Graston uses specially designed stainless steel instruments to detect and treat areas of scar tissue, fascial restriction and chronic tendon degeneration. The instruments allow the clinician to feel subtle changes in tissue quality — areas of fibrosis, adhesion or thickening — that are difficult to identify with hands alone.

By applying controlled pressure across the affected tissue, Graston breaks down collagen cross-links, stimulates localised inflammation and triggers the body's repair response — promoting remodelling of dysfunctional tissue. It is particularly effective in chronic plantar fasciitis, Achilles tendinopathy and tibialis posterior tendinopathy where tissue quality has deteriorated over time.

Sports massage applies targeted manual pressure to muscles, tendons and fascia to reduce tension, improve circulation and restore tissue extensibility. Unlike general massage, it is applied with a specific clinical goal — addressing a diagnosed problem rather than providing general relaxation.

In lower limb podiatry this most commonly targets the calf complex, plantar fascia, tibialis posterior and peroneal tendons. It is effective for reducing muscle guarding around acute injuries, releasing chronic calf tightness contributing to Achilles or heel pain, and improving tissue pliability before a rehabilitation session or gait retraining appointment.

Active Release Technique combines precise manual pressure with active patient movement to release adhesions between soft tissue layers. The clinician applies tension to the target tissue while the patient moves through a specific range of motion — creating a shearing force that breaks down inter-tissue adhesions that static pressure alone cannot reach.

ART is highly effective where nerve entrapment, inter-muscle adhesions or restricted tendon gliding are contributing to symptoms — common in conditions like tarsal tunnel syndrome, peroneal adhesions post-ankle sprain, and calf restriction in runners. The active component means changes in tissue mobility are often felt immediately within the session.

Dry needling uses fine acupuncture needles inserted into myofascial trigger points — hyperirritable spots within taut bands of muscle that refer pain and restrict movement. Unlike acupuncture, dry needling is based on Western musculoskeletal anatomy and neurophysiology rather than traditional meridian theory.

Needle insertion into a trigger point produces a local twitch response — an involuntary muscle contraction that resets the motor end plate and releases the taut band. This is particularly effective for calf trigger points referring into the heel, tibialis posterior trigger points contributing to arch pain, and intrinsic foot muscle tightness that is limiting toe extension and loading mechanics.

Joint mobilisation applies graded oscillatory or sustained passive movement to a restricted joint to restore its normal range of motion. It works through both mechanical and neurological mechanisms — stretching the joint capsule and periarticular tissue, reducing pain via gate control theory, and restoring normal arthrokinematics (the rolling, gliding and spinning motion between joint surfaces).

In foot and ankle podiatry this is most commonly applied to the subtalar joint, midtarsal joints and first MTP joint — all of which stiffen significantly following injury, immobilisation or degenerative change. Restoring first MTP joint dorsiflexion, for example, is essential before loading the great toe in hallux rigidus or plantar fasciitis rehabilitation. Mobilisation is graded from gentle oscillation (Grades I–II for pain) to larger amplitude movement (Grades III–IV for stiffness).