Omega-3 Supplements for Recovery: EPA, DHA, and the Evidence for Rehabilitation
How fish oil and algae-based omega-3s reduce post-surgical inflammation, support nerve regeneration, and improve exercise tolerance during rehab.
How fish oil and algae-based omega-3s reduce post-surgical inflammation, support nerve regeneration, and improve exercise tolerance during rehab.
Omega-3 Supplements for Recovery: EPA, DHA, and the Evidence for Rehabilitation is for patients considering targeted micronutrients or supplements during tissue healing.
How fish oil and algae-based omega-3s reduce post-surgical inflammation, support nerve regeneration, and improve exercise tolerance during rehab.
Nutrition strategy influences pain response, tissue healing speed, energy stability, and your ability to progress through therapy sessions consistently. Small daily decisions around food quality, timing, hydration, and meal structure can materially affect recovery outcomes over 4-12 week blocks.
| Meal Window | Structure | Recovery Purpose |
|---|---|---|
| Breakfast | Protein meal plus fortified or naturally micronutrient-rich foods. | Restore morning energy and reduce early fatigue. |
| Lunch | Colourful plate with omega-3 source and fibre. | Support tissue repair and rehab performance. |
| Snack | Fermented dairy or probiotic-supportive option if tolerated. | Stabilise blood sugar and reduce symptom dips. |
| Dinner | Mineral-rich meal with leafy greens, legumes, and lean protein. | Promote overnight recovery and adaptation. |
The strongest rehabilitation nutrition plans are not extreme; they are consistent, specific, and matched to your current recovery phase. Use this page as a practical template, then adjust portions and food choices based on symptoms, training response, and clinical feedback.