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Herman & Wallace Blog

Persistent Pain, the Neuromatrix, and Pain Perception

Pain demands an answer. Treating persistent pain is a challenge for everyone; providers and patients. Pain neuroscience has changed drastically since I was in physical therapy school. This update comes from the International Spine and Pain Institute headed by the lead author Adriaan Louw, PT, PhD. If you are interested in reading more about persistent pain, I suggest reading the article in its entirety.

This article brings together several comorbidities that pelvic physical therapists often encounter; fibromyalgia, chronic fatigue syndrome, irritable bowel syndrome, and chronic Lyme disease. The authors argue that all of these syndromes have many common symptoms and might be dependent on the provider that the individual goes to as to which diagnosis the individual receives. Often, once an individual has a diagnosis, he or she (more often she) then identifies with this label. The authors reason that once medical pathologies have been ruled out, then a more holistic, biopsychosocial approach may create better outcomes.

Pain neuroscience education is a way to explain pain to patients, often with analogies, with a focus on neurobiology and neurophysiology as it relates to that individuals pain experience. To be able to educate our patients, we as providers, must be able to understand neuromatrix, output, and threat. Moseley states “[p]ain is a multiple system output activated by an individual’s specific pain neuromatrix. The neuromatrix is activated whenever the brain perceives a threat”. If that sounds like gibberish, consider watching this TEDx talk by Lorimer Moseley on YouTube (the snake bite story is a favorite of mine):

What is a neuromatrix? Essentially, it is a pain map in the brain; a network of neurons spread throughout the brain, none of which deal specifically with pain processing. The way I visualize it is to think about what goes on when you think of your grandmother. There isn’t a grandmother center in the brain, but there are sights and smells (sensory), feelings (emotional awareness), and memories that all come up when you think about her. When we are overwhelmed with pain, those regions become taxed and the individual may have difficulty concentrating, sleeping, and/or may lose his/her temper more easily. Just as each person’s grandmother is different so is a person’s pain and the neuromatrix is affected by past experiences and beliefs.

Pain is an output. It is a response to a threat. When a person is exposed to a threatening situation, biological systems like the sympathetic nervous system, endocrine system, immune system, gastrointestinal system, and motor response system are activated. When a stress response occurs, these systems are either heightened or suppressed to help cope, thanks to the chemicals epinephrine and cortisol.

What is a threat? Threats can take a variety of forms; accidents, falls, diseases, surgeries, emotional trauma, etc. Tissues are influenced by how the individual thinks and feels, in addition to social and environmental factors. The authors propose that when individuals live with chronic pain, their body reacts as though they are under a constant threat. With this constant threat the system reacts and continues to react, and the nervous system is not allowed to return to baseline levels. This can create a patient presentation with immunodeficiency, GI sensitivity, poor motor control, and more. This sounds like most patients who walk into my clinic. The authors suggest that one system may be affected more and that can influence what the patient is diagnosed with even though the underlying biology is the same for many conditions. There are theories for why that happens; genetics, biological memory, or it could be the lens of the provider that the patient sees. There is a table in the article that shows symptoms, diagnosis, and current best evidence treatment for the conditions of fybromyalgia, chronic fatique syndrome, irritable bowel syndrome, and chronic Lyme disease which is worth a look. The treatments all work to calm the central nervous system.

The authors go on to question the relationship between thyroid function and these conditions as changes in cortisol and the hypothalamic-pituitary-adrenal (HPA) axis. The HPA axis is fascinating, and confusing. Luckily, the Pelvic Floor Series Capstone course does a great job breaking it down.

Now that this hypothetical patient is in our treatment room what do we do? The authors suggest seeing these conditions for what they are: chronic pain conditions. They recommend that physical therapists see past the label that a patient may have picked up with a previous diagnosis, and keep the following in mind when treating these patients:

  • They are hurting
  • They are tired
  • They may have lost hope
  • They may be disillusioned by the medical community
  • They need help

These people need the following from their medical providers:

  • Compassion
  • Dignity
  • Respect

With empathy and understanding therapists can use skills in education, exercise and movement with the intent to improve system function (immune, neural, and endocrine), rather than fixing isolated mechanical deficits.


Louw, Adriaan PT, PhD; Schmidt, Stephen PT ; Zimney, Kory PT, DPT ; Puentedura, Emilio J. PT, DPT, PhD Treat the Patient, Not the Label: A Pain Neuroscience Update.[Editorial] Journal of Women's Health Physical Therapy. 43(2):89-97, April/June 2019.

