Kevin G. Parker, D.C. -Adjust2it

03/28/2026

"A study found that the way you talk to yourself about aging changes how your body actually ages.
People with positive perceptions of aging lived an average of 7.5 years longer than those with negative perceptions.
That effect was larger than the effect of low blood pressure, low cholesterol, healthy weight, or not smoking.
Researchers at Yale analyzed data from 660 adults who had been asked decades earlier how they felt about statements like "As you get older, you are less useful." Those who rejected those statements, who viewed aging as a time of continued growth, lived significantly longer.
The effect held after controlling for age, gender, socioeconomic status, loneliness, and functional health.
7.5 years. From how you think about getting older.
Why? The researchers point to both behavioral and physiological pathways. People who view aging positively are more likely to engage in preventive health behaviors. They also show lower cortisol levels, lower inflammatory markers, and greater will to live when facing health challenges.
Your beliefs about aging become a self-fulfilling prophecy. If you believe decline is inevitable, you stop trying. If you believe growth is possible, you keep showing up.
Every time you say "I'm too old for that," you are writing a prescription for your future. Be careful what you prescribe.
The words you use about your own aging are not just words. They are biology."

A study found that the way you talk to yourself about aging changes how your body actually ages.

People with positive perceptions of aging lived an average of 7.5 years longer than those with negative perceptions.

That effect was larger than the effect of low blood pressure, low cholesterol, healthy weight, or not smoking.

Researchers at Yale analyzed data from 660 adults who had been asked decades earlier how they felt about statements like "As you get older, you are less useful." Those who rejected those statements, who viewed aging as a time of continued growth, lived significantly longer.

The effect held after controlling for age, gender, socioeconomic status, loneliness, and functional health.

7.5 years. From how you think about getting older.

Why? The researchers point to both behavioral and physiological pathways. People who view aging positively are more likely to engage in preventive health behaviors. They also show lower cortisol levels, lower inflammatory markers, and greater will to live when facing health challenges.

Your beliefs about aging become a self-fulfilling prophecy. If you believe decline is inevitable, you stop trying. If you believe growth is possible, you keep showing up.

Every time you say "I'm too old for that," you are writing a prescription for your future. Be careful what you prescribe.

The words you use about your own aging are not just words. They are biology.

03/28/2026

Thank you Erik W. for this one! Good to see you today!

03/25/2026

April 8th, 1982. A materials scientist hunched over his electron microscope in the National Bureau of Standards, staring at something that shouldn't exist.

Dan Shechtman had just fired electrons at a metallic alloy, a routine test he'd done hundreds of times. But when the image appeared, his stomach dropped. Ten bright dots arranged in perfect circles, each equidistant from the next. A tenfold symmetry.

His hands trembled slightly as he scribbled in his notebook. He knew what this pattern meant, and he knew it was impossible. Every crystallographer since the dawn of modern science understood one fundamental law: crystals repeat. Their atoms arrange in patterns that tile infinitely, like bathroom floors. Three-fold symmetry? Fine. Four-fold? Sure. Six-fold? Absolutely.

But tenfold symmetry? That was mathematical heresy.

Shechtman checked his calculations three times. He prepared new samples. He looked again. The pattern stared back at him, defiant and impossible. He had discovered what would later be called a quasicrystal, a material that breaks the most basic rule in the crystallography textbook.

The reaction from his colleagues wasn't curiosity. It was fury.

His research group kicked him out. Fellow scientists dismissed him as incompetent or delusional. Linus Pauling, the giant of chemistry who had won not one but two Nobel Prizes, became Shechtman's most vocal critic. At conferences, Pauling would stand up and declare with absolute certainty: "There are no quasicrystals, only quasi-scientists."

Imagine dedicating your life to a field, making a groundbreaking discovery, and having your heroes call you a fraud.

But Shechtman didn't back down. For years, he defended his work, repeated his experiments, and invited skeptics to see for themselves. Slowly, grudgingly, the scientific community began to accept what their textbooks said was impossible. Nature, it turned out, was far more creative than human assumptions.

In 2011, twenty-nine years after that April morning, Dan Shechtman stood in Stockholm and received the Nobel Prize in Chemistry. The ceremony's speech captured it perfectly: his discovery had reminded the world "how little we really know" and "perhaps even taught us some humility."

Sometimes the most important thing a scientist can do isn't follow the rules. It's have the courage to trust what they see, even when everyone else says they're wrong.

Image Credit to Technion - Israel Institute of Technology (Restored & Colorized)

03/21/2026

Thank you Kim K. for my latest "adjust to it" work shirts. They came out perfect and look great.

03/20/2026

Earl Nightingale paraphrased in his books and talks: "the rarest trait in humankind is calmness"

Calmness sat at the center of his philosophy on personal power.

Nightingale repeatedly taught that:

Calmness = control over thought

Control over thought = control over action

Control over action = control over results

Calmness, in that framework, isn’t just a personality trait—it’s a discipline that allows a person to choose thoughts instead of reacting to circumstances.

He often contrasted:

The reactive person → emotional, scattered, easily influenced

The calm person → deliberate, focused, internally directed

And that lines up with a broader lineage of thought going back to Marcus Aurelius and Epictetus—where calmness isn’t passive, it’s power under control.

So while the quote above may not be verbatim Nightingale, it accurately captures his core message:
Calmness is rare because it requires intentional control—and that control is where real power lives.

