Karen Ferreira Physiotherapy

12/08/2026

Keep it moving within appropriate limits, progressively build strength, and you give your body a reason to remain capable. After decades of working with people who want to stay active, one lesson keeps coming back...

The goal isn't to protect your joints by avoiding life.
It's to build a body capable of handling life.

Walk.
Lift.
Squat.
Hinge.
Reach.
Carry.
Climb.

Modify when necessary. Recover when needed. Progress intelligently.
But don't confuse rest with permanent restriction.

Your joints weren't designed simply to be preserved.
They were designed to help you move through the world.
And sometimes, the best way to protect your future is not to move less
but to build the strength and capacity to keep moving.

30/07/2026

You have been training for years. You built an aerobic base, you knew your paces and your splits, you knew what your RPE felt like at any given heart rate. You know the feeling… You have a weekly rhythm going, and everything is going as planned.

Then something happened. A fall leading to a torn rotator cuff or a meniscal tear. A hip fracture. Your back went out… awful enough that it sends you to the emergency room. A bad respiratory illness that kept you in bed for ten days, then it set off a post-viral syndrome. A cancer diagnosis, the surgery, and the treatment that followed.

I have helped hundreds of athletes return to activity after prolonged downtime. It’s almost as hard to watch some folks go through this as it is to experience it. The diagnosis that brought your training to a halt doesn’t matter; what matters is that the training stopped. If your time off from training is long enough (and that’s not very long), you can often expect a rocky, nonlinear recovery.

This is a post about how to come back. Not how to come back the fastest, because the fastest route is also the route that might produce a reinjury, or an overuse flare in another area of your leg. From a psychological and health perspective, that second setback is often worse than the first.

This post is about how to return in a way that respects detraining, what the body actually needs during the return, and how to read your own signals and data well enough to know when to push and when to hold back.

The return is almost never linear. The sooner you accept that, the better the return will be.

full article here:https://howardluksmd.substack.com/p/coming-back-after-injury-surgery?r=8b26

30/07/2026

Sometimes, the most powerful thing we can say to a patient is:

"You're not broken."
Yet far too often, people leave medical appointments with fear instead of clarity.

They hear words like "bone on bone," "degeneration," "meniscus tear," or "you'll need a new knee soon," and they assume the worst. They stop walking. They stop exercising. They stop doing the things they love, not because they can't, but because no one told them they still could.

One of the hardest lessons I've learned as an orthopedic surgeon is that I can't predict when someone will need a knee replacement. I tried for years and never came close. As I discuss in my book, X rays and MRI scans tell us what a joint looks like. They do not tell us how it feels, how well it functions, or when it should be replaced. Biology is far more complex than an image.

Here's what I wish more surgeons told their patients...

"Pain doesn't always mean damage."
"Arthritis isn't a life sentence."
"You have options beyond surgery."
"Strength, movement, and better overall health can change your trajectory."
"Let's talk about what matters to you, not just what your MRI shows."

But it's not just about the words. It's about how we listen.
Medicine has become increasingly high tech and increasingly rushed. We have more imaging than ever, yet often less conversation. Sometimes patients don't need another scan. They need more time, better questions, and honest reassurance.

Because many people aren't sitting in our exam rooms because of pain alone.
They're there because they're scared. Scared that every ache means something is seriously wrong. Scared they'll make things worse if they stay active. Scared that their body is failing them.

Those patients don't just need to see their images.
They need to be seen.
I remember a patient I'll call Bill.

Bill loved to run. Not for medals or marathons, but because running made him feel like himself. After developing knee pain, an MRI showed a meniscus tear. He was told he didn't need surgery, but that was the end of the conversation.

No one told him what he could do.
So he stopped running.
Not because of pain, but because of fear.

Six months later, we had a different conversation. We talked about his goals, not just his MRI. I explained that many runners have meniscus tears without any symptoms and that these age related changes often don't prevent people from returning to running once they're comfortable and have rebuilt their strength.

Bill gradually returned to the trails.
Seven months later, he came back after injuring his shoulder in a fall. Before we even discussed his shoulder, he smiled and said, "That conversation changed everything."

Moments like that remind me that surgery isn't the only thing that changes lives.
Education changes lives.
Reassurance changes lives.
Being heard changes lives.

Surgery is a powerful tool. But so are empathy, time, and honest conversation. When people feel understood and empowered, they make better decisions, move with more confidence, and often achieve better outcomes. Sometimes the most important treatment we provide isn't a scalpel.

It's hope.

30/07/2026

https://www.facebook.com/share/r/1DMtbcv6TF/

23/07/2026

https://www.medicalbrief.co.za/aspirin-alone-best-for-post-joint-surgery-clot-prevention-canadian-study/

Researchers found that after a randomised trial testing once-daily thromboprophylaxis with aspirin or rivaroxaban for the first five days after total hip or total knee arthroplasty, followed by aspirin alone, aspirin alone emerged as non-inferior for preventing symptomatic venous thromboembolism, wi...

22/07/2026

https://www.facebook.com/share/r/1NH9Fv1q2b/

14/07/2026

An MRI gets ordered, and almost inevitably, it finds something: a meniscus tear, a rotator cuff tear, or a disc bulge. By midlife, these findings are incredibly common, even in people with no pain at all. In fact, if you image the opposite shoulder or knee, you'll often find similar age related changes there too.

The problem is that the image can quickly become the diagnosis. Patients begin to believe they're broken, and the focus shifts to fixing what the MRI shows instead of asking a more important question:

Why did the symptoms appear now?

In many cases, these aches aren't simply the result of a structural injury. They're the point at which declining strength, reduced tissue capacity, lower aerobic fitness, and sometimes poor metabolic health finally reach a tipping point. The MRI didn't create those changes. It simply revealed what had likely been developing for years.

The real issue is often a loss of physiologic reserve. Less muscle. Less tendon resilience. Less capacity to tolerate everyday loads.

Once the MRI enters the picture, the risk becomes overtreatment. Too often, people undergo procedures to correct an image rather than address the underlying problem. Yet in many cases, the most powerful treatment isn't another scan or an operation.

It's rebuilding the body that allowed the symptoms to appear in the first place.

Join my subscriber community for exclusive articles and educational posts designed to help you move better, stay stronger, and understand your body with confidence. The subscription link is in the comments.

14/07/2026

30/06/2026

Progress in exercise should follow a gradual, structured pattern that allows the body to adapt safely over time. A common principle is the idea of slow, controlled progression, such as the 10 percent rule, where increases in load, duration, or intensity are kept modest so that muscles, tendons, and joints can adapt alongside the cardiovascular system.

This is especially important for older adults, where connective tissue tends to recover and adapt more slowly than it did in younger years. The goal is not just to build fitness, but to build it in a way that the body can tolerate and sustain.

After periods of increased training stress, the body also needs time to absorb those adaptations. This is where recovery phases become important. Instead of continuously adding more load, training can be organized into cycles where harder periods are followed by lighter periods that allow the body to consolidate gains, reduce fatigue, and lower injury risk.

This concept is known as periodization. It simply means organizing training in phases or blocks so that different qualities such as strength, endurance, and recovery are emphasized at different times.

In practical terms, this might mean that when you are increasing your walking, cycling, or running volume, you temporarily reduce other stressors on the same tissues. For example, if your running volume is increasing, it may not be the best time to also increase high impact jumping or plyometric exercises for the calves and knees. All forms of load count, even if they come from different activities.

For older adults, this approach is particularly valuable because it helps protect joints and connective tissue while still allowing steady progress. The goal is not to do everything at once, but to build capacity in a way that is sustainable over months and years.

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