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Superior Gluteal Nerve: Such a Pain in the Butt

“My butt hurts.” This is such a common subjective complaint in my practice as a manual therapist, and many patients insist it must be a muscle problem or jump to the conclusion it must be “sciatica.” I often tell patients if they did not get shot or bit directly in the buttocks, the pain is most likely referred from nerves that originate in the spine. Although blunt trauma to the buttocks can certainly be the culprit for pain in the gluteal region, a basic understanding of the neural contribution is essential for providing appropriate treatment and a sensible explanation for patients.

A publication by Lung and Lui (2018) describes the superior gluteal nerve. It comes from the dorsal (posterior) divisions of the L4, L5, and S1 nerve roots of the sacral plexus and innervates the gluteus medius, gluteus minimus, and tensor fasciae latae muscles. When this nerve is damaged or compressed, a Trendelenburg gait results because of paralysis of the gluteus medius muscle. The gluteus minimus and tensor fascia latae muscles are also innervated by the superior gluteal nerve and form the “abductor mechanism” together with the gluteus medius to stabilize the pelvis in midstance as the opposite leg is in swing phase. The superior gluteal nerve courses with the inferior gluteal nerve, sciatic nerve, and coccygeal plexus, but it is the only nerve to exit the greater sciatic foramen above the piriformis muscle.

Iwananga et al., (2018) presents a very recent article regarding the innervation of the piriformis muscle, which has been suspected to be the superior gluteal nerve, by dissecting each side from ten cadavers. Often the piriformis muscle can be compromised through total hip replacements with a posterior approach, hip injuries, or chronic pain disorders. This particular study verifies there is no singular nerve that innervates the piriformis muscle, and the most common innervation sources are the superior gluteal nerve (70% of the time) and the ventral rami of S1 (85% of the time) and S2 (70% of the time). The inferior gluteal nerve and the L5 ventral ramus were each found to be part of the innervation only 5% of the time.

Wang et al., (2018) focused on what causes gluteal pain with lumbar disc herniation, particularly at L4-5, L5-S1. They emphasize the important factor that dorsal nerve roots have sensory fibers and ventral roots contain motor neurons, and spinal nerves are mixed nerves, since they have ventral and dorsal roots. They discuss other contributing nerves, but continuing our focus on the superior gluteal nerve, it stems from L4-S1 ventral rami and not only allows movement of gluteus medius, gluteus minimus, and gluteus maximus, it also provides sensation to the area. This nerve can certainly produce pain in the gluteal region when irritated. In lumbar disc herniation of L4-5 or L5-S1, the ventral rami of L5 or S1 can be comprised or irritated at the level of the nerve root and provoke gluteal pain because they mediate sensation in that area.

Once the superior gluteal nerve (or any sacral nerve) is implicated as the root of pain, should we just shrug our shoulders and send them to pain management? I strongly suggest we learn how to address the issue in therapy using our hands with manual techniques and appropriate exercises. The Sacral Nerve Manual Assessment and Treatment course should be a priority on your bucket list of continuing education to help alleviate any further pain in the butt.


Lung K, Lui F. Anatomy, Abdomen and Pelvis, Superior Gluteal Nerve. [Updated 2018 Dec 9]. In: StatPearls [Internet]. Treasure Island (FL): StatPearls Publishing; 2018 Jan-. Available from: https://www.ncbi.nlm.nih.gov/books/NBK535408/
Iwanaga J, Eid S, Simonds E, Schumacher M, Loukas M, Tubbs RS. (2018). The Majority of Piriformis Muscles are Innervated by the Superior Gluteal Nerve. Clinical Anatomy. doi: 10.1002/ca.23311. [Epub ahead of print]
Wang, Y., Yang, J., Yan, Y., Zhang, L., Guo, C., Peng, Z., & Kong, Q. (2018). Possible pathogenic mechanism of gluteal pain in lumbar disc hernia. BMC musculoskeletal disorders, 19(1), 214. doi:10.1186/s12891-018-2147-y

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Distinct Brain Systems Mediate Nociceptive Input and Self-Regulation of Pain

Does cognitive self-regulation influence the pain experience by modulating representations of nociceptive stimuli in the brain or does it regulate reported pain via neural pathways distinct from the one that mediates nociceptive processing? Woo and colleagues devised an experiment to answer this question.1 They invited thirty-three healthy participants to undergo fMRI while receiving thermal stimulation trial runs that involved 6 levels of temperatures. Trial runs included “passive experience” where participants passively received and rated heat stimuli, and “regulation” runs, where participants were asked to cognitively increase or decrease pain intensity.

