Today we get to hear from Mitch Owens, MsPT, COMT who is the author and instructor of "Neck Pain, Headaches, Dizziness, and Vertigo: Integrating Vestibular and Orthopedic Treatment". Join Mitch in Rockville, MD on November 14-15 in order to learn more about treating patients with head trauma.

Following a whiplash injury, concussion or vestibulopathy patients will complain of the same cluster of symptoms: neck pain, dizziness, and headache. In order to properly treat patients complaining of these symptoms a clinician must first be able to determine the source and understand the physiology at work to reason out the best plan of care.

Treating individuals for dizziness, neck pain and headaches requires a refined understanding of the systems involved, the clinical tests that can be used to differentiate symptom generation and then finally which evidence based interventions should be deployed.

A patient who presents with a complaint of dizziness or vertigo following a trauma to the head or neck will challenge the examination skills of even the best practitioners. The list of differential diagnosis includes a number of conditions that could prove to be quite threatening to the patient with or without intervention. These conditions include: vertebral basilar insufficiency, cervical fracture, dislocation or instability, stroke, traumatic brain injury, concussion, and peripheral vestibulopathy to name a few. The ability to clinically reason and properly assess these individuals is crucial to the effective management of any orthopedic or neurologic case load.

Clinicians treating either population need skill sets that bridge the orthopedic and neurologic expertise gap that often exist if clinicians. The need to close this gap is highlighted the following facts:

- 15-20% of Benign Paroxysmal Positional Vertigo is caused by trauma (Gordon, Carlos et al. 2004).
- 19% of cases of whiplash demonstrated vestibulopathy with videonystagmography (VNG) testing within 15 days of their accident (Nacci, A. et al 2011).
- 60% of cases of whiplash with head trauma demonstrated vestibulopathy (Nacci, A. et al. 2011).
- Dizziness is reported 20-58% of whiplash patients (Wrisley DM et al. 2000).
- Between 40%-70% of individuals with persistent whiplash associated disorders complain of dizziness (Treleaven, Julia et al. 2003).
- The incidence of cervicogenic dizziness has been reported to be 7.5% of all dizziness (Ardic FN, et al. 2006)

Recent evidence has shown that sensory dysfunction is as much a part of dizziness as it is a component of chronic neck pain (Treleaven, Julia et al. 2003).

Interventions directed at training cervical proprioception have been show to significantly reduce pain and has improved function in patients with chronic neck pain (Revel, Michel, et al 1994). Manual therapy techniques directed at the upper cervical spine have also been shown to effectively treat dizziness in randomized control trials (Reid, Susan A., et al. 2013).

Thus we are learning the ability to effectively measure and treat neurologic dysfunction is an important part of address cervical spine issues. It is equally true that being able to assess and treat cervical spine dysfunction is an important part of treating patients who complain of dizziness.

Enhancing your neurologic and orthopedic skill set is clearly useful for any clinician and will help improve your outcomes across all patient populations. Continued training in these areas will expand what patients you can see, add to your clinical tool belt, and improve your confidence within your current caseload.

References:
Ardic FN, Topuz B, Kara CO. Impact of multiple etiology on dizziness handicap. Otol Neurotol. 2006;27:676 – 680.
Gordon, Carlos R., et al. "Is posttraumatic benign paroxysmal positional vertigo different from the idiopathic form?." Archives of Neurology 61.10 (2004): 1590-1593.
Nacci, A., et al. "Vestibular and stabilometric findings in whiplash injury and minor head trauma." Acta Otorhinolaryngologica Italica 31.6 (2011): 378.
Reid, Susan A., et al. "Comparison of Mulligan Sustained Natural Apophyseal Glides and Maitland Mobilizations for Treatment of Cervicogenic Dizziness: A Randomized Controlled Trial." Physical therapy (2013).
Revel, Michel, et al. "Changes in cervicocephalic kinesthesia after a proprioceptive rehabilitation program in patients with neck pain: a randomized controlled study." Archives of physical medicine and rehabilitation 75.8 (1994): 895-899.
Treleaven, Julia, Gwendolen Jull, and Michele Sterling. "Dizziness and unsteadiness following whiplash injury: characteristic features and relationship with cervical joint position error." Journal of Rehabilitation Medicine 35.1 (2003): 36-43.
Wrisley DM, Sparto PJ, Whitney SL, Furman JM: Cervicogenic dizziness: a review of diagnosis and treatment. Journal of Orthopaedic & Sports Physical Therapy 2000, 30(12):755-766.

