Uses your own blood-derived growth factors
Supports natural tissue healing
Non-surgical treatment option
Low risk of allergic reaction
Can complement rehabilitation programmes
Support faster, stronger recovery from muscle tears and strains — using your body's own healing biology.
Muscle injuries are common across all levels of sport and physical activity, but not all of them recover as smoothly or as quickly as expected. When a muscle tear or chronic strain isn't resolving with rest and physiotherapy alone, Platelet-Rich Plasma (PRP) therapy offers a way to actively support the repair process — delivering a concentrated boost of your body's own healing agents directly to the injury site.
PRP is prepared by taking a small sample of your own blood and spinning it in a centrifuge to concentrate the platelets. Platelets are cells packed with growth factors and signalling molecules that play a central role in the body's natural tissue repair processes. When injected directly into an injured muscle, this concentrated plasma:
Because PRP is derived entirely from your own blood, there is no added medication and the risk of allergic reaction is very low — making it a well-tolerated option for most patients.
PRP is used for a range of muscle injuries in both athletes and active individuals, including:
Both first-time injuries and recurrent or poorly healed muscle injuries are assessed for suitability.
Most muscle injuries heal well with appropriate rest and rehabilitation. But some — particularly larger tears, injuries in heavily loaded muscles, or those that have been poorly managed in the acute phase — can heal with disorganised scar tissue that is weaker and more vulnerable to re-injury. Chronic muscle strains can also persist long after the initial damage, driven by ongoing low-grade inflammation and incomplete repair.
PRP is particularly valuable in these cases, where the body's natural repair response needs reinforcement. Rather than waiting and hoping, PRP provides the biological stimulus the tissue needs to complete a higher-quality repair.
PRP is most commonly considered for muscle injuries when:
A comprehensive clinical assessment — including imaging review where appropriate — is performed before any treatment to confirm the diagnosis, ensure PRP is the right option, and rule out conditions that require a different approach.
The procedure is performed in-clinic and takes under an hour. Some soreness at the injection site is expected in the days following treatment — this is a normal part of the biological response. Improvement develops gradually over weeks to months as tissue repair progresses, and it is important to approach PRP with realistic expectations. It is not a shortcut, but it can meaningfully improve both the speed and quality of recovery when used appropriately.
PRP works best as part of a broader management plan. We integrate the injection with a structured, graded return-to-activity programme and physiotherapy guidance to ensure the healing tissue is progressively loaded and conditioned for return to sport or exercise.
For competitive and recreational athletes, one of the most important considerations after a significant muscle injury is not just whether the tissue has healed — but whether it has healed well enough to withstand full training load and competition demands. Poorly healed muscle tissue significantly increases re-injury risk.
By supporting a more complete and organised repair, PRP may reduce long-term re-injury rates alongside shortening the initial recovery window. We guide you through each phase of return to sport, from early rehabilitation to full training resumption, with ongoing monitoring throughout.
Accurate injection placement into the specific zone of muscle injury is essential for PRP to be effective. At Fluid Medical, procedures are performed by experienced doctors using precise clinical technique, guided by a thorough assessment and imaging where indicated. We treat muscle injuries in context — considering your training history, biomechanics, and activity goals — rather than as an isolated event requiring a single intervention.
Dealing with a muscle injury that isn't healing as expected?
Uses your own blood-derived growth factors
Supports natural tissue healing
Non-surgical treatment option
Supports natural tissue healing
Can complement rehabilitation programmes