Instructions for increasing pain intensity included statements such as “Try to focus on how unpleasant the pain is. Pay attention to the burning, stinging and shooting sensation.” Instructions for decreasing pain intensity included statements such as “Focus on the part of the sensation that is pleasantly warm. Imagine your skin is very cool and how good the stimulation feels as it warms you up.” The effects of both manipulations on two brain systems previously identified in the literature were examined. One brain system was the “neurological pain signature” (NPS), a distributed pattern of fMRI activity shown to specifically track pain intensity induced by noxious inputs. The second system was the pathway connecting the ventromedial prefrontal cortex (vmPFC) with the nucleus accumbens (NAc), shown to play a role in both reappraisal and modulation of pain. In humans, the vmPFC tracks spontaneous pain when it has become chronic and potentially dissociated from nociception.2,3 In patients with sub-acute back pain, the vmPFC-NAc connectivity has been shown to predict subsequent transition to chronic back pain.4 In addition, the vmPCF is hypothesized to play a role in the construction of self-representations, assigning personal value to self-related contents and, ultimately, influencing choices and decisions.5

Woo and colleagues found that both heat intensity and self-regulation strongly influenced reported pain, however they did so by two differing pathways. The NPS mediated only the effects of nociceptive input. The self-regulation effects on pain were mediated by the NAc-vmPFC pathway, which was unresponsive to the intensity of nociceptive input. The NAc-vmPFC pathway responded to both “increase” and “decrease” self-regulation conditions. Based on these results, study authors suggest that pain is influenced by both noxious input and cognitive self-regulation, however they are modulated by two distinct brain mechanisms. While the NPS encodes brain activity closely tied to primary nociceptive processing, the NAc-vmPFC pathway encodes information about evaluative aspects of pain in context. This research is limited in that the distinction between pain intensity and pain unpleasantness was not included and the subjects were otherwise healthy. Further research is warranted on the effects of this cognitive self-regulation model on brain pathways in patients with chronic pain conditions.

Even with the noted limitations, this research invites the clinician to consider the role of both nociceptive mechanisms and cognitive self-regulatory influences on a patient’s pain experience and suggests treatment choices should take both factors into consideration. Mindful awareness training is a treatment that contributes to cognitive self-regulatory brain mechanisms.6 When mindful, pain is observed as and labeled a sensation. The term “sensation” carries a neutral valence compared to “pain” which may reflect greater alarm or threat to an individual. The mind is recognized to have a camera lens-like quality that can shift from zoom to wide angle. While pain can draw attention in a more narrow focus on the painful body area, when mindful, an individual can deliberately adopt a wide angle view, focusing on pain free areas and other neutral or positive states. In addition, when mindful, the unpleasant sensation rests in awareness not characterized by fear and distress, but by stability, compassion and curiosity. Patients may not have control over the onset of pain, but with mindfulness training, they can take control over their response to the pain. This deliberate adoption of mindful principles and practices can contribute to cognitive self-regulatory brain mechanisms that can ultimately impact pain perception.

I am excited to share additional research and practical clinical strategies that help patients self-regulate their reactions to pain and other symptoms in my 2019 courses, Mindfulness for Rehabilitation Professionals at University Hospitals in Cleveland OH, April 6 and 7 and Mindfulness-Based Pain Treatment in Houston TX, October 26 and 27 and Portland OR May 18 and 19. Hope to see you there!


1. Woo CW, Roy M, Buhle JT, Wager TD. Distinct brain systems mediate the effects of nociceptive input and self-regulation on pain. PLoS;2015;13(1):e1002036.
2. Baliki MN, Chialvo DR, Geha PY, Levy RM, et al. Chronic pain and the emotional brain: specific brain activity associated with spontaneous fluctuations of intensity of chronic back pain.J Neurosci. 2006;26(47):12165-73.
3. Hashmi JA, Baliki MN, Huang L, et al. Shape shifting pain: chronification of back pain shifts brain representation from nociceptive to emotional circuits. Brain. 2013;136(pt9):2751-68.
4. Baliki MN, Peter B B, Torbey S, Herman KM, et al. Corticostriatal functional connectivity predicts transition to chronic back pain. Nat Neurosci.2012;15(8):1117-9.
5. D’Argembeau. On the role of the ventromedial prefrontal cortex in self-processing: The Valuation Hypothesis. Front Human Neurosci. 2013;7:372.
6. Zeidan F, Vago DR. Mindfulness meditation-based pain relief: a mechanistic account. Ann N Y Acad Sci. 2016 Jun;1373(1):114-27.