What are the attributes and barriers to care for college-aged women who have pelvic pain? This is a question asked by researchers who published an original article on the topic in the Journal of Minimally Invasive Gynecology. To complete the study, a random sample of 2000 female students at the University of Florida were sent an online questionnaire. Included in the questionnaire was basic demographic data, general health and health behavior questions, psychosocial factors, measures assessing different types of pelvic pain such as dyspareunia, dysmenorrhea, urinary, bowel, or vulvar pain, and information about barriers to care for pelvic pain and quality of life measures. A total of 390 women completed the survey, and the mean age was 23 years old. Most of the women in the sample identified as white, with 9.6% identifying as black or African-American. Most of the respondents had never been pregnant. The chart below lists some of the data.

Barriers to receiving care included difficulty with insurance coverage and providers’ “…lack of time and knowledge or interest in chronic pelvic pain conditions.” An interesting finding was that among the women who had pelvic pain, those who were sexually active reported lower scores on physical and mental health. Even among the women without pelvic pain, those who were sexually active reported lower mental health scores.

How can this study encourage us as pelvic rehabilitation providers? Can we reach out to providers and share the potential benefits of pelvic rehab care to decrease the burden on the patient in finding services? It seems that in addition to continually spreading the word that pelvic pain can be eased with rehabilitation efforts, we can provide the interest and knowledge in the subject so that the patient can feel validated and can be instructed in self-management tools.

Over the past 28 years, my pelvic floor has endured at least 20,000 miles of running, including racing on the collegiate level and then completing 10 marathons. Add to the high-impact sport two 8.1 pound natural childbirth deliveries 26 months apart, and you can imagine why I accepted the invitation to blog for this well-respected institute. One of my elderly patients once told me my uterus was going to drop out from so much running (which, thankfully, has NOT happened); however, I have to admit, urinary stress incontinence and frequent urination were unwelcome enough consequences! On the positive side, it all initiated my journey to understanding the pelvic floor.

In 2014, Poswiata et al used the Urogenital Distress Inventory (UDI-6) to assess how prevalent stress urinary incontinence may be among elite female skiers and runners. Of the 112 female athletes in the study, 50% reported leaking a small amount of urine. Coughing and sneezing provoked leakage for 45.54% of those women, indicating stress incontinence, and 58.04% of the women in the study reported frequent urination. Are those acceptable statistics? I would have to say no.

Research results can be comforting so athletes can be told they are not alone regarding a quite personal aspect of their lives. When I could supposedly empty my bladder, stand to wash my hands and have to go again, walk down the hall to put on my sneakers and go once again before heading out the door for a run, it was nice to know someone else was probably experiencing the same issue that morning. Just because it is common, though, does not make it “normal.” We are not meant to leak just because we stress our bodies beyond normal ADLs.

A very recent study by Luginbuehl et al (2015 July 21), just published online, attempted to explore the electromyography (EMG) activity of pelvic floor muscles with variable running speeds (7, 9, and 11km/h) over 10 steps. The highest pelvic floor muscle activity was recorded at 11km/h, which would sensibly suggest the muscles produce a greater contraction the faster someone runs. If a runner has developed a decreased ability to activate the pelvic floor muscles, stress urinary incontinence will likely become a highly irritating problem with fast running speeds over time. But how do they know, and where do they go?

