Cirbie Bishop RMT

05/14/2026

05/14/2026

Inflammation gets a bad rap.

We talk about it like it's the villain. The second something gets sore, swollen, cranky, or irritated, we act like the job is to shut it down as fast as humanly possible.

But the body is not that dumb.

Inflammation is how the body protects, cleans up, repairs, and resolves. The problem usually isn't that inflammation exists. It's that the system gets stuck. The alarm stays too loud. Pain hangs around long after it should have packed its bags and left.

A recent article in PAIN nailed this idea: chronic pain may be less about "too much inflammation" and more about neuroimmune signaling happening in the wrong order, at the wrong time, or failing to resolve.

Macrophages are right in the middle of that story. The shift from a pro-inflammatory M1 phenotype toward a pro-repair M2 phenotype is one of the ways tissue actually moves from "still angry" to "back to work." When that handoff stalls, the signal doesn't switch off, and the nervous system keeps treating the area like it's under threat.

That fits beautifully with how we think about RAPID.

We are not smashing tissue into submission. We are not "breaking up scar tissue." We are not chasing every sore spot like therapists on a caffeinated treasure hunt.

We are looking for the loudest signal.

The cranky nociceptors. The bumped-up protective tone. The spots where the nervous system is basically yelling, "EXCUSE ME, I HAVE NOTES."

Then we apply a precise, controlled input and watch what changes.

Pain. Range of motion. Function.

Because if a client moves better, hurts less, and gets function back fast, we have changed how the system is processing the problem.

Inflammation has a job. Nociceptors have a job. Macrophages have a job. The nervous system has a job.

Our job is to stop treating pain like a simple tissue problem and start respecting it as a whole-system output.

Precise target. Appropriate dose. Observable result.

That's where RAPID lives.

05/14/2026

04/07/2026

🚨🚨AVAILABILITY🚨🚨

This doesn't happen often, so If you've been wanting a massage but haven't been able to get in. Now is your chance.

Today April 7th @ 4:10pm
Tomorrow April 8@ 11:20am, 12:40pm, 1:50pm and 3pm.

If you'd like to book a massage call Health and Wellness Sussex 567 2852 or send me a private message. 💆‍♀️💆💆‍♀️💆

03/26/2026

Clients often come in and request only to have their upper body worked on. But they are experiencing hip pains. Others come in a say they're haveing issues with their knees but brush it off as weather related or arthritis.
As you can see in the pictures. Common causes of both hip and knee pain are actually the result of muscles in your legs. People often think that because their legs don't actually bother them, there is no need to treat the legs. What many don't know is that the muscles in your legs attach at the knee and hip. There for tight muscles are pulling on the tendons (tendons attach muscle to bone) and that is part of the reason you're having pain in hips and knees

Have a wonderful day 🙂

03/25/2026

Looks bad-but does it hurt? Nope!
Great study showing that joint space narrowing and pain progression were NOT associated.

03/25/2026

Happy Wednesday Everyone. Many of not all of you have heard me recommend yoga over and over again. It truly is one of thr best things you can do to help aid in your body's mobility and pain relief.

So just as a reminder. If you haven't taken that step yet. No better time then the present.

For easy, free at home option
Yoga with Adrienne on YouTube is a great place to start. She offers all levels and both short quick 10min options and longer if that's what you're looking for.

Have a fabulous day 😊💆‍♀️

03/24/2026

Are you still stuck thinking only about muscles?

Understanding muscle structure matters, of course. But if your entire treatment strategy is built around trying to relax tissue by working directly on muscle, you are overlooking some of the most powerful opportunities for change.

Instead of focusing on muscle, start thinking about mechanoreceptors.

Muscles contain some of these sensory receptors, but many of the richest concentrations are found in structures like the periosteum, aponeurosis, joint capsules, nerve sheaths, tendons, and ligaments.

When you learn how to engage these mechanoreceptors, you tap into neurobiological systems that can influence tissue tone far more efficiently than traditional methods like rubbing, stripping, or chasing trigger points in stubborn muscles.

Why work harder when you can work smarter?

A more precise input can create faster, more meaningful change - and make treatment a whole lot more interesting in the process.