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Testicle and penis pain or numbness after hernia repair

Most people are told that inguinal hernia repair is a low risk surgery. While death or severe injury is rare, penile or testes pain after hernia repair is not a novel or recent finding. In 1943, Magee first discussed patients having genitofemoral neuralgia after appendix surgery. By 1945, both Magee and Lyons stated that surgical neurolysis gave relief of genital pain following surgical injury (neurolysis is a surgical cutting of the nerve to stop all function). However, it should be noted that with neurolysis, sensory loss will also occur, which is an undesired symptom for sexual function and pleasure. In 1978 Sunderland stated genitofemoral neuralgia was a well-documented chronic condition after inguinal hernia repair.

Let’s do a quick anatomy review. The inguinal canal is located at the lower abdomen and is actually an extension of the external oblique muscles. Is travels along the line from the ASIS to the pubic tubercle, occupying grossly the medial third of this segment. It has a lateral ring where contents from the abdomen exit and a medial ring where the contents of the canal exit superficially. This ring contains the spermatic cord (male), round ligament (female), as well as the ilioinguinal and genitofemoral nerves. For males, in early life, the testes descend from the abdominal cavity to the exterior scrotal sac through the inguinal canal, bringing a layer of the obliques, transverse abdominus, and transversalis fascia with them within the first year of life. Just as a female can experience prolapse from prolonged increased intra-abdominal pressure, a male can have a herniation through the anterior abdominal wall and inguinal canal with increased abdominal pressure. Such pressure inducing activities can be lifting, coughing, and sports activities. When this occurs, an inguinal hernia repair is generally indicated. Because the genitofemoral nerve is within the contents of the inguinal canal, it can be susceptible to surgery in this area. The genitofemoral nerve has sensory innervation to the penis and testes and is responsible for the cremasteric reflex. Symptoms of genitofemoral neuralgia in men can be penis or testes pain, numbness, hypersensitivity, and decreased sexual satisfaction or function.

In 1999 Stark et al noted pain reports as high as 63% post hernia repair. The highest rates of genitofemoral neuralgia are reported with laparoscopic or open hernia repair (Pencina, 2001). The mechanism for GF neural entrapment is entrapment within scar or fibrous adhesions and parasthesia along the genitofemoral nerve (Harms 1984, Starling and Harms 1989, Murovic 2005, and Ducic 2008). It is well known that scar and adhesion densify and visceral adhesions increase for years after surgery. Thus, symptoms can increase long after the surgery or may take years to develop. In 2006, Brara postulated that mesh in the region can contribute to subsequent genitofemoral nerve tethering which can be exacerbated by mesh in the inguinal or the retroperitoneal space. With an anterior mesh placement, there is no fascial protection left for the genitofemoral nerve.

Genitofemoral neuralgia is predominately reported as a result of iatrogenic nerve damage during surgery or trauma to the inguinal and femoral regions (Murovic et al, 2005). However, genitofemoral neuropathy can be difficulty and elusive to diagnose due to overlap with other inguinal nerves (Harms, 1984 and Chen 2011).

In my clinical experience, I have seen such symptoms after hernia repair, but also after procedures near the inguinal region such as femoral catheters for heart procedures, appendectomies, and occasionally after vasectomy.

As a pelvic PT, what are we to do with this information? First off, we can realize that all pelvic neuropathy is not necessarily due to the pudendal nerve. In the anterior pelvis, there is dual innervation from the inguinal nerves off the lumbar plexus as well as the dorsal branch of the pudendal nerve. When patients have a history of inguinal hernia repair, we can consider the genitofemoral nerve as a source of pain. Medicinally, the only research validated options for treatment are meds such as Lyrica or Gabapentin that come with drowsiness, dizziness and a score of side effects. Surgically neurectomy or neural ablation are options with numbness resulting, however, many patients do not want repeated surgery or numbness of the genitals. As pelvic therapists, we can manually fascially clear the path of the nerve from L1/L2, through the psoas, into and out of the canal and into the genitals. We can also manually directly mobilize the nerve at key points of contact as well as doing pain free sliders and gliders and then give the patient a home program to maintain mobility. Pelvic manual therapy can offer a low risk, side-effect free option to ameliorate the sequella of inguinal hernia repair. Come join us at Lumbar Nerve Manual Assessment and Treatment in Chicago this Spring to learn how to effectively treat all the nerves of the lumbar plexus.