Without health practitioners trained in rehabilitation of pelvic floor dysfunctions, consider how chronic an issue urinary stress incontinence would be for a large athletic population. So many women (and men) do not even recognize their leakage or frequent urination as treatable “issues” and never mention them to anyone. Often times, we are treating an athlete for a hip or lumbar injury and purposefully yet discretely have to ask the right questions and then educate the patient how some of their symptoms are secondary to pelvic floor deficits. Someone has to explain what is normal, and, better yet, someone HAS to make an effort to fix what is “broken” and restore the pelvic floor to a higher level of function. With the proper training, perhaps that someone can be you.

References:
1. Poświata, A., Socha, T., & Opara, J. (2014). Prevalence of Stress Urinary Incontinence in Elite Female Endurance Athletes. Journal of Human Kinetics,44, 91–96. doi:10.2478/hukin-2014-0114.
2. Helena Luginbuehl, Rebecca Naeff, Anna Zahnd, Jean-Pierre Baeyens, Annette Kuhn, Lorenz Radlinger (2015 July 21). Pelvic floor muscle electromyography during different running speeds: an exploratory and reliability study. Archives of Gynecology and Obstetrics. doi: 10.1007/s00404-015-3816-9.

The phrase “rectal prolapse” may be easily confused with the term “rectocele” yet they may be very distinct clinical presentations. A rectocele refers to a prolapse of the posterior wall of the vagina that allows the rectum to bulge forward towards the posterior vaginal wall. This condition occurs most often in women rather than men. A rectal prolapse is a protruding of the rectum itself outside of the anal verge or opening. An overview article published in 2013 in the Journal of Gastrointestinal Surgery provides information about the condition that may assist the pelvic rehabilitation provider with valuable clinical concepts. Prior to becoming a full external prolapse, an internal intussusception may occur (and observed on defecography) and progress to include an external mucosal prolapse. Rectal prolapse may occur with or without other conditions of pelvic organ descent such as a cystocele or uterine prolapse. Although the prevalence of complete rectal prolapse is low, and occurs more often in women or in elderly patients, interference with quality of life may be significant.

Symptoms can include pain, difficulty emptying the bowels, bloody and or mucous discharge, urinary incontinence, and fecal incontinence or constipation. Patients may also complain of a lump or a bulge in the rectum that may or may not improve following a bowel movement. A complete rectal prolapse can be described as a full-thickness protrusion of the rectum through the anus. A more serious consequence of this condition is strangulation of the bowel. Features of a rectal prolapse often include a redundant sigmoid colon, levator ani muscle diastasis, and loss of the vertical position of the rectum, according to the article.

Treatment of a rectal prolapse may include surgery. Prior to surgery, a physical exam, colonoscopy, anoscopy, and possibly manometry and defecography may be completed. The surgical goals are to correct the prolapse, improve any complaints of discomfort, and to resolve bowel dysfunction. Surgical approaches may include abdominal or perineal approaches, minimally invasive versus open surgery, and techniques can include posterior versus ventral and rectopexy with or without sigmoidectomy. For more details about the specific approaches for rectal prolapse repair, see the linked article. The authors of this overview article point out that because “…there is a paucity of data evaluating the effectiveness and appropriateness of the various surgical techniques…”, there is not one single management strategy for each patient.

Nonsurgical recommendations for management of a rectal prolapse include appropriate daily fluid and fiber, suppositories or enemas if needed, biofeedback training, and pelvic floor muscle exercises. A patient may benefit from education in all of these concepts, before and/or following surgery. Pelvic rehabilitation providers are well poised to offer conservative management in these conditions prior to and following any needed surgery.

To learn more about rectal prolapse and related dysfunctions, join Dr. Lila Abbate, PT, DPT, MS, OCS at Bowel Pathology, Function, Dysfunction and the Pelvic Floor this November in New York, NY!

