Skip to content

Approfondimenti scientifici

Preparing the pelvic floor for pregnancy

AUTORE: Dr. Ilaria Virgillito
FOCUS: Pelvic floor

Pregnancy represents one of the most radical physiological reconfigurations of the entire female lifespan for the pelvic floor. In this phase, the pelvic myofascial unit does not merely provide support for visceral organs: it acts as a complex adaptive system, in constant dialogue with gravitational forces, increasing intra-abdominal pressures, and profound hormonal modulations. Preparing this area for gestation does not mean “training” it in a reductive sense, but rather guiding it towards a state of plastic efficiency, capable of supporting and yielding, of manifesting strength and elastic surrender, in a physiological synthesis that allows facing pregnancy, childbirth, and the postpartum period with a reduced incidence of pelvic dysfunction.

The pelvic floor, consisting of the levator ani complex, the endopelvic fascia, and the connective suspension structures, by constantly modulating its tone, faces a context characterized by significant pressure and hormonal variations. The increase in progesterone and relaxin modifies the composition of collagen, favoring greater tissue compliance; at the same time, the progressive uterine weight and the rotation of the pelvis require continuous support. The pregnant woman thus experiences a dynamic balance between physiological yielding and biomechanical containment: a condition that, if not accompanied by adequate neuromuscular preparation, can degenerate into chronic functional stress.

 

The preconception and gestational preparation: a process of neuromuscular reorganization

Kegel exercises, devised in 1948 and later refined by modern pelvic-perineal rehabilitation, represent only a part of a complex neuromuscular process. Contraction, release, proprioception, breathing and somatic perception are interwoven in a dynamic architecture: preparing the pelvic floor for pregnancy means starting a true neuromuscular recoding, a calibration that allows the area to adapt to progressive visceral pressures, hormone-induced tissue plasticity, and the imminent biomechanical stresses of labor.

Selective strengthening and neuromuscular control

Selective strengthening is not limited to voluntary contractions: it is a refined process that requires attention to the quality of movement, the muscle activation sequence, and the ability to modulate tone according to the functional context.

Before conception and during pregnancy, a woman can benefit from a comprehensive program that includes:

  • Low-intensity voluntary contractions, to refine the perception of the perineum and recruit tonic fibers without overloading.
  • High-intensity contractions, aimed at improving the resistance of the muscles to sudden stresses (coughing, laughing, exertion).
  • Endurance work, aimed at maintaining a constant functional tone during daytime hours, compensating for the progressive uterine load.
  • Release exercises, as essential as strengthening ones, to ensure effective relaxation during the expulsive phase of labor.
  • Control of abdomino-pelvic synergy, i.e., the coordination between the transversus abdominis and the pelvic floor, essential for avoiding aberrant pressures that can promote prolapse or diastasis.

This neuromuscular education is not only preventive: it profoundly modifies the quality of the pelvic floor response, giving it decisive operational plasticity during labor and postpartum recovery.

 

Body awareness, breathing and posture

Diaphragmatic breathing is not just a relaxing tool, but a central mechanism for pressure modulation and regulation of pelvic tone. The diaphragm and pelvic floor act as complementary ends of a single pressure cylinder:

  • Inhalation: the diaphragm descends and the pelvic floor modulates the tone to accommodate the pressure variation without stiffening.
  • Exhalation: the pelvic floor naturally relaxes, preventing hypertonicity and pain.

Integrating this dynamic allows the woman to:

  • manage the growing visceral weight
  • Avoid compensatory contraction patterns
  • Reduce lumbar hyperactivity
  • Prepare the tissues for release during childbirth

 

The posture completes the biomechanical picture: the modification of lumbar curves induced by pregnancy alters the load lines of the pelvis. Correct posture reduces stress on the pubic symphysis, perineal muscles, and endopelvic fascia, preventing low back pain, pelvic pain, and instability.

 

Low-impact physical activity: a functional modulation

Movement during pregnancy is not an accessory, but a therapeutic tool. The goal is not performance, but to modulate the load intelligently, keep the tissues elastic, the muscles efficient, and the local circulation active.

The recommended activities are:

  • Prenatal yoga: pelvic mobility, pelvic opening, deep breathing, and muscle release.
  • Pilates: strengthening of the transversus abdominis and pelvic stabilizers, reducing the risk of diastasis.
  • Brisk walking: stimulation of the muscular pump and improvement of the vascularization of deep tissues.
  • Controlled-load exercises: maintenance of tone without increasing intra-abdominal pressure.