Cesmebasi, A., Yadav, A., Gielecki, J., Tubbs, R. S., & Loukas, M. (2015). Genitofemoral neuralgia: a review. Clinical Anatomy, 28(1), 128-135.
Lyon, E. K. (1945). Genitofemoral causalgia. Canadian Medical Association Journal, 53(3), 213.
Magee, R. K. (1943). Genitofemoral Causalgia: New Syndrome. The Journal of Nervous and Mental Disease, 98(3), 311.
Sunderland S. Nerves and nerve injuries. 2nd ed. Edinburgh: Churchill Livingstone, 1978

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Updates to the Sacral and Lumbar Nerve Courses

Faculty member Nari Clemons, PT, PRPC recently created a two-course series on the manual assessment and treatment of nerves. The two courses, Lumbar Nerve Manual Assessment and Treatment and Sacral Nerve Manual Assessment and Treatment, are a comprehensive look at the nervous system and the various nerve dysfunctions that can impact pelvic health. The Pelvic Rehab Report caught up with Nari to discuss these new courses and how they will benefit pelvic rehab practitioners.

Nari Clemons

What is "new" in our understanding of nerves? Are there any recent exciting studies that will be incorporated into this course?

The course is loaded with a potpourri of research regarding nerves and histological and morphological studies. There are some fascinating correlations we see with nerve restrictions, wherever they are in the body. Frequently the nerves are compressed in fascial tunnels or areas of muscular overlap, then the nerve, wherever the location, frequently has local vascular axonal change, which increases the diameter of the nerve and prohibits gliding without pain. This causes local guarding and protective mechanisms. Changing pressure on the nerve can change that axonal swelling and allow gliding without pain.

New pain theory also supports that much of pain perception is the body perceiving danger or injury to a nerve. By clearing up the path of the nerve and mobilizing it, we can decrease the body's perception of nerve entrapment and thus create change in pain levels.

What do you hope practitioners will get out of this series that they can't find anywhere else?

I hope they will leave the course able to treat the nerves of the region, which is essentially the transmission pathway for most pelvic pain. I don't know of other courses that have this emphasis.

You've recently split your nerve course in two. Why the split?

I didn't want this class to be a bunch of nerve theory without the manual intervention to make change. After running the labs in local study groups, we found it took more time for people's hands to learn the language, art, and techniques of nerve work. To truly do the work justice and for participants to have a firm grasp of the manual techniques without being rushed, we found it takes time, and I wanted to honor that, as well as treating enough of the related factors and anatomy to make real and lasting change for patients.

How did you decide to divide up content?

Basically, we divided them up by anatomical origin:

The lumbar course covers the nerves of the lumbar plexus, the abdominal wall when treating diastasis, and treatment of the inguinal canal (obturator nerve, femoral nerve, iliohypogastric, ilioinguinal, genitofemoral nerves). Also, the lumbar nerves have more effect in the anterior hip, anterior pelvis, and abdominal wall.

The sacral nerve course covers all the nerves of the sacral plexus (pudendal, sciatic, gluteal/cluneal, posterior femoral cutaneous, sciatic, and coccygeal nerves), as well as subtle issues in the sacral base and subtle coccyx derangement work as well as the relationship with the uterus and sacrum, to take pressure off the sacral plexus. The sacral nerves have more effect in the posterior and inferior pelvis and into the posterior leg and gluteals.

What are the main stories that either course tells?

Both courses tell the story of getting closer to the root of the pain to make more change in less time.  Muscles generally just respond to the message the nerve is sending.  Yet, by treating the nerve compression directly, we are getting much closer to the root of the issue and have more lasting results by changing the source of abnormal muscle tone. Rather than an intellectual exercise of discourse on nerves, we devote ourselves to the art of manual therapy to change the restrictions on the pathway of the nerve and in the nerve itself.

If someone went to the old nerve course, what's the next best step for them?

The first course was initially all the lumbar nerves with a dip into the pudendal nerve. They would want to take the sacral nerve course, as those nerves were not covered in the first round.

Anything else you would like to share about these courses?