03/17/2026

Think of the body like a full-body wetsuit under tension:
• Muscles are the motors/rubber bands
• Bones are the frame
• Fascia is the tensioned fabric connecting everything
If the fabric gets tight in one area, it pulls on everything else
________________________________________
Bottom line
Fascia is:
• A real, measurable tissue system
• A force-transmitting network
• A sensory organ involved in pain (Fascia contains approximately 6 to 10 times more sensory nerve endings than muscle tissue. While muscle is specialized for contraction, fascia acts as a massive sensory organ with a high density of myelinated and unmyelinated nociceptors.)
• A dynamic tissue that adapts to movement or lack of it
It’s not magic—but ignoring it gives you an incomplete picture of how the body actually works.

What fascia actually is (scientifically)
Fascia is a continuous connective tissue network that surrounds and interpenetrates muscles, bones, nerves, and organs. It’s primarily made of:
• Collagen fibers (strength and tensile support)
• Elastin fibers (elastic recoil)
• Ground substance (a hydrated gel-like matrix that allows sliding)
It’s not just “packing material.” It’s structural and functional.
________________________________________
4 key properties backed by research
1. It transmits force (not just muscles doing the work)
Traditionally, movement was explained as muscle → tendon → bone.
But studies in biomechanics show force is also transmitted laterally through fascia between muscles.
• This concept is part of myofascial force transmission
• Example: tension in your calf can influence your hamstring via fascial connections
Bottom line: The body is less like independent pulleys and more like a connected tension network.
________________________________________
2. It’s highly innervated (it can generate pain)
Fascia contains sensory nerve endings, including:
• Mechanoreceptors (movement/pressure)
• Nociceptors (pain)
Research has shown fascia can be a primary pain generator, not just muscle or joint.
• Fascia contains approximately 6 to 10 times more sensory nerve endings than muscle tissue. While muscle is specialized for contraction, fascia acts as a massive sensory organ with a high density of myelinated and unmyelinated nociceptors.

• This ties into chronic pain conditions like
low back pain
Bottom line: Pain isn’t always coming from where people think—it can be from irritated fascia.
________________________________________
3. It adapts (and can stiffen quickly)
Fascia is viscoelastic, meaning it changes based on load and movement.
• Immobilization → increased stiffness and reduced glide
• Movement → improved hydration and elasticity
This is related to a physical principle called
viscoelasticity
Bottom line: If you don’t move, fascia literally becomes less adaptable.
________________________________________
4. Fascia isn't just a structural support system. It's a dynamic network for communication and energy transer in the body. It exhibits photoconductive/semiconductive/piezoelecric properties, meaning its ability to generate electricity increases when exposed to light. They can do this because of chromophores. Fascia responds well to read and near-infrared light. The crystalline structure of collagen in the fascia is responsible for this effect.

Why this matters for health
Movement quality
Healthy fascia allows tissues to slide and glide. When it stiffens:
• Movement becomes inefficient
• Other areas compensate (often the “hypermobile pain” pattern you described earlier)
________________________________________
Injury and overuse
Because fascia distributes force, restrictions can:
• Shift load to weaker areas
• Increase injury risk
________________________________________
Recovery and inflammation
Fascia contains immune and inflammatory signaling components.
Restricted or overloaded fascia can contribute to:
• Local inflammation
• Delayed recovery

03/14/2026

The best insurance policy is a strong body.

You can’t prevent every challenge in life.

But you can prepare your body to handle them.

Strength protects your joints.

Muscle supports your balance.

Endurance strengthens your heart.

A strong body gives you options.

Options mean independence.

Build your policy today.

03/14/2026

For the first time, researchers have used direct recordings to look at sharp-wave ripples to see if a short workout could alter the brain.

Read about the study via the link in the comments.

03/14/2026

Shaping the Future of Sports Chiropractic!
The Professional Football Chiropractic Society (PFCS) is honored to support and inspire the next generation of sports chiropractors! This year, we were privileged to welcome interns and students from top universities who are dedicated to advancing athlete recovery, performance, and longevity.
Your passion, curiosity, and drive are the future of sports chiropractic, and we couldn’t be more excited to see you grow into the next team doctors, performance specialists, and leaders in this field. The NFL chiropractors and PFCS alumni stand as proof that dedication and excellence open doors to incredible opportunities.
Thank you for being part of this journey—your future is bright, and the impact you’ll make on sports medicine is limitless!
Swipe through to see the students who are shaping the next era of chiropractic care!

03/14/2026

The Science: A 2022 study of more than 1,700 adults found that people who couldn't stand on one leg for 10 seconds had a significantly higher risk of dying in the next 10 years compared to those who could.

Balance declines at roughly 2% per year after age 40. But it responds dramatically to practice.

Why it works: Single-leg balance activates the small stabilizer muscles that protect your ankles, knees, and hips, and keeps your nervous system's movement pathways sharp.

What to do:
1. Stand near a wall (just in case).
2. Lift one foot off the ground.
3. Hold for as long as you can, up to 30 seconds.
4. Switch legs. Repeat 3 times.

Where did you land? Under 10 seconds? That's the starting line, not the finish.

03/11/2026

85-year-old Erika Rischko didn’t start her fitness journey until she was 55 – and now she’s still smashing workouts three decades later.

'You are never too old to start exercising, and you can be as fit as you want to be.'

Here’s the upper-body workout she swears by 💪

03/11/2026

Again...yep.

Drop a 💯 if you agree. If you want the ultimate guide to eating healthy and getting in shape check out my book The Obesity Fix https://amzn.to/38Yx88N.

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