These practices create an optimal functional environment: a body that moves fluidly keeps the perineum responsive and malleable, ready to meet the demands of childbirth.
Pregnancy requires skilled movement: what must yield remains flexible, what must support remains robust.

 

Clinical recommendations and pelvic exercise safety

Pelvic floor exercise during pregnancy is today considered, according to the main international scientific societies (SIGO, ACOG, RCOG, IUGA), a practice that is safe, effective, and physiologically appropriate in most cases. However, its use requires clinical discernment, knowledge of the individual situation, and proper timing, as not all women benefit from the same modes of work and not all require muscle strengthening.

Why are the exercises recommended?

In most physiological pregnancies, targeted training:

  • reduces the risk of urinary incontinence during pregnancy and postpartum;
  • improves the capacity of the pelvic floor to respond to increasing visceral pressures;
  • prepares the tissues for a more physiological release during childbirth;
  • promotes a better quality of sexual function;
  • accelerates functional recovery in the months following birth.
When to start?
  1. Preconception: ideal period. The muscles are not yet subjected to high pressures or hormonal changes.
  2. First trimester: possible to start if there are no obstetric risks, with a focus on body awareness, release, and breathing.
  3. Second trimester: the most functional time for most women; slow and rapid contractions, conscious release, and respiratory integration are introduced.
  4. Third trimester: the main goal is elasticity and mobility; deep relaxation techniques, pelvic stretching, pelvic mobility, diaphragmatic work, and perineal massage starting from the end of the 34th week.
Suitable for all women?

No. Exercises should be modulated based on tone, function, and symptoms.
They are indicated in the presence of

  • stress or mixed urinary incontinence;
  • pelvic instability or support insufficiency;
  • clinically assessed muscle weakness;
  • previous births with significant tears;
  • predisposition to prolapse.

A personalized approach is recommended in cases of

  • chronic pelvic pain;
  • painful scar outcomes (vulvodynia, episiotomy with hypertonicity);
  • sexual difficulties related to muscle hyperactivity;
  • pelvic floor hypertonicity.

They are temporarily discouraged in case of

  • threat of miscarriage or preterm birth;
  • unexplained bleeding;
  • acute pelvic or abdominal pain in the diagnostic phase;
  • significant vaginal infections;
  • absolute rest prescribed by the doctor.

 

Sexuality and the pelvic floor in pregnancy: between physiology and perception

Sexuality during pregnancy is not simply an incidental aspect of a woman’s life: it represents a fundamental indicator of physical well-being, psychological and emotional. This process undergoes complex transformations, in which the pelvic floor plays a biomechanical, sensory and perceptual role.

The muscle tone, the vascularization of the genital region and the modulation of nerve afferents determine the quality of the orgasmic response, sensitivity and pleasure. Parallelly, hypotonia or hypertonia—consequences of anxiety, postural adjustments, hormonal changes or previous trauma—can alter desire, body perception and the ability to modulate pelvic contractions during sexual activity.

The pelvic floor, in this context, takes on three fundamental functions:

  1. Biomechanical support: it supports the pelvic organs under the increasing uterine load, ensuring stability and protection.
  2. Regulation of sexual function: through tone and the ability to release, it allows for a physiological and pleasant response, preventing pain and painful dysfunctions such as vaginismus or dyspareunia.
  3. Sensitivity and body perception: it promotes awareness of contractions and release, improving voluntary control and the modulation of stimulation during intercourse.

The woman can support and optimize sexual function through:

  • Contraction and release exercises, to modulate pelvic tone and sensitivity;
  • Deep relaxation techniques, aimed at the perineal muscles, reducing hypertonicity and muscle tension;
  • Conscious breathing, to synchronize the diaphragm and pelvic floor, lowering muscle activation and promoting comfort during intercourse;
  • Dialogue with the partner, an essential tool for adapting positions, rhythm and intensity to the bodily changes of pregnancy;
  • Integrated body awareness, which allows the woman to perceive and respect her body’s signals, embracing sexuality as part of a transforming physiology.

The goal is not simply to “preserve sexuality” pre-pregnancy, but to allow it to evolve with the changing body, preventing pelvic floor alterations from interfering with the continuity of desire, pleasure and the relationship as a couple.

 

Multidisciplinary approach: the collective intelligence of care

The management of pelvic health in pregnancy requires a collaborative network of expertise. No single professional, on their own, can capture all the nuances between physiology, adaptation and pathology.