Sure. Essentially, we will take each nerve and do the following:

  1. Thoroughly learn the path of the nerve
  2. Fascially clear the path of the nerve
  3. Manually lengthen supportive structures and tunnels that surround the nerve.
  4. Directly mobilize the nerve
  5. Glide the nerve
  6. Learn manual local regional integration techniques for the nerve after treatment
  7. Receive handouts for and practice home program for strengthening and increasing mobility in the path of the nerve

Join Nari at one of the following events to learn valuable evaluation and treatment techniques for sacral and lumbar nerves

Upcoming sacral nerve courses:
Sacral Nerve Manual Assessment and Treatment - Winfield, IL
Oct 11, 2019 - Oct 13, 2019

Sacral Nerve Manual Assessment and Treatment - Tampa, FL
Dec 6, 2019 - Dec 8, 2019

Upcoming lumbar nerve courses:
Lumbar Nerve Manual Assessment and Treatment - Phoenix, AZ
Jan 11, 2019 - Jan 13, 2019

Lumbar Nerve Manual Assessment and Treatment - San Diego, CA
May 3, 2019 - May 5, 2019

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Dysfunction in Glans Penis

Men who present with chronic pelvic pain frequently have symptoms referred along the penis and into the tip of the penis, or glans. Symptoms may include numbness, tingling, aching, pain, or other sensitivity and discomfort. The tip of the penis, or glans, is a sensory structure, which allows for sexual stimulation and appreciation. This same capacity for valuable sensation can create severe discomfort when signals related to the glans are overactive or irritating. One of the most common complaints with this symptom is a level of annoyance and distraction, with level of bother worsening when a person is less active or not as mentally engaged with tasks. Wearing clothing that touches the tip of the penis (such as underwear, jock straps, jeans, or snug pants) may be limited and may worsen symptoms. When uncovering from where the symptoms originate, the culprit is often the dorsal nerve of the penis, which is sensible given that the glans is innervated by this branch of the pudendal nerve. If we consider this possibility (because certainly there are other potential causes) we find that there are many potential sites of pudendal nerve irritation to consider. First, let’s visualize the anatomy of the nerve.

Pudendal Sacral Plexus

Following the usually accepted descriptions of the dorsal nerve, we know that it is a terminal branch of the pudendal nerve that primarily is created from the mid-sacral nerves. This can lead us to include the lumbosacral region in our examination and treatment, yet in my clinical experience, there are other sites that more often reproduce pain in the glans. As the dorsal nerve branches off of the pudendal, usually after the location of the sacrotuberous ligament, it passes through and among the urogenital triangle layers of fascia where compression or irritation may generate symptoms.

Male Perineum Nerves

As the nerve travels towards the pubic bone, it will pass inferior to the pubic bone, a location where suspensory ligaments of the penis can be found as well as pudendal vessels and fascia. This is also a site of potential compression and irritation, and palpation to this region may provide information about tissue health. Below is a cross-section of the proximal penis, allowing us to see where the pudendal nerve and vessels would travel inferior to the pubic bone.

Penis Cross Section

As the dorsal nerve extends along either side of the penis, giving smaller branches along its path towards the glans, the nerve may also be experiencing soft tissue irritation along the length of the penis or even locally at the termination in the glans.

Pudendal Nerves Inferior

Palpation internally (via rectum) or externally may be a part of the assessment as well as treatment of this condition. Oftentimes, tip of the penis pain can be reproduced with palpation internally and directed towards the anterior levator ani and the connective tissues just inferior to the pubic bone. It may be difficult to know if the muscle is providing referred pain, or if the nerve is being tensioned and reproducing symptoms, however gentle soft tissue work applied to this area is often successful in reducing or resolving symptoms regardless of the tissue involved. In my experience, these symptoms of referred pain at the tip of the penis is often one of the last to resolve, and the use of topical lidocaine may be helpful in managing symptoms while healing takes place. Home program self-care including scar massage if needed, nerve mobilizations, trunk and pelvic mobility and strengthening, and advice for returning to meaningful activities can play a large role in resolution of pain in the glans.

If you would like to learn more about treating genital pain in men, consider joining me in Male Pelvic Floor: Function, Dysfunction, & Treatment. The 2018 courses will be in Freehold, NJ this June, and Houston, TX in September.

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Putting on My Neuro “Brain”

Erica Vitek, MOT, OTR, BCB-PMD, PRPC is the author and instructor of Neurologic Conditions and Pelvic Floor Rehab, a new course coming to Grand Rapids, MI and Philadelphia, PA. This post is the next in her series on creating a course about neurologic conditions and pelvic rehabilititation.

