Pelvic floor disorders are an all too familiar problem among women and may lead to urinary incontinence, sexual dysfunction and fecal incontinence as well as pain and feelings of vaginal laxity. Studies have proven RF therapy as an effective remedy for such disorders.
Dynamic quadripolar RF therapy improves self-perceptions of introital looseness and related symptoms such as dysuria and urinary incontinence in women with PFD, however further research must be conducted in RCTs to establish its efficacy and safety.
Efficacy
Recent research indicates that women undergoing radiofrequency (RF) treatment experienced significant improvements in female sexual function and pelvic floor muscle (PFM) strength following treatment with radio frequency (RF). Furthermore, researchers discovered these changes were more evident among participants who underwent RF treatment than placebo treatment – suggesting RF therapy may be an effective noninvasive means for treating PFDs; more high-quality RCTs must be conducted to confirm these results and establish optimal combinations between physical therapy and RF.
RF technology employs electromagnetic waves to heat tissues, inducing procollagen formation and tightening the collagen network. RF has long been utilized by cosmetic dermatology for skin rejuvenation; more recently it has also shown similar benefits on vulva rejuvenation. Furthermore, this treatment method can also be utilized for treating menopausal syndrome, stress urinary incontinence, and vulvar atrophy; plus its procedure requires little downtime!
One previous study demonstrated the efficacy of radiofrequency (RF) therapy as an effective means of treating PFDs by strengthening vaginal muscles and increasing pelvic floor muscle strength, leading to improved vaginal function and decreased urogenital symptoms. Unfortunately, however, its methods were poorly defined, and no control group existed within it; furthermore due to COVID-19’s pandemic situation blinding was difficult.
This study seeks to assess the efficacy of temperature controlled dual-mode (monopolar and bipolar) radiofrequency in improving vaginal laxity and increasing female sexual function. A total of 102 women suffering from vaginal laxity completed baseline and posttreatment surveys on Vaginal Laxity Questionnaire, Female Sexual Function Index and Sexual Satisfaction Questionnaire for assessment purposes. Participants also underwent biofeedback evaluation of levator muscle tonicity using manual examination by an experienced physiotherapist followed by measurements using pelvic manometer measuring power average, rest average and endurance of PFMT.
This research shows that low-energy dynamic quadripolar radio frequency treatment is an effective and safe solution for vaginal laxity and postpartum vulvovaginal atrophy. It improves self-perception of introital looseness related symptoms such as dysuria, urinary incontinence, sexual dissatisfaction, as well as increasing sexual satisfaction over a 12-month follow up period.
Safety
Pelvic Floor Dysfunctions (PFDs) are a common condition among women, often stemming from pregnancy, age or surgery. While various invasive and non-invasive treatments exist to restore pelvic floor muscles and relieve symptoms associated with PFDs (including pelvic floor muscle exercise, biofeedback laser and radio frequency therapies), radio frequency remains the most promising in terms of safety and efficacy due to its ability to target muscle tissue with greater intensity than other methods modalities; additionally it is safe for use during gestation menopause breastfeeding or menopause!
This investigation sought to ascertain whether temperature-controlled dual-mode radiofrequency was effective at improving vaginal laxity and female sexual function in 102 women with symptomatic vaginal laxity. Both treatment groups experienced marked improvements in terms of urinary incontinence, sexual distress and vulva pain scores; furthermore both treatments showed an increase in both manual examination results for tonicity of levator muscle tonicity as well as electromyographic biofeedback results of maximal pelvic floor contraction after treatment.
Comparative to MMT, the RF group experienced significantly less pain and side effects. Furthermore, its device produced more consistent improvements to levator muscle tonicity as well as power average and endurance of pelvic floor contractions.
Recent systematic review authors concluded that radio frequency (RF) therapy provided strong evidence for treating VLS and SUI. Further investigation of its effect on CPP and FI is required, however. Additionally, limited RCTs confirmed its efficacy as an adjunct to pelvic floor muscle training; its duration needs to be established, along with comparisons against other modalities.
Side Effects
Pelvic floor muscles play an essential role in supporting the bladder and pelvic organs. If they weaken, this could result in urinary incontinence, pelvic organ prolapse and feelings of vaginal looseness or discomfort during sexual activity – conditions commonly experienced by women after childbirth or as they age; chronic pelvic pain syndrome, menopause therapy or cancer treatments could further worsen them.
Breast cancer is one of the most prevalent forms of cancer among women, with a five-year survival rate of over 90%. Unfortunately, survivors often develop genitourinary dysfunction which impacts their quality of life negatively. This study will compare RF and pelvic floor muscle training (PFMT) methods in treating these symptoms for breast cancer survivors; participants will be asked to complete questionnaires that assess pelvic floor muscle strength, quality of life and sexual function.
The treatment uses a handheld device that delivers intermittent pulses of heating and cooling energy directly to the vaginal and pelvic area, stimulating collagen production while strengthening vaginal walls. It’s non-invasive and comfortable; many patients report feeling more confident after attending sessions.
Radio frequency energy not only improves the appearance and elasticity of vaginal walls, but it can also treat urinary incontinence and mild pelvic prolapse which commonly occur after childbirth or aging – these disorders affecting many women can significantly lower confidence. Urinary incontinence may be triggered by physical activities like coughing, sneezing, laughing or exercising and can result in urine leakage if you become stressed out enough.
Recent research revealed that radiofrequency (RF) treatment improved genitourinary function among breast cancer survivors similarly to that of PFMT, both reducing pelvic floor and paraurethral muscle pain as well as increasing patient comfort; with RF being superior in terms of vaginal laxity reduction. As such, both therapies should be seen as effective conservative treatments to manage GSM in these individuals, making for significant findings given the high prevalence of such symptoms among these populations.
Cost
The pelvic floor is a network of muscles, ligaments and connective tissue that serves to support the bladder, uterus and rectum, providing vital support for urinary and bowel function, sexual health and core stability. Many life events such as surgery, injury, labor and delivery or menopause can alter its functionality, leading to pain or dysfunction and discomfort for its inhabitants.
Rusk Rehabilitation uses cutting-edge noninvasive technologies like Winback Radiofrequency and Emsella Chair Treatments to strengthen pelvic floors and increase bladder control for effective pelvic physiotherapy sessions. This ensures pain-free relief from pelvic discomfort as well as stress or urge incontinence symptoms, such as stress incontinence.
Our physical therapists specialize in women’s health rehabilitation and create customized treatment plans tailored specifically to each patient. These may include pelvic floor muscle exercises, manual therapy to address muscle weakness and misalignment issues, education on pelvic floor function as well as self-management strategies.
As well as traditional modalities, we employ advanced technology such as ultrasound and electromagnetic energy to accelerate healing and promote tissue elasticity. High-energy electromagnetic fields reactivate electrochemical functions of cells, tissues, organs and bones by activating electrochemical pathways; while our High-energy electromagnetic intercellular transmission technology generates magnetic fields 600 times stronger than that found on Earth to penetrate cells and tissues and stimulate nerves muscles and blood vessels into activating.
ESWT, or extracorporeal shockwave therapy, produces focused shockwaves which disrupt myofascial trigger points and fascia adhesions to reduce pain, swelling, and inflammation. We utilize advanced needle techniques like dry needling to elicit twitch responses from trigger points for deactivation; ultrasound guidance ensures needles reach their targets to minimize discomfort while decreasing multiple insertions.