Varicoceles are enlarged veins that occur in the scrotum. They can be common in adolescent boys and men, with an incidence rate of approximately 15%. Because up to 1/3 of men dealing with infertility have a varicocele, a repair of this venous herniation may be a first line treatment for male fertility. Varicoceles are sometimes referred to as feeling like a "bag of worms" due to the distended veins that coil through the area (the U.S. National Library of Medicine provides a useful illustration). Although varicoceles may be painless, they are thought to be symptomatic in up to 10% of men. Symptoms can be dull, aching, throbbing, and can worsen with physical activity. Conservative care includes scrotal support, limiting physical activity, and using anti-inflammatory medications.

Pelvic rehabilitation providers may work with a male patient who complains of scrotal pain, and who has a known diagnosis of a varicocele. If the patient is unsure of such a diagnosis, questioning the patient about prior discussions with his medical providers may reveal that he was told about “enlarged veins in the scrotum” or similar description. Visual inspection may reveal the tell-tale appearance of distended veins inside the scrotum, and palpation may reveal a significant difference among sides (unless both sides are involved of course.) Physical examination for a varicocele is usually completed in supine and standing positions and may be palpable with or without Valsalva maneuver. Keeping in mind that the differential diagnosis for pain in the scrotum can include medical conditions such as testicular torsion, epididymitis, inguinal hernia, testicular tumor, hydrocele, epididymal cyst, or sperm granuloma, patients who have complaints must see an appropriate medical provider to rule out such conditions. It is also possible for a patient’s condition to change or worsen if a period of time has passed, with communication with the referring provider recommended. Post-surgical complications that should also be considered are inguinal hernia repair for nerve entrapment or vasectomy.

Because of the nerves traveling in the same pathway as the involved veins, we can also consider the neural tension potentially created from the increased venous distension creating either (or both) compression and drag. Surgical options may be discussed by the medical provider, and these might include a microsurgical ligation or a varicolectomy. According to Park & Lee (2013) “A varicocelectomy should be considered in patients with no alleviation of their pain after conservative management, including resting, scrotal elevation, and nonsteroidal anti-inflammatory analgesics.” Conservative management is exactly where we can fit in as providers of pelvic rehabilitation. Including a condition such as a varicocele in our differential diagnosis and treating planning can further our success with patients.

Herman & Wallace offers it's popular Male Pelvic Floor Function, Dysfunction and Treatment course next month in Denver, CO. See you there!

References

Park, Y. W., & Lee, J. H. (2013). Preoperative predictors of varicocelectomy success in the treatment of testicular pain. The world journal of men's health, 31(1), 58-63.

Shridharani, A., Lockwood, G., & Sandlow, J. (2012). Varicocelectomy in the treatment of testicular pain: a review. Current Opinion in Urology, 22(6), 499-506.

Dr. Susane (Susie) Mukdad is the founder of Healing Hands Physical Therapy, Inc., located in Willow Springs, IL.

Being a new mom is such a blessing, a new chapter in a woman’s life filled with joy, happiness, and many surprises! But giving birth can also bring about many changes in a woman’s physical, emotional, and social health. Increased level of sex hormones can result in physiological, cognitive, and musculoskeletal changes. These fluctuations continue to occur after birth, placing a new mom, who is now faced with many physical and emotional challenges at risk for burn out. In addition, new moms have to worry about their careers and relationships, suffer sleep deprivation, and the availability for support from their family and friends all of which can affect a new mom’s self-esteem, mood, and most importantly parenting ability.

According to a recent CDC survey, approximately 8-19% of women experience postpartum depression. In most cases, this occurs during the first 3 mo postpartum.

So, how can a new mom improve her well-being after having a baby?

