Skip to main content
  1. Home
  2. Emerging Tech
  3. Health & Fitness
  4. News

Breakthrough male contraceptive gel is nearly ready for the bedroom

Add as a preferred source on Google

There’s been plenty of innovation when it comes to fertility-based technologies over the past few decades. One area which hasn’t really changed at all, however, is the choice available to men in terms of male contraceptives. Outside of condoms or vasectomies, options have been practically non-existent. Potentially until now, that is. At the University of Washington (UW) School of Medicine, researchers are in the process of launching a clinical trial to test the efficacy of a new male contraceptive gel — and you could be a part of it.

This gel is designed to be applied by men once a day. It is absorbed through the skin by rubbing it into the upper arms and shoulders. Once absorbed, it reduces the overall concentration of sperm to levels intended to negate the risk of pregnancy. It is 100 percent reversible, promises to be affordable, and, as far as studies have shown so far, is entirely safe.

Recommended Videos

“Everything else remains normal,” Dr. William Bremner, Professor of Medicine at the UW School of Medicine, told Digital Trends. “The man has normal testosterone function and normal sexual function, such as volume and frequency of ejaculate, but doesn’t have any spermatozoa in the ejaculate.”

The gel — referred to as NES/T — is a combination of testosterone and Nestorone. It’s analogous to currently available female contraception methods, such as the combined contraceptive pill, which contains estrogen and a progestin. In the case of NES/T, it turns off the pituitary gland hormone which normally stimulates the testes to produce sperm.

For their study, the UW School of Medicine researchers are seeking couples interested in helping test the gel. Couples who participate will be expected to use NES/T as their sole form of contraception for a full year. You can check out the comprehensive details about eligibility (over the age of 18, with no history of medical issues which may affect reproduction) here. The trial is initially recruiting participants in California, Kansas, and Washington. Later sites will include Chile, England, Italy, Kenya, Scotland, and Sweden. If you’re interested in taking part, you can contact the study’s organizers at 1-206-616-0484 or malectr@uw.edu.

Results of the trial will be published in 2022, after the researchers have time to complete the study and then assemble and analyze their data. Provided all goes well, hopefully it won’t be too long before NES/T is made available to whoever wants it.

Luke Dormehl
I'm a UK-based tech writer covering Cool Tech at Digital Trends. I've also written for Fast Company, Wired, the Guardian…
Google Flow Music Spaces is becoming an all-in-one AI music studio
The latest update brings song editing, stem splitting, image generation, lyrics, and video creation into a single workspace.
Google Flow Music Featured

The company has announced a major update for Flow Music Spaces, bringing a suite of new AI-powered creative tools directly into collaborative workspaces. Instead of jumping between different apps or sessions, users can now generate and edit songs, split audio stems, create images, write lyrics, and even generate videos without leaving a Space.

What's new in Flow Music Spaces?

Read more
A Florida pastor asked ChatGPT if he was okay. It nearly got him killed.
When "just relax and recover" turns out to be the worst medical advice you could get.
ChatGPT on iPhone

Scott Winters, a pastor from Florida, is suing OpenAI after ChatGPT allegedly gave him what his lawsuit calls "extremely dangerous" medical advice, advice that nearly cost him his life.

What happened to the pastor?

Read more
Scientists made robots curious like toddlers, and it helped them learn language twice as fast
Give a robot curiosity, and it starts learning language (and misbehaving) just like a toddler.
robots and kids photo

Scientists have been trying to figure out how kids pick up language so fast for decades, and a new study out of the Okinawa Institute of Science and Technology (OIST) might have cracked part of the puzzle: curiosity.

Researchers built a virtual robot with a brain-inspired neural network and set it loose in a simulated 3D world full of shapes, colors, and simple commands like "push left magenta dumbbell." 

Read more