If you are experiencing lower back pain after pregnancy, it is often linked to changes in how your core supports your body. You may feel discomfort when standing for long periods, lifting your baby, or returning to exercise. In many cases, this is connected to how the abdominal wall is functioning. At Diastasis Recti Rehabilitation, we assess how your core and spine work together, helping you reduce pain and restore strength through targeted, evidence-based rehabilitation.
How the Core Supports Your Spine
Your core is not a single muscle. It is a system that includes your abdominal muscles, diaphragm, pelvic floor, and deep spinal muscles. Together, these structures create stability and support for your spine during movement.
When this system is functioning well, pressure is managed effectively, and your spine is protected. When it is not, other areas of the body may compensate, often leading to discomfort or pain.
The Role of the Abdominal Wall
The abdominal muscles, particularly the deeper layers, help create tension and support across your trunk. This support reduces the load placed on your lower back during everyday activities.
Coordination With the Pelvic Floor and Diaphragm
Your diaphragm and pelvic floor work in coordination with your abdominal wall to manage pressure. This system allows you to move efficiently while maintaining stability.
What Changes With Diastasis Recti
Diastasis recti affects the connective tissue that links the abdominal muscles. When this tissue loses tension, the abdominal wall may not provide the same level of support.
This does not mean your core is not working, but it may not be working efficiently. As a result, your body adapts by using other muscles to maintain stability.
Reduced Tension in the Midline
The linea alba may become stretched and less supportive. This reduces the ability of your abdominal muscles to generate effective tension.
Altered Load Distribution
With less support from the front of your body, more load is transferred to the back. This increases the demand on your lower back muscles.
Compensatory Movement Patterns
Your body may rely more on your back, hips, or even your shoulders to maintain balance and control. Over time, this can lead to fatigue and discomfort.
Why Back Pain Develops
Back pain in this context is often not due to injury, but to how your body is managing load. When the core is not providing adequate support, the lower back takes on a greater role.
Muscle Overuse
The muscles in your lower back may become overworked as they try to compensate for reduced core support. This can lead to tension and fatigue.
Increased Spinal Stress
Without balanced support, the spine may experience uneven loading. This can contribute to discomfort, especially during prolonged activity.
Poor Pressure Management
If intra-abdominal pressure is not controlled, it can push outward rather than supporting the spine. This reduces stability and increases strain.
Common Situations Where Pain Is Felt
Back pain related to diastasis recti often appears during specific activities that challenge your core.
Lifting and Carrying
Picking up your baby or carrying items can place additional load on your back if your core is not supporting the movement.
Prolonged Standing
Standing for long periods without adequate core support can lead to fatigue in the lower back.
Returning to Exercise
Activities that require strength and control may highlight areas of weakness, leading to discomfort if not managed properly.
How to Reduce Back Pain Safely
Addressing back pain in this context involves improving how your core functions rather than focusing only on the back itself.
Restore Core Coordination
Rehabilitation begins with breathing and deep core activation. This helps re-establish coordination between your abdominal muscles, diaphragm, and pelvic floor.
Improve Pressure Management
Learning to manage intra-abdominal pressure during movement reduces strain on your spine and abdominal wall.
Strengthen Supporting Muscles
Progressive strengthening of your core, hips, and back improves overall stability and reduces reliance on any one area.
Adjust Movement Patterns
Simple changes in how you move can make a significant difference. This includes lifting with control, maintaining alignment, and avoiding sudden or jerky actions.
Daily Strategies to Support Your Back
Incorporating small adjustments into your daily routine can help reduce discomfort and support recovery.
Engage Before You Move
Gently engage your core before lifting, bending, or standing. This provides support and reduces strain.
Maintain Neutral Alignment
Keep your ribcage stacked over your pelvis. Avoid excessive arching or slumping.
Take Regular Breaks
If you are standing or sitting for long periods, change position regularly to reduce fatigue.
Use Controlled Movements
Move slowly and deliberately, especially during tasks that require effort.
What Progress Feels Like
As your core becomes stronger and more coordinated, you will notice a reduction in back discomfort. Movements feel more supported, and daily activities become easier.
This improvement reflects better load distribution and more efficient muscle coordination.
When to Seek Professional Guidance
If your back pain is persistent or affecting your daily life, a structured assessment can provide clarity. Understanding how your core is functioning allows for a targeted approach to rehabilitation.
At Adam Vital, we assess both the abdominal wall and spinal mechanics to create a plan that addresses the root cause of your symptoms.
The Importance of a Whole-System Approach
Back pain related to diastasis recti is not isolated to one area. It reflects how multiple systems are working together. Addressing the issue requires a comprehensive approach that considers your entire movement pattern.
This ensures that improvements are not temporary but support long-term function and performance.
Conclusion
The connection between diastasis recti and back pain lies in how your core supports your spine. When this support is reduced, the lower back often compensates, leading to discomfort. By restoring core coordination, improving pressure management, and adjusting movement patterns, you can reduce strain and rebuild strength. The next step is to seek a structured assessment and begin a personalised rehabilitation plan that supports both your core and your spine for lasting recovery.
