Rehab & Recovery · Conditions
Pelvic Health Physiotherapy in Burlington
Pelvic floor problems are common but rarely discussed. Pelvic health physiotherapy offers effective, private care for a range of concerns.
Understanding the condition
About pelvic health physiotherapy
The pelvic floor muscles support the bladder, bowel and reproductive organs. When these muscles are weak, overactive or poorly coordinated, they can cause leakage, urgency, pelvic pain or discomfort. Pelvic health physiotherapy assesses pelvic floor function and provides a personalized program to restore control and comfort.
Common symptoms
- Leaking urine with coughing, sneezing or exercise
- Urgency or frequent urination
- Pelvic, hip or low back pain
- Pain with intercourse
- A feeling of heaviness in the pelvis
Common causes
- Pregnancy and childbirth
- Menopause and hormonal changes
- Chronic straining or constipation
- Heavy lifting or high-impact exercise
- Surgery in the pelvic region
How we treat it
Our approach at Tread Well
01
Private assessment
Your physiotherapist discusses your concerns and assesses pelvic floor and core function with your consent.
02
Personalized exercise
Pelvic floor strengthening or relaxation, with breathing and core work, is tailored to your needs.
03
Education and habits
Guidance on bladder habits, lifting and activity supports lasting improvement.
Who treats this condition
These practitioners commonly treat this condition, and your care can be coordinated between them. You may book directly with the practitioner of your choice.
Pelvic Health Physiotherapy: common questions
Related services
Related conditions
Covered by most extended health plans. Direct billing is available to many major insurers.Billing details
Book an assessment for pelvic health physiotherapy
Most new patients prefer to call. Reception can advise which practitioner is best suited to your concern and arrange a suitable time. Online booking is also available if you would prefer to book directly.
3305 Harvester Road, Burlington, Ontario L7N 3N2