Being a clinician, as we evaluate and treat people with pelvic health conditions, we typically take all systems of the body into account. We take the problem presented to us by the client and we examine, from all angles, how we might go about advice and treatment to best achieve their goals in alleviating the problem. We do a full review of medical history and pharmacology. We examine our client in-depth from a musculoskeletal perspective. We look at psychological contributions to the problem they are facing. We can look at their lifestyle and have them make a detailed diary to help us analyze their bladder, bowel, fluid intake and dietary habits. Do we also always include a look at the neurological components? Do we know what we are looking for? What are the best tools we can have in our toolbox as clinicians to look at our client’s problem through a “neuro brain”?

In writing each lecture of this course, I have had to step back each time I am developing a new concept and look at it with in-depth thought and contemplation about how I will use this in the clinic to assess my client’s concerns using a neuro-based approach. Taking the concepts and facts about the musculoskeletal system that we know well and then taking a look at the neurological systems contributions and relationship to that dysfunction can be challenging. The main reason for this challenge is that neuro system dysfunction is many times hard explain, presents with inconsistent or changing symptoms, may have motor or sensory deficits together or by themselves, may radiate to different locations than where the true dysfunction is located, and may have developed into central sensitization causing a hypervigilance to typically non-painful stimuli.

In brain storming our ideas for course creation, much was said about thinking back to college or other continuing education courses and “learning a little about a lot of things neuro” but not the in-depth knowledge one might want to have when focusing their attention on specific neurodegenerative conditions such as Parkinson disease, demyelinating diseases such as Multiple Sclerosis, injury to the brain due to cerebral vascular accident or incomplete or complete spinal cord injury.

As I progress deep into the development of this course, I have my “neuro brain” on and a persistent focus set on providing clinicians with as much in-depth information on neurological contributions to pelvic floor function and dysfunction. I want clinicians to walk away from this course feeling confident that through evaluation of a client that has been diagnosed with Parkinson disease, Multiple Sclerosis or suffered a spinal cord injury, they would have the tools to develop an in-depth treatment plan that would provide these clients with the best results possible to improve their quality of life. I also want clinicians to have the confidence to market themselves to their local neurologists. This is an entirely new avenue for developing a referral base in pelvic health work. Many times for clients who have chronic neurological conditions, the problem list is long and bladder, bowel and sexual health concerns might not even be broached within the very short physician appointment times. We can give our neurologists new treatments to be confident in and excited about to improve their patient’s quality of life!

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Pudendal Nerve: Caught in the Space Between

My 6 year old girl (going on 13) asks “Alexa” to play the Descendants II soundtrack over and over again. So the song, “Space Between,” was lingering in my head while reading the most recent articles on pudendal neuralgia, particularly when pudendal entrapment is to blame. After all, entrapment, by medical standards, describes a peripheral nerve basically being caught in between two surrounding anatomical structures.

Ploteau et al., (2016) presented 2 case studies highlighting the warning signs when pudendal nerve entrapment does not follow the Nantes criteria. A brief summary of those 5 criteria follows:

  • Pain in the region of the pudendal nerve innervation from anus to penis or clitoris.
  • Pain most predominant while sitting.
  • The patient does not wake at night from the pain.
  • No sensory impairment can be objectively identified.
  • Diagnostic pudendal nerve block relieves the pain.

The case studies of a 31 and a 68 year old female revealed endometrial stromal sarcoma and adenoid cystic carcinoma in the ischiorectal fossa, with night pain was noted in both patients, as well as no pain with sitting or defecation, respectively. Clinicians must always be mindful to resolve red flags in patients.

In 2016, Florian-Rodriguez, et al., studied cadavers to determine the nerves associated with the sacrospinous ligament, focusing on the inferior gluteal nerve. Fourteen cadavers were observed, noting the distance from various nerves to the sacrospinous ligament (from a pelvic approach) and to the ischial spine (from a gluteal approach). The S3 nerve was closest to the sacrospinous ligament, and the pudendal nerve was the closest to the ischial spine. In 85% of subjects, 1 to 3 branches from S3/S4 nerves pierced or ran anterior to the sacrotuberous ligament and pierced the inferior part of the gluteus maximus muscle. The authors concluded the inferior gluteal nerve was less likely to be the source of postoperative gluteal pain after sacrospinous ligament fixation; however, as the pudendal nerve branches from S2-4, it was more likely to be implicated in postoperative gluteal pain.

