The future of exercise technology for women with fibroids

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We all know that regular exercise is an important part of staying healthy for everyone and is, in fact, a crucial part of an overall fibroid management plan. Unfortunately, the reality for many of us is that the symptoms of fibroids—including heavy periods, pelvic pain, and fatigue—can significantly impact our ability to get the exercise we need and to feel comfortable while doing it.

The good news is that as technology continues to advance, new tools and platforms are emerging that can support women with fibroids in maintaining active lifestyles. In this article, we’re looking at the potential of current and future exercise technology so you can get stuck into those workouts!

Current exercise recommendations for fibroid management

Given the importance of exercise for managing both overall health and the symptoms of fibroids, we’ve already covered quite a few of the typical ‘do’s and don’ts in a separate article available here.[1] These include stretching or yoga to avoid muscle stiffness, walking to get your steps in and lift your mood, and typical cardiovascular activities like swimming (unless you’re currently bleeding) or jogging if you’ve gotten the all-clear from your doctor.

Generally, High-Intensity Interval Training (HIIT) and exercises like stomach crunches or sit-ups should be avoided for the obvious reasons that they can be very strenuous, causing you pain and even increasing blood supply to the area.

Now on to the possibilities of tech!

Customizing wearables

The rise of wearable technology and smart fitness equipment offers new opportunities for women with fibroids to tailor their exercise routines.

One of the main ways is through symptom tracking and data analysis. Advanced fitness trackers and smartwatches can now monitor various health metrics relevant to fibroid management, including menstrual cycle tracking to predict heavy bleeding days, sleep quality monitoring to assess fatigue levels, heart rate variability to gauge stress and recovery, and activity levels to identify patterns in energy and symptoms. By aggregating this data, algorithms can provide insights into how fibroids affect an individual’s physical well-being and suggest personalized exercise plans[2].

More than that, wearable devices can be programmed to send gentle reminders for stretching or light exercise during low-energy periods, suggest optimal times for slightly more intense workouts based on symptom patterns, or prompt relaxation techniques during high-stress moments.

The options are endless, and while we’re not here to recommend which specific device you should look into (a lot depends on your personal preference or budget), there are lots of useful articles that can help you sort through the clutter like this one[3] or this one[4].

Fitness apps and virtual coaching

Digital platforms are revolutionizing how women with fibroids approach exercise, for example by offering plans with low-impact alternatives for high-intensity exercises or providing specific pelvic floor and core-strengthening exercises that will give you all the benefit, without the painful side effects. Better yet? You can do many of these from the comfort of your own home, without having to feel worried about breakthrough bleeds, and giving you the option to pause and take breaks when you need them.

 A quick trawl through Google or YouTube will even provide multiple options for online classes specifically designed for women with fibroids in your time zone. That said, it’s still important to consult your doctor before embarking on one of these, no matter how appealing they may look. One of the unfortunate aspects of fibroids is that the condition doesn’t always show up in a uniform way. Every woman is different, and thus, not every plan will suit you.

Looking to the future: Emerging technologies for fibroid-friendly exercise

As technology continues to advance, several promising developments could really change the way we all exercise! AI-powered personal trainers[5] are showing the potential to predict symptom flare-ups and proactively adjust exercise recommendations. They can also offer real-time form corrections and modifications through computer vision technology.

Meanwhile advanced biofeedback mechanisms (a fancy term to describe the monitoring of physiological functions in the body) could provide more precise insights into how exercise affects fibroid symptoms. This could include non-invasive ultrasound wearables[6] to monitor fibroid size and uterine blood flow during activity, muscle tension sensors to guide proper engagement of pelvic floor muscles, and hormonal balance monitoring to optimize exercise timing within the menstrual cycle.

Lastly, one of the next major developments we may see hit the shelves and the public’s consciousness is smart clothing and textiles. Imagine compression garments[7] with built-in sensors to monitor pelvic pressure and provide support, or moisture-wicking fabrics with integrated heating elements to alleviate cramping?

Conclusion

For most of us suffering from fibroids – the future can’t come quickly enough – for medical treatment options or for more tailored exercise plans. Thankfully however, many of the technologies discussed here aren’t just an option for tomorrow but are already available today. Remember to check in with your doctor before engaging in any specific exercise plan and to share whatever data you accumulate during your exercise journey with them to improve your overall management plan. When it comes to fibroids, knowledge is power, and this often comes from data!

[1] https://talkingfibroids.com/impact-on-my-life/exercising-with-fibroids-dos-and-donts/

[2] https://bmcmedinformdecismak.biomedcentral.com/articles/10.1186/s12911-023-02350-w

[3] https://medicalfuturist.com/the-wearable-health-tracker-landscape-18-devices-on-18-body-parts/

[4] https://www.herox.com/blog/342-wearable-tech-could-help-with-health-pain-and-more

[5] https://www.ijraset.com/research-paper/virtual-fitness-trainer-using-artificial-intelligence

[6] https://ieeexplore.ieee.org/document/10591485

[7] https://www.mdpi.com/2076-3417/13/24/13198

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