Prospective Kinetic Chain Injury Prediction

Tensiomyography measures how a muscle actually contracts. We read those measurements across the whole working chain — sport by sport — to find where load is being redistributed before the tissue that carries it fails.

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What the measurement is for

Tensiomyography is a non-invasive measurement of how an individual muscle responds when it is stimulated. It records how far the muscle belly displaces and how long it takes to get there — the contractile behaviour itself, not the strength the athlete can express on a given day.

That matters because it separates two things that are constantly confused: a muscle that is weak, and a muscle that is not responding. A muscle can test strong and still be arriving late. It can test symmetrical and still have stiffened to the point where it has stopped absorbing its share of the work.

On a single muscle, this is a reading. Across a chain of muscles, it becomes something else — a map of how the athlete is currently distributing load. That map is what the prediction is built on.

Why the chain, and why in advance

Standard screening tells you a muscle is asymmetrical. It does not tell you what that asymmetry is doing to the athlete. Injuries are the end of a sequence, not a single event: one link stops contributing, the links either side absorb the surplus, and the tissue that finally tears is very often not the one that started the problem. This approach reads the sequence instead of the endpoint — mechanical behaviour, neural response and fascial continuity kept as three separate signals, never averaged into one score, and read sport by sport.

Clubs & Federations

Squad screening, in-season monitoring and reporting the coaching staff can act on.

Elite Athletes

Sport-specific chain reading across nine disciplines, tracked over a training block.

Return to Play

Objective confirmation that the chain has reorganised, not just that the pain has gone.

Our TMG Specializations

Correctional Programming

Correctional Programming

Turn the measurements into a plan. Exercises are chosen for what the readings actually show, in an order set by which problem is driving the others rather than by which one is loudest. You get a short, specific list to work through, not a general routine. Repeat measurement confirms whether it is working.
Injury Prevention Strategies

Injury Prevention Strategies

Find the weak link before it becomes an injury. Muscles that have stopped contributing quietly hand their work to their neighbours, and that redistribution is measurable long before anything hurts. Scanning at intervals shows the pattern forming and gives you time to act on it. Prevention here means correcting a specific finding, not general precaution.
Injury Recovery Monitoring

Injury Recovery Monitoring

Track recovery with objective measurement instead of pain alone. Repeat scans show whether the injured muscle is genuinely returning to its previous behaviour, and whether the muscles that compensated for it have let go of the extra work. That second part is what decides whether the injury comes back.
Muscle Disbalance Assessment

Muscle Disbalance Assessment

Pinpoint asymmetries and weaknesses between muscle groups that no strength test will show you. Each muscle is measured individually, so a side-to-side difference is a number rather than an impression. The result tells you not only which muscle is behind, but whether it is weak or simply not responding — two problems that need opposite answers. This is the starting point for everything else.
Strength Conditioning

Strength Conditioning

Set training parameters on evidence rather than assumption. The measurements show how each muscle responds — how quickly it contracts, how much it displaces — and that shapes load, tempo and exercise selection for the individual in front of you. Programmes built this way fit the athlete’s current state instead of a generic template.
Training Optimisation

Training Optimisation

Check that the training is doing what you intended. Measurements taken through a block show how muscles are actually responding to the load being applied, so adjustments are made on what changed rather than on how the session felt. Useful in heavy phases, and before competition.