In some cases, vaginal weighted cones or biofeedback might help. To use a vaginal cone, you insert it into your vagina and use pelvic muscle contractions to hold it in place during your daily activities. During a biofeedback session, your doctor or other health care provider inserts a pressure sensor into your vagina or rectum. As you relax and contract your pelvic floor muscles, a monitor will measure and display your pelvic floor activity.
Vaginal cones. These are small plastic cones that you put inside your vagina for about 15 minutes, twice a day. The cones come in a set of different weights. At first, the lightest cone is used. You will naturally use your pelvic floor muscles to hold the cone in place. This is how they help you to exercise your pelvic floor muscles. Once you can hold on to the lightest one comfortably, you move up to the next weight and so on.
Biofeedback. This is a technique to help you make sure that you exercise the correct muscles. For this, a physiotherapist or continence advisor inserts a small device into your vagina when you are doing the exercises. When you squeeze the right muscles, the device makes a noise (or some other signal such as a display on a computer screen) to let you know that you are squeezing the correct muscles.
In some cases, vaginal weighted cones or biofeedback might help. To use a vaginal cone, you insert it into your vagina and use pelvic muscle contractions to hold it in place during your daily activities. During a biofeedback session, your doctor or other health care provider inserts a pressure sensor into your vagina or rectum. As you relax and contract your pelvic floor muscles, a monitor will measure and display your pelvic floor activity.
Pain can emerge because of lifestyle factors and underlying medical problems. Sitting all day can affect the nerves in your saddle, which may translate into a burning pain in your vulva, explains Rhonda K. Kotarinos, DPT, a specialist in pelvic floor dysfunction in the Chicago area. The discomfort of chronic vaginal infections or holding urine all day long can also lead someone to “walk around with their pelvic floor clinched to their ears. It can make your pelvic floor very angry,” she says.
Myofascial release was developed by John Barnes to evaluate and treat the myo-fascia throughout the body. The myofascial system is the connective tissue that coats our muscles, nerves, blood vessels, and bones, and runs throughout our bodies. Any tightness or dysfunction in the myofascial system can affect the aforementioned structures and result in pain and or movement dysfunction. By treating the fascia directly, therapists can improve their patient’s range of motion, reduce pain, and improve a patient’s structure and movement patterns.
Other devices. There are various other devices that are sold to help with pelvic floor exercises. Basically, they all rely on placing the device inside the vagina with the aim of helping the pelvic muscles to exercise and squeeze. There is little research evidence to show how well these devices work. It is best to get the advice from a continence advisor or physiotherapist before using any. One general point is that if you use one, it should be in addition to, not instead of, the standard pelvic floor exercises described above.
The pelvic floor is a group of muscles--in both men and women--that support your spine, help control your bladder, and help with sexual functions. By identifying your pelvic floor, performing Kegels (a popular pelvic floor exercise), and practicing other pelvic floor exercises, you can rehabilitate these muscles. In time, you can gain the benefits of a strong pelvic floor, including reduced urinary incontinence, less back pain, more control of your core, and better sex.
Kegels: American gynecologist Arnold Kegel created this seminal pelvic floor exercise. To do a Kegel, contract your muscles that stop the flow of urine, hold for five seconds, then release for five seconds. Repeat this exercise 10–15 times, up to three times per day. Avoid doing Kegel exercises when urinating since stopping the flow midstream can cause some urine to remain in your bladder, putting you at a higher risk of urinary tract infections (UTIs).