The Vagina's are angry.
Image By Mark Freeth. https://www.flickr.com/photos/freetheimage/14427500673
A Poem about vaginismus...
The Vagina’s are angry
Angry about respect
They’re closing in protest.
The vagina’s are angry
They don’t want to be plucked, shaved, or zapped
They don’t want to be douched, or scrubbed
They don’t want to be powdered and dried,
You don’t know it yet
But they’re closing in protest.
The vagina’s are angry
They don’t respond to threat’s
They don’t respond to pressure
You’re vagina hasn’t told you yet
But it’s closing in protest.
The vagina’s are angry
They’ve taken a stand
They’re screaming inside
And are not taking appointments
The vagina’s are angry
You may not have got the memo
Vagina’s are independent and strong
Communication is key, it’s a two way street
They’re closing in protest.
The vagina’s are angry
They want to feel safe.
They need to feel nourished
They respond to respect
They respond to appreciation
They respond, yes they respond.
The vagina’s are angry
But they don’t want to be
They are ready, willing and able
But they’ve been hurt and need care.
The vagina’s are angry
Let them breath, let them speak
Let them stand as they are
Let them not be conformed
The walls will come down
The screams will subside
They ask for respect
We all owe them that.
“But if my muscle is tight, why am I still leaking?”
This is a great question. And the best way to answer it is to imagine we are talking about a different group of muscles in your body, such as your neck muscles.
Most people will have experienced a sore and painful neck at some point in their life. And when you’ve had that sore neck, it’s often hard to turn your head, or you do so with trepidation, much more slowly than usual. Well, I bet during this uncomfortable time, you’ve also reached up to rub your sore neck and possibly touched the major muscle groups that are responsible for these neck movements. Did you ever notice how tight and hard they seemed under your fingertips?
So, we have a sore neck, we have tight muscles and we have loss of function. This is exactly what is happening in your pelvic floor.
Most often, something will have occurred in the pelvis to cause your pelvic floor muscles to became overactive and tight. This incident may have been, for example: a painful experience with constipation, a history of recurrent urinary tract infections or thrush, or an uncomfortable sexual experience. As a result, sometimes the pelvic floor muscles will go into spasm, or the individual may begin holding tension in the pelvic floor muscles as a way of subconsciously providing protection to the area.
This causes the muscles to become short and stiffened. When muscles are held in a shortened position, they have less ability to contract and perform their function in a responsive and timely manner.
If we go back to the example of our neck; turning your head (which is the function of the neck muscles), may be reduced, and will be performed more slowly in the presence of tight, stiff neck muscles. In the case of the pelvic floor, the ability to engage and contract to support the bladder and occlude the urethra (which is the function of the pelvic floor), will also be reduced, and will be performed more slowly when the muscles are tight and stiff, and this will lead to urinary leakage.
So, if this is the case, asking this woman to do lots of pelvic floor exercises focused on squeezing and holding is not going to improve her urinary leaking. In fact, it may make it worse, or give her a new condition due to even more spasming in her pelvic floor muscles.
Instead, what will assist this woman is if she can learn to downtrain the muscle tension. This can be taught and practiced and once we have a healthy muscle, sitting at a good resting length, we can then teach appropriate functional recruitment of the pelvic floor which will lead to long lasting continence.
If you are suffering or have suffered with pelvic girdle pain (PGP) you know the painful ache that permeates one side of your lower back when your walking or getting dressed, or the sharp grabbing pain at the pubic bone, that pulls you up short when you take that first step from the couch.
It can come and go, it can swap sides, it will ruin your sleep, and it can prevent you from being that active, happy pregnant lady you always thought you’d be. Read on to answer all your questions about PGP and how best to manage it. (Note: If it gets too heavy, you can skip to the summary cheat sheet at the end ;))
The pelvis is a bony ring made up of the sacrum and the ilia bones meeting at the cartilaginous pubic symphysis at the front of the body. The bony structure is reinforced by active and passive structures, (muscles and ligaments/fascia), that contribute to its stability. The role of the pelvis is to allow movement, and to transfer and absorb forces between the trunk and the limbs.
In an upright position, the weight of the head, arms and trunk are transferred to the lower limbs through the sacrum, the sacro-iliac joints, the ilia bones, and into the femurs. For load to be smoothly transferred, movement at the sacroiliac joints must be minimised. The body does this in two ways: form closure and force closure.
Form closure refers to the anatomical shape of the bones and the complimentary joint surfaces that cause the sacrum to form a keystone effect between the two ilia bones. During weight bearing the sacrum is forced downwards and tilts slightly forward (this is caused nutation). This causes a close-packed position of the sacroiliac joint and contributes to stability and efficient weight transfer.
Force closure refers to ligaments, muscles and fascia that work across the joint to further compress and stabilise the bony surfaces. Nutation of the sacrum causes tightening of the sacroiliac ligaments. Muscles that cross the joint, (namely piriformis and gluteus maximus) will activate to provide additional stability. Additionally, studies have demonstrated that transverse abdominus, the inner-most abdominal muscle, contributes to stabilising the lower spine and the sacroiliac joints (Hodges, 1999).