"The number of women who were 'at risk' for postpartum depression prior to the treatment, dropped by nearly 50% at the end of treatment"

A recent study published in the Journal of the American Physical Therapy Association reports that participating in an individualized exercise and education program can significantly improve postpartum well-being. The researchers performed a Randomized Control Trail that looked at 161 new moms all of which were randomly selected into two groups: 1) Mom & Baby Program + Education 2) Education Only. The Mom & Baby Program consisted of an individualized postpartum exercise regimen for 60 min/1x per week conducted by a licensed physical therapist. In addition, participants received 30-minute educational sessions from various healthcare professionals that included, physical therapist, health psychologists, nutritionists, midwives, and speech pathologists. The Education Only group received informational material mailed to them over an 8-week period. Treatment lasted for a total of 8 weeks.

When the two groups were compared, the results were significant! Moms that were in the Mom & Baby Program + Education group reported significantly better well-being and depressive scores and the number of women who were “at risk” for postpartum depression prior to the treatment, dropped by nearly 50% at the end of treatment.

So what does this all mean?

It means that having a support group, someone coaching you through a safe exercise program and educating you on the ins and outs of being a new mom can be extremely beneficial to your health and overall well-being, reducing your risk of the postpartum blues. Having a team of well rounded healthcare practitioners such as physical therapists, doulas, midwives, and nutritionists can significantly improve your experience of being a new mom and provide you with the lasting support that you need to not only take care of yourself, but also your new baby.

For more on postpartum patient health, consider attending Herman & Wallace's Care of the Postpartum Patient course. The next event will be in Seattle, WA on March 12-13, 2016.

Norman, et al. An Exercise and Education Program Improves the Well-Being of New Mothers: A Randomize Control Trial. PHYS THER. 2010; 90:348-355

What are you saying when giving directions to men during pelvic floor muscle training, and how do those instructions affect the effectiveness of a contraction? These questions are tackled in a study that is very interesting to therapists working in pelvic dysfunction. 15 healthy men ages 28-44 (with no prior training in pelvic floor training) were instructed to complete a submaximal effort pelvic muscle contraction. Tools utilized to acquire data in the study include those below:

Participants sat upright on a plinth (backrest reclined at ~20 degrees with their knees extended). Directions for the submaximal efforts were given by telling the men to produce a level 3/10 effort with 10 being a maximal contraction. The men were instructed to hold the contraction for 3 seconds, and they were given 10 seconds rest between each of the 4 contractions using different verbal cues. (This series of 4 contractions was repeated with randomization for verbal cues, with a 2 minute rest in-between.) Verbal instructions were intended to target specific contractile tissues as described below- some of this theory could be validated via the fine wire EMG.

Displacement, IAP, and abdominal/anal EMG were compared for the different verbal instructions. The greatest dorsal displacement of the mid-urethra and striated urethral sphincter activity was noted with the instruction to "shorten the penis." "Elevate the bladder" encouraged the greatest increase in abdominal EMG and IAP, while "tighten around the anus" induced the greatest anal sphincter activity. Displacement of pelvic landmarks correlated with EMG readings of the muscles thought to produce the targeted movement. The authors conclude that the therapist's choice of verbal instructions can influence the muscle activation and urethral movement in men. They suggest "shorten the penis" and "stop the flow of urine" for optimal activation of the striated urethral sphincter. They also point out the fact that by using the fine wire EMG and correlating muscle activation to observations with the transperineal ultrasound, the study validates the use of the less invasive method. If you are ready to jump into more education about male pelvic rehabilitation, join us in Denver in early August, or Seattle in November.

Visceral therapy is increasingly used by manual therapists, and research continues to emerge that attempts to explain the underlying mechanisms of the techniques. A study published in the Journal of Bodywork & Movement Therapies in 2012 reports on the effects of visceral therapy on pressure pain thresholds. Osteopathic visceral mobilization was applied to the sigmoid colon in 15 asymptomatic subjects. Pressure pain thresholds were measured at the L1 paraspinal muscles and 1st dorsal interossei before and after intervention. Pressure pain thresholds at the level assessed improved significantly immediately following the visceral mobilization. The effect was not found to be systemic. Hypoalgesia, therefore, may be a mechanism by which visceral mobilization affects patients who are treated with this technique.