A study by Ploteau et al. (2017) explored the anatomical position of the pudendal nerve in people with pudendal neuralgia. In 100 patients who met the Nantes criteria, 145 pudendal nerves were surgically decompressed via a transgluteal approach. At least one segment of the pudendal nerve was compressed in 95 of the patients, either in the infrapiriform foramen, ischial spine, or Alcock’s canal. In 74% of patients, nerve entrapment was between the sacrospinous ligament and the sacrotuberous ligament. Anatomical variants were found in 13% of patients, often with a transligamentous course of the nerve.

When the pudendal nerve is caught in the narrow space between ligaments in the pelvis, diagnosing the source of pain is paramount. Research supports a gluteal approach in releasing the entrapped nerve. Post-surgical care falls into the hands of pelvic floor therapists, so taking “Pudendal Neuralgia and Nerve Entrapment: Evaluation and Treatment” may be something to consider in order to provide optimal care.


Ploteau, S, Cardaillac, C, Perrouin-Verbe, MA, Riant, T, Labat, JJ. (2016). Pudendal Neuralgia Due to Pudendal Nerve Entrapment: Warning Signs Observed in Two Cases and Review of the Literature. Pain Physician. 19(3):E449-54
Florian-Rodriguez, ME, Hare, A, Chin, K, Phelan, JN, Ripperda, CM, Corton, MM. (2016). Inferior gluteal and other nerves associated with sacrospinous ligament: a cadaver study. American Journal of Obstetrics and Gynecology. 215(5):646.e1-646.e6. doi: 10.1016/j.ajog.2016.06.025
Ploteau, S, Perrouin-Verbe, MA, Labat, JJ, Riant, T, Levesque, A, Robert, R. (2017). Anatomical Variants of the Pudendal Nerve Observed during a Transgluteal Surgical Approach in a Population of Patients with Pudendal Neuralgia. Pain Physician. 20(1):E137-E143

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Reflections on course design and development: Neuroanatomy

In an effort to provide the best possible educational experience for clinical rehabilitation application of neuroanatomy, I was on a mission. Having a core, base knowledge review of the nervous system is essential when leading into talking about dysfunction and disease of that system. I went on a search for anatomical depictions that could clearly identify the structures and processes I was trying to portray. New books from the library and books I own from when I was in college serve as great resources when trying to get back into studying the specifics, but do not offer the opportunity to easily get these images into a powerpoint. Online resources are also challenging. I am learning how time consuming the process can be to determine who owns the online image, if it is free to copy, save and utilize for my own teaching purposes, or if I need to go through the process of requesting permissions for use.Nervous System

Through my employer, where I treat patients in the clinic, I have access to a program called Primal Pictures. I had used this in the past for clinic related marketing presentations and educational materials for patients and other clinicians I have mentored. Looking into the product further, I came to find out that there is a newer version of the program which offered so many more options. A truly unlimited amount of images which can be manipulated into an optimal position depicting the most clear neuroanatomical views I have ever been able to find. Not only does it provide me with the images I need in order to depict the treacherous pathways of the nerves in our body, but it also provides some amazing depictions of the physiological processes that occur within our nervous system to allow for healthy day to day functioning and protection of our bodies.

I also came across the title of a journal article that I was sure would provide some excellent depictions of neuroanatomy. The article titled, Sectional Neuroanatomy of the Pelvic Floor, provides cross sectional views of both the male and female pelvises. I obtained the article which has an excellent color-coded system, each nerve colored the same as the muscles and skin surface it innervates, going from superior to inferior cross sections. This makes for a clear understanding of each structures anatomical position. It is a great reference when looking at the anatomical relationships to adjacent structures and can help guide palpation skills. The article was more specifically written for physicians to best direct needle procedures/injections in the most accurate location possible when targeting nerves and structures. Neuroanatomy and physiology can be essential to understanding certain patient populations we encounter as we practice pelvic floor rehabilitation. Having clear depictions to refer to can help you provide the best possible base knowledge to your patients as you help them understand the challenges they face and how to overcome them.


Kass, J. S., Chiou-Tan, F. Y., Harrell, J. S., Zhang, H., & Taber, K. H. (2010). Sectional neuroanatomy of the pelvic floor. Journal of computer assisted tomography, 34(3), 473-477.

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