  • Midwife: guards the link between lived experience and physiology, guides the woman in recognizing and modulating body signals and coordinates preventive strategies during pregnancy and childbirth.
  • Pelvic-perineal physiotherapist: intervenes on biomechanics, muscle strengthening and relaxation, endurance and proprioception of the pelvic floor.
  • Gynecologist: ensures clinical safety, evaluates risk factors, concurrent pathologies and prescribes personalized protocols.
  • Sexologist: translates bodily implications into the affective and relational dimension, supporting the woman and the couple in adapting sexuality to physical transformations.

This collective intelligence restores an integral dimension to pregnancy, where body, emotions and sexual function coexist harmoniously, avoiding splits between physiology and perception. The integrated approach allows not only to prevent dysfunctions, but to value sexuality as an integral part of a woman’s health and well-being, in a physiological and relational journey consistent with the transformations of gestation.

 

 Preparing the pelvic floor for pregnancy means recognizing that gestation is not a simple biological event, but a structural metamorphosis involving body identity, sexuality and neurophysiology. Careful and conscious preparation allows the pelvic floor to go through pregnancy with resilience and plasticity, reducing the risk of future dysfunctions and favoring a more efficient and less traumatic birth.

In an era where pelvic health is still often misunderstood or minimized, giving concrete tools for preparation back to women means offering not only anatomical protection but a form of agency over their own bodies: the ability to navigate pregnancy with clarity, competence and a renewed alliance with their own perineum.

Raccomandazioni su Prevenzione, Riconoscimento e Cura del Trauma Perineale OstetricoSIGO / AOGOI / AGUI, aprile 2024.

Linea Guida sul Trattamento del Prolasso degli Organi Pelvici nella DonnaSIGO, aggiornata.

Linee Guida Gravidanza FisiologicaAssociazione Italiana di Ostetricia (AIO), documento aggiornato.

Soave I., Scarani S., Mallozzi M., Nobili F., Marci R., Caserta D. Pelvic floor muscle training for prevention and treatment of urinary incontinence during pregnancy and after childbirth … Archives of Gynecology and Obstetrics. 2019.

Woodley S.J., Lawrenson P., Boyle R., Cody J.D., Mørkved S., Kernohan A., et al. Pelvic floor muscle training for preventing and treating urinary and faecal incontinence in antenatal and postnatal women. Cochrane Database of Systematic Reviews.

Manzotti A., et al. What is known about changes in pelvic floor muscle strength and tone in women during the childbirth pathway. European Journal of Midwifery. 2024.

Moossdorff‑Steinhauser H.F.A., Berghmans C.M., Spaanderman M.E.A., Bols E.M.J. Pelvic floor muscle group therapy for the treatment of urinary incontinence during pregnancy and post‑partum: a randomized controlled trial. Pelviperineology. 2021.

Menichini D., et al. Physical activity in low risk pregnant women. Clinica Terapeutica. 2020

Stefanello M. Efficacia dell’esercizio terapeutico nel trattamento del “Pelvic Girdle Pain” in donne in gravidanza. Master in Terapia Manuale, Università di Genova, 2022.

Biroli A., Soligo M., Bernasconi F., Minini G., Trezza G., Vallone F., Sandri S. The Italian Society of Urodynamics’ (SIUD) delivery & pelvic dysfunctions card. Pelviperineology. 2015.

Woodley S.J., Mørkved S., Bø K., Salvesen K.A. Effect of pelvic floor muscle training during pregnancy and after childbirth on prevention and treatment of urinary incontinence. British Journal of Sports Medicine. 2014. (Citata anche nelle raccomandazioni SIGO)

Pelléez M., Gonzalez‑Cerrón S., Montejo R., Barakat R. Pelvic floor muscle training included in a pregnancy exercise program is effective in primary prevention of urinary incontinence: a randomized controlled trial. Neurourology & Urodynamics. 2014.

Ferrari A., et al. Risk and protective factors for pregnancy‑related urinary incontinence. International Journal of Gynecology & Obstetrics. 2024.

Baldin E. La valutazione del perineo in terapia manuale. Tesi di master OMT, Università di Genova, 2015.

Woodley S.J., et al. Pelvic floor muscle training for preventing and treating urinary and faecal incontinence in antenatal and postnatal women. Revisione sistematica con meta-analisi, Cochrane Incontinence Group

Raccomandazioni di sensibilizzazione sulla funzione perineale in gravidanza — tratto dalle Raccomandazioni SIGO sul trauma perineale che evidenzia come sia fondamentale l’educazione delle gestanti sui segni di disfunzione pelvica