Another research study that aimed to assess the effects of visceral manipulation (VM) on low back pain found that the addition of VM to a standard physical therapy treatment approach did not provide short term benefits. However, when the 64 patients were reassessed at 2, 6, and 52 weeks following treatment, the patients in the group with visceral manipulation were found to have less pain at 52 weeks. The patients were randomized into 2 equal groups and were provided physical therapy plus a placebo visceral treatment or a visceral treatment in addition to physical therapy. The authors propose that there may be long-term benefits of including visceral therapy in rehabilitation approaches.

If you would like to learn more about visceral techniques as well as theory and clinical application, check out the schedules for Ramona Horton's Visceral Mobilization 1 (VM1): The Urologic System, and Visceral Mobilization 2 (VM2): The Reproductive System. The first opportunity to take VM1 is in November in Salt Lake City and VM2 is scheduled in September in Ohio.

The research on pelvic pain and specifically on sexual dysfunction has focused on heterosexual women, leaving a large gap in the clinically-based evidence. A study published last year in the Journal of Sex & Marital Therapy aimed to narrow this gap by studying the characteristics of vulvar pain in women in a variety of relationships. The associations between qualities such as love and communication were evaluated in relation to the participants' perceptions of how pain influenced their relationships. Within the research report, the authors establish that pelvic pain commonly causes pain and limitation with sexual function, and that queer women (defined in their work as women who identify as something other than heterosexual) also experience pain with sexual function.

The women in the study provided information about demographics, experiences of genital pain and pain characteristics. They completed surveys including the Dyadic Trust Scale (measures trust in a close relationship), the Rubin Love Scale (assesses level of romantic love), and the Communication Subscale of Evaluation and Nurturing Relationship Issues, Communication and Happiness Marital Satisfaction Scale (measures level of communication). Participants' average age was 25, and of the 77% who were in a relationship, most (60%) were in a mixed-sex relationship. Average length of relationships was 3 years, with nearly 84% of the women being white with some level of higher education.

Of the 839 women, 31% reported genital pain, with 12% of the women with genital pain in a same-sex relationship, 67% in a mixed-sex relationship, and 21% being single. Of the 260 women reporting genital pain, 39% identified as heterosexual, 15% identified as lesbian, and 46% identified as bisexual. The most common pain locations reported were inside the vagina (48%), in the pelvis or abdomen (45%), at the vaginal opening (39%), and 21% of the women reported global vulvar pain. From the data, the authors also report that women in same-sex relationships were likely to report that tampon insertion was painful.

The authors point out that challenges to healing for women who identify outside of heterosexual are many, and can include:

- homonegativity and heterosexism at a medical provider's office
- failure to disclose sexual identity due to fear of negative interaction
- fear that a symptom is linked to a sexual practice
- being in an unsupportive relationship or having poor adjustment within relationship

The limited research on sexual pain in women in same sex relationships has highlighted strengths within the relationships as well. Women in same sex relationships have been noted to have more effective communications skills, which may in turn foster better understanding of conditions such as pelvic pain. The authors concluded that while the characteristics of vulvar pain were similar across groups, there was a difference in the perception of pain impact on relationships. Better communication for same-sex couples and more love for mixed-sex couples was positively associated with impact on relationship. Of the women reporting pain, nearly half of the participants indicated that the pain negatively impacted their relationship in general, and 64% reported that the pain interfered with sexual health.

This type of research provides insight for pelvic rehabilitation clinicians and adds to our data base of considerations when working with women. The truth is that most of us were not provided adequate training in how to evaluate and manage issues of sexual health, nor were we provided with the means to value our own sexuality as a normal and healthy part of being. This lack requires education to fill in our own gaps, so that we can be of best service to our patients. If we are able to be present and nonjudgmental, our patients can in turn share openly and provide information that can direct best care. Holly Herman, co-founder of the Pelvic Rehabilitation Institute, offers a 2-day course in Sexual Medicine, so that providers can learn more about healthy sexuality as well as how to dialog with our patients.

