a deal — after a round of antibiotics, you’ll be on the mend. Unfortunately, antibiotics only work for bacteria, but a lot of diseases are caused by other types of germs — for which antibiotics are no match. One type of germ is called a virus, and they can’t be cured. Sometimes they can be prevented with vaccines or treated with drugs. For example, the major strains of human papillomavirus (HPV) can be prevented with a vaccine called Gardasil, herpes simplex virus can be suppressed with antiviral drugs, and HIV can be controlled with antiretroviral drugs — but none of these infections can be cured. HPV is usually defeated by the immune system, but herpes and HIV are with you for life.

But it’s not all bad. Around the world, individual scientists have picked their “favorite” viruses and are devoting their lives to finding better prevention strategies, better treatments, and even cures. Let’s check in with some of the latest headlines touting the successes of science.

New Hope for a Herpes Vaccine

A herpes vaccine would be a blockbuster — given how common this sexually transmitted infection is, a preventive shot could help a lot of couples discuss their herpes status without as much fear of judgment and stigma.

Herpes might cause an “outbreak” — unpleasant symptoms that include genital sores — but afterward the virus goes dormant in the nerve cells, hiding from the immune system. In some people, the virus can come out of its dormancy to cause flare-ups of symptoms, but once it’s had its fun it retreats back to the nerve cells.

Earlier this year, media reported on a promising new candidate for a herpes vaccine. Using a completely different strategy than previous, failed herpes vaccines, the researchers behind this breakthrough targeted the part of the virus that allows it to hide from our immune systems. If this vaccine works as hoped, recipients will be able to mount an immune defense when exposed to the virus, blocking it from establishing a permanent home in nerve cells. It might even suppress outbreaks in people who already have herpes. Continue reading