Evidence-based insights on physical rehabilitation and wellness to support your recovery journey.
Athletes sleeping under eight hours are 1.7 times more likely to get injured — and sleep extension alone improved sprint times, shooting accuracy and reaction time. Here's why sleep is the substrate everything else depends on.
Red and near-infrared light can genuinely accelerate tissue repair — but the field's reputation was damaged by decades of oversold marketing. Here's the mechanism, the evidence, and the honest limits.
Two patients, near-identical injuries, completely different recovery speeds — the difference wasn't the knee, it was the nervous system doing the repairing. Here's how heart rate variability makes that visible.
Most sciatica settles on its own — and a landmark Dutch trial found that even severe cases reach the same one-year outcome with or without surgery. Here's what actually speeds recovery.
MRI scans show disc bulges in the vast majority of pain-free spines too. Here's what's actually driving chronic back pain — and why almost everything that helps is active, not passive.
The single most damaging thing most people over 40 do to their joints isn't overuse — it's carefully organised underuse. Here are the four evidence-based pillars of genuine protection.
Up to a third of people who sprain an ankle still report instability years later — not from bad luck, but from an unfinished rehabilitation. Here's what actually needs retraining.
For many patients with degenerative meniscus tears, rigorous clinical trials show that rehabilitation performs just as well as surgery — not almost as well, but genuinely as well.
Cartilage has no nerve endings — so it can't be the source of your knee pain. Here's what the evidence says actually works, and why rest is rarely the answer.
Whether you've been diagnosed with osteoporosis or simply want to protect your bones for the future, targeted exercise is one of the most powerful tools available. Here's how BPR approaches bone health, strength, and fall prevention through evidence-based physical rehabilitation.
Recovery after total or partial knee replacement takes up to 12 months for full function, but the quality of that recovery is almost entirely determined by the rehabilitation programme. This complete phase-by-phase protocol covers everything from Day 1 post-operative to return to sport — including MLS laser, ALCE neuromuscular stimulation for quadriceps, and the specific milestones that guide progression at Bruno Physical Rehabilitation in Ipswich.
What you do in the weeks and months before a knee replacement surgery has a profound impact on what happens after it. Prehabilitation — structured exercise and preparation before surgery — improves surgical outcomes, accelerates recovery, reduces complications and can shorten hospital stay. This is what we do at Bruno Physical Rehabilitation for every patient scheduled for knee replacement.
Knee replacement surgery is not inevitable for most patients with severe knee osteoarthritis. Clinical trials show that structured rehabilitation postpones or eliminates the need for surgery in a significant proportion of patients. This article details every evidence-based strategy for preventing the need for knee replacement — and when surgery genuinely becomes the right choice.
Patellofemoral osteoarthritis — arthrosis of the kneecap joint — is the most frequently missed compartment of knee OA, yet produces some of the most disabling anterior knee pain. This guide explains the anatomy, specific biomechanical causes, clinical presentation and the full evidence-based treatment protocol we use at Bruno Physical Rehabilitation in Ipswich.
Knee osteoarthritis affects over 303 million people worldwide, yet it remains one of the most mismanaged conditions in clinical practice. This complete guide covers pathophysiology, Kellgren-Lawrence staging, why X-rays don't predict pain, and every evidence-based treatment available — including MLS laser, ALCE neuromuscular stimulation and biomechanical rehabilitation at Bruno Physical Rehabilitation in Ipswich.
I've been on both sides of the treatment table. As a professional footballer I went through three major knee surgeries — and the rehabilitation mistakes I lived through are the reason this clinic exists.
Two clinics can own identical equipment and get completely different results. The difference isn't the machines — it's the order, timing and purpose with which they're deployed. This is the invisible skill of programme design.
Inflammation changes tissue temperature before it changes how you feel. Thermal imaging turns that physiological fact into a monitoring tool — for finding hidden overload, tracking recovery, and catching trouble early.
Tendons heal slowly and stubbornly — they have poor blood supply and hate both rest and overload. Here's how we combine MLS laser with progressive loading to change that equation.
That dull ache around or behind the kneecap that flares up on stairs, hills and long runs — patellofemoral pain is the most common running injury. Here's the protocol that actually resolves it.
"Bone on bone" might be the most damaging phrase in musculoskeletal medicine. If you've been told your knee is 'worn out' and to avoid activity, the evidence says almost exactly the opposite.
We own an ultrasound unit — and we'll be the first to tell you it doesn't fix everything. An honest look at what the evidence supports, because a clinic you can trust tells you what doesn't work too.
They all involve electrodes on skin, so they get lumped together — but TENS, EMS and microcurrent work on entirely different biological targets. Knowing the difference is knowing when each one is the right tool.
A scan can find a 'bulging disc' in a person with no pain, and find nothing in a person who can barely walk. Here's why imaging so often misleads — and what assessing movement reveals instead.
The knee is the joint most likely to hurt — and least likely to be the actual problem. Caught between the hip and the foot, it often pays the price for dysfunction elsewhere. Here's how the kinetic chain works.
Elite athletes have tracked Heart Rate Variability for years to know when to push and when to recover. The same principle transforms rehabilitation — because healing is adaptation, and adaptation requires recovery.
It sounds like science fiction — using light to heal tissue. But photobiomodulation is one of the best-researched tools in modern rehabilitation. Here's how MLS Laser works, what it treats, and what to expect.
You rested, you iced it, the pain went away — and three months later it's back. Recurring injuries are rarely bad luck. Here's what's really happening, and how an integrated rehabilitation programme breaks the cycle.