Michelle Lyons is instructor of "Oncology and the Female Pelvic Floor: Female Reproductive and Gynecologic Cancers", among other Herman & Wallace courses. We thought you might like to hear her expert analysis of current research going on in the field of gynecologic oncology, and the benefits therapeutic yoga can have on patient rehabilitation. Take it away, Michelle!

More than 65,000 women are diagnosed with gynecologic cancers (vulvar, vaginal, cervical, ovarian, endometrial) in the United States each year (Sohl et al 2012). Treatment options for these women include surgery, chemotherapy, radiation and hormone therapy – all of which have the potential to have local, regional and global effects on a woman’s body. The pelvic rehab specialist is in a unique position to hugely improve quality of life issues for these women – dealing with issues directly associated with pelvic health (urinary, sexual and bowel function and dysfunction) as well as more global issues such as bone health, peripheral neuropathies and musculoskeletal dysfunctions.

Yoga has enormous potential as a therapeutic tool for gynecologic cancer survivors and as exercise prescription experts, we can add yoga as a multi-purpose tool to our skill-set.

Empirical research on therapeutic yoga has been ongoing for several decades, including several recent studies conducted with cancer patients and survivors. Although most of the research looking at the benefits of yoga for cancer survivors has been done in the context of breast and prostate cancers, we can safely extrapolate many of the benefits associated with oncology rehab yoga, including its immediately obvious ability to improve flexibility, strength, balance, but also the impact yoga can have on decreasing inflammation, improving sleep and raising quality of life scores in pelvic cancer survivors.

Recent papers by Dewhirst et al showed how moderate exercise can improve the efficacy of chemotherapy and radiation by decreasing tumour hypoxia – they also discovered that this may limit metastatic aggression.

We also know that exercise can be potent medicine when it comes to dealing with the effects of cancer treatments, especially fatigue, bone health and cardiovascular function, which may disrupt return to exercise (Kerry et al 2005). But pelvic cancer patients may face extra barriers when it comes to returning to exercise, such as pelvic pain and concerns about continence, as well as diminished flexibility, balance and strength. But as Blaney et al concluded in their 2013 paper ‘…however, the main barriers reported were those that had the potential to be alleviated by exercise.’ And in my opinion, this can be achieved by integrating yoga into our pelvic oncology rehab programs.

These recent and exciting research findings have encouraged me to add a therapeutic yoga lab session to my Oncology & the Pelvic Floor course, which I will be teaching in NY next month. This is the last chance to catch this course stateside this year so I hope you will join me in White Plains to explore the many ways we can make a serious impact on pelvic cancer survivorship (Bring your yoga mat!)

References:

Psychooncology. 2013 Jan;22(1):186-94.
Cancer survivors' exercise barriers, facilitators and preferences in the context of fatigue, quality of life and physical activity participation: a questionnaire-survey. Blaney JM1, Lowe-Strong A, Rankin-Watt J, Campbell A, Gracey JH.

Annals of Behavioral Medicine
April 2005, Volume 29, Issue 2, pp 147-153
A Longitudinal Study of Exercise Barriers in Colorectal Cancer Survivors Participating in a Randomized Controlled Trial
Kerry S. Courneya Ph.D., Christine M. Friedenreich Ph.D., H. Arthur Quinney Ph.D., Anthony L. A. Fields M.D., Lee W. Jones Ph.D., Jeffrey K. H. Vallance M.A., Adrian S. Fairey M.Sc.

JNCI J Natl Canc
Allison S. Betof, Christopher D. Lascola, Douglas H. Weitzel, Chelsea D. Landon, Peter M. Scarbrough, Gayathri R. Devi, Gregory M. Palmer, Lee W. Jones, and Mark W. Dewhirst
Modulation of Murine Breast Tumor Vascularity, Hypoxia, and Chemotherapeutic Response by Exercise