Tag Archives: testicles

Over 90 Percent of What Planned Parenthood Does, Part 11: Diagnosing and Treating Epididymitis

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Welcome to the latest installment of “Over 90 Percent of What Planned Parenthood Does,” a series on Planned Parenthood Advocates of Arizona’s blog that highlights Planned Parenthood’s diverse array of services — the ones Jon Kyl doesn’t know about.

Planned Parenthood Arizona treats epididymitis.This statement might raise a few questions:

Q: What’s epididymitis?
A: Epididymitis is the inflammation, or swelling, of the epididymis, resulting in pain in the scrotum.
Q: That’s great, but what the heck is an epididymis?
A: The epididymis is a tube that is connected to the testicle, and is where sperm are stored before ejaculation. The epididymis is 12 to 15 feet long, but is coiled tightly enough to fit inside the scrotum alongside the testes!

Chlamydia causes 70 percent of epididymitis cases in young heterosexuals. This STD is easily treated but frequently asymptomatic — and prevented by condoms.

So, basically, epididymitis is a condition that can strike anyone whose reproductive anatomy features an epididymis. It is generally caused by a bacterial infection — which may be sexually transmitted, such as gonorrhea and chlamydia, or may not be sexually transmitted, such as tuberculosis. Very rarely, epididymitis can be caused by other pathogens, such as viruses, fungi, or parasites. Inflammation of the epididymis can also be caused by the heart medication amiodarone (also known as Pacerone).

Epididymitis most commonly affects males between the ages of 14 and 35. Risk factors, regardless of age, include being uncircumcised, a history of prostate or urinary tract infections, having had surgery in the urinary tract, having a history of a neurogenic bladder, an enlarged prostate, regularly using a catheter, and not using condoms during vaginal or anal intercourse.

The symptoms of epididymitis usually develop over one or two days and can include: Continue reading →

Expanding Options for Male Contraception

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Condoms are the only contraceptive device that does double duty in preventing pregnancy and STD transmission. But will men’s birth-control options expand?

Many have wondered why there is not a male equivalent to the Pill. The short answer to this question is that the release of one egg is easier to prevent than the flow of millions of sperm. The longer answer to that question includes a litany of failures in the search for such technology. Currently, however, there are some interesting developments in male birth control.

The condom, of course, is the only birth-control method to do double duty in reducing risk for both pregnancy and STD transmission, but many heterosexually active males would like more options than the tried-and-true rubber, and their female partners, despite having expanded contraceptive options — including the Pill, the patch, and the IUD — might prefer for the men in their lives to help shoulder the birth-control burden.

One method under investigation is ultrasound, a technology that has been around for quite some time. Though scientists have been aware of its contraceptive potential since at least the 1970s, most studies have been conducted on nonhuman animals (though human trials could be on the horizon). Ultrasound involves the application of high-frequency sound waves to animal tissue, which can absorb the sound waves’ energy as heat. The possibility for ultrasound’s use for contraception operates on the idea that briefly heating the testes, which in mammals are normally kept a few degrees below core body temperature, can halt sperm production, leading to temporary infertility for about six months. Additionally, ultrasound could affect cells’ absorption rates of ions, which itself could create an environment unfavorable to spermatogenesis. Its extremely localized effects on animal tissues make ultrasound an attractive candidate for research.

One small study conducted on five dogs applied ultrasound to the canine testicles three times over a period of a few days. The researchers compared sperm count before the procedure to two weeks after the procedure. After the ultrasound treatments none of the canine sperm samples contained sperm. Side effects included tender testicles that had been reduced in volume. Continue reading →