PGP is described as pain experienced between the posterior iliac crest (top of the pelvis bone at the back) and the gluteal fold (the crease where your bottom finishes and your leg begins), predominantly at the level of the sacroiliac joints with or without referral into the back of the thigh. Pain can also be experienced in conjunction with, or exclusively in the pubic symphysis (the bone between your legs at the front).
PGP can occur at anytime, but most commonly presents during pregnancy or postpartum. During pregnancy, the expanding and increasing weight of the uterus puts a biomechanical strain on the body, in particular the lumbar spine and the pelvis. The load on local tissues causes creep (gradual stretch), which may contribute to stimulation of mechanoreceptors inducing increased activation of pain receptors. Creep also has implications for a change in proprioception (knowing where the body is in space), and therefore motor control, which means the brain’s ability to activate and control muscle sequences for optimal movement. Additionally, the growing abdomen during pregnancy leads to a change in the angle of pull of the deep abdominals, making them less effective for stabilising the sacroiliac joint.
Pregnancy comes with an increase in the hormones; relaxin, oestrogen and progesterone, which contribute to increased soft tissue laxity. The contribution toward PGP each of these hormones makes is still unclear. A systematic review of the literature in 2012, looked at the relationship between relaxin levels and pelvic girdle pain in pregnancy. Three of the four high quality studies, found no association between relaxin levels and the presence of pelvic girdle pain. In other words, despite documented high levels of hormones and increased joint laxity, this does not always correlate with the presence of PGP.
PGP is common during pregnancy, prevalence data from large studies show an agreed prevalence in a pregnant population of 20%. The recovery rate of PGP following pregnancy is high, with one study of 41,241 women reporting an 82.5% recovery rate in women who experienced pain during pregnancy. The overall prevalence of PGP experienced in the first three months postpartum is reported as 7%. The literature agrees that a more severe pain experience involving more than one pelvic joint during pregnancy is associated with an increased likelihood of PGP postpartum.
Pregnancy and new parenthood is a time of great life-change, and brings stressors that are foreign and can seem insurmountable. Post-natal depression affects one in seven women and the ‘baby blues’ affects approximately 80% of new mothers. A lesser known condition is ante-natal depression which occurs during pregnancy and affects 10% of women (PANDA). Additionally, sleep deprivation to varying degrees impacts all new parents. Sleep deprivation has been found to cause hyperalgesic changes in the body, which contribute to chronic pain.
PGP must be approached within a biopsychosocial framework. Pain is influenced by cognitive and psychosocial factors that modulate pain amplification and disability levels. It is known that ongoing pain can be centrally mediated by the forebrain, it is therefore understandable that PGP disorders can potentially be induced and /or maintained through a balance of peripheral physiological mal-adaptive behaviours, and centrally mediated pain sensitisation.
Putting all the who, what, where, and when together brings us to the why? So, we know the sacroiliac joint requires stability to function, that is, to transfer weight efficiently and pain-free from one leg to another. Factors that reduce this in pregnancy are increased ligament laxity, decreased efficiency of muscle activation through altered proprioception and motor control, and in the case of abdominals, less efficient angle of pull. Combine this with an increased load to transfer as the uterus expands with the growing foetus and the pelvis has it’s work cut out. However, still only one in five women will experience pelvic girdle pain. So, why?
Well joint stability is not about how resistant structures are to movement or how much movement is available but instead, about the motion control that allows load to be transferred and movement to be smooth, effortless and painfree (Vleeming et al., 2008). Meaning, that it is the complex interplay between these factors that combine to present as pain.
How is PGP managed?
Physiotherapists have many tools that we use to reduce pelvic girdle pain, these include:
-External Pelvic Compression with Belts/Tape/Compression garments
-Soft Tissue Mobilisation
-A Specific and Individualised Exercise Program.
Accurate movement analysis and postural assessment is essential to long term recovery. Many studies have analysed exercise regimes; common theories are Vleeming’s anterior/oblique, posterior and vertical muscular slings. Or the functional activation pattern initially proposed by Stuge and her team in 2004 which begins with strengthening local stabilising muscles such as transverse abdominus, pelvic floor and multifidus prior to building in more global stabilisers such as latissimus dorsi, gluteus maximus, abdominal obliques and hip adductors and abductors.
Results vary between studies, but there is a trend in the literature to support individualised, exercise prescription that emphasises deep stabilising muscle activation, and functional progression received one-to-one by physiotherapists over at least 6 weeks. It can be concluded that global muscles alone, despite ability to increase stability of the SIJ, have no impact and may potentially exacerbate symptoms if not recruited in an activation pattern that includes local core stabilisers of the lumbo-pelvic region as well. Supervision of exercises is important to ensure quality of exercise performance and to translate to pain reduction.
Summary (the cheat sheet):
Whether you have symptoms of PGP, have had symptoms, or are a health practitioner who see’s patients with PGP, I hope you got something out of this information that will help you. I practice women’s health physio in Lower Plenty, Melbourne and regularly care for women with acute and chronic PGP. I am always happy to chat and share information, so feel free to make contact with me at any time.
Albert H, Godskesen M, Westergaard J (2001) Prognosis in four syndromes of pregnancy-related pelvic pain. Acta Obstet Gynecol Scand 80:505–510
Heckman JD & Sassard R (1994) Musculoskeletal considerations in pregnancy. Journal of Bone and Joint Surgery American Volume 76, 1720–1730.
Hodges PW (1999) Is there a role for transversus abdominis in lumbo-pelvic stability? Manual Therapy 4, 74–86.
Lautenbacher, S., Kundermann, B., Krieg, J. (2006). Sleep deprivation and pain perception. Sleep Medicine Reviews. 10(5): 357-369.
Lillios, S., Young, J. (2012). The Effects of Core and Lower Extremity Strengtheinin on Pregnancy-Related Low Back and Pelvic Girdle Pain: A Systematic Review. Journal of Women’s Health Physical Therapy. 36(3): 116-124.
Marnach, M., Ramin, K., Ramsey, P., Song, S., Stensland, J., An, K. (2003). Characterization of the relationship between joint laxity and maternal hormones in pregnancy. Obstetrics and Gynecology. 101(2): 331-335.
Ostgaard, H., Zetherstrom, G., Roos-Hansson, E., Svanberg, B. (1994b). Reduction of back and posterior pelvic pain in pregnancy. Spine. 21:2777-2780.
Pennick, V., Liddle, S. (2013). Interventions for preventing and treating pelvic and back pain in pregnancy. Cochrane Database of Systematic Reviews. 8.
Schauberger, C., Rooney, B., Goldsmith, L., Shenton, D., Silva, P., Schaper, A. (1996). Peripheral joint laxity increases in pregnancy but does not correlate with serum relaxin levels. American Journal of Obstetrics and Gynecology. 174: 667-71.
Stuge, B., Veered, MB., Laerum, E. et al. (2004). The efficacy of a treatment program focusing on specific stabilising exercises for pelvic girdle pain after pregnancy: a two-year follow up of a randomised clinical trial. Spine. 29:197-203.
Vleeming, A., Stoeckart, R., Volkers, A., Snijders, C. (1990). Relation between form and function in the sacroiliac joint. Part 1. Clinial anatomical aspects. Spine. 15: 130-132.
Vleeming, A., Volkers, A., Snijders, C., Stoeckart, C. (1990b). Relation between form and function in the sacroiliac joint. Part 2. Biomechanical aspects. Spine. 15:133-136.
Vleeming et al. (2008). European Guidelines for the diagnosis and treatment of pelvic girdle pain. Spine. 17:794-819.
Vermani, E., Mittal, R., Weeks, A. (2010). Pelvic Girdle Pain and Low Back Pain in Pregnancy: A Review. Pain Practice. 10(1): 60-71.
"You will, but not yet"
“You will, but not yet”
This is a phrase I find myself saying a lot.
I say it to the beautiful woman, sitting in my room with tears threatening to roll down her cheeks as she tells me she wants to have ‘normal sex’ with her husband. She has come to see me because since her baby was born 5 months ago, penetrative sex has hurt. They have tried three times now and it feels like it’s getting worse, not better. She tells me her sister said she felt back to ‘normal’ about 8 weeks after giving birth and she thought she’d be back to normal by now too.
I say it to the beautiful woman who has started training for the half marathon. She has always run 5kms with no problem, but since she started training beyond 10kms she has been leaking urine. She thought this was something that only happened after you had kids? She hasn’t even done that yet, and she is worried this will get worse. But she is even more worried she’ll never be able to achieve her goal she and her friend have set themselves of finishing the half marathon together.
I say it to the beautiful woman who gave birth 3 weeks ago and wants her figure back but her tummy is still soft and protrudes forward when she stands. She is worried about muscle separation and wants to get back to yoga as soon as she can, but her baby is clingy and wants to breastfeed all the time. She is exhausted and wants to know why her recovery seems to be taking longer than she expected.
Our bodies are amazing. They are capable of producing and sustaining life, and achieving brilliant physical feats of strength, endurance and flexibility. Although our bodies are miraculous, they are not magic. Tissue healing is incredible, torn or stretched tissue will mend given time and the appropriate conditions. Weakened muscles can strengthen with consistent training and good technique. In the world we live in, we are inpatient. We are used to getting things before we have earned them. This does not happen with the human body.
So I tell these beautiful women, “you will do these things, but not yet.” Do not be pressured by your friends, sisters, or social media feeds to rush your body. Seek good advice from a source you trust and follow your own path to recovery that feels right for your body. You have the rest of your life to achieve these goals, right now, it is time to heal and rehabilitate.
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