Leopold Chiropractic

Some more old reviews.

Thanks for all the love! That’s what healing is all about!

Photobiomodulation (laser therapy) uses specific wavelengths of light to stimulate mitochondrial function, increase ATP production, improve circulation, and support the body’s natural repair processes.

Research suggests laser therapy may help:
• Accelerate wound healing
• Reduce inflammation
• Improve tissue regeneration
• Support healing after surgery or injury
• Promote healing in chronic wounds, including some diabetic and pressure ulcers

Recently, I saw this firsthand when a patient with a chronic toe wound—caused by a rigid foot deformity and complicated by neuropathy—experienced remarkable healing after incorporating home laser therapy into their care. While addressing the underlying cause of the wound remains essential, supporting the body’s ability to heal can make a meaningful difference.

Healing isn’t just about covering a wound—it’s about creating the right environment for your cells to repair themselves.

Laser therapy is not a substitute for appropriate wound care or medical evaluation, but when used as part of a comprehensive treatment plan, it can be a valuable tool for tissue healing.

Neurology

A jack of all trades is a master of none….
But often times better than a master of one!

I’ve been told a million times that it’s good for business to specialize in one thing.

And I do.

It’s getting people better using any means necessary!

The best medicine seeks to find the root cause, whether that is in your movement, your biochemistry, your neurology, your relationships, or your soul.

A good healer needs to be competent with all of them. Not just the one field their grad program specialized in.

Your Eyes Can’t Stabilize If Your Neck Can’t Tell the Brain Where It Is

One of the most overlooked reasons people continue to have symptoms after a concussion is disrupted cervical-ocular integration—the communication between the muscles and joints of the neck and the eye movement centers in the brainstem and cerebellum.

Your brain is constantly combining information from three systems:

* 👁️ Vision
* 👂 The vestibular (inner ear) system
* 🦴 Proprioception from the neck

When the neck is injured during a concussion or whiplash, the brain may receive inaccurate information about head position. The result can be:
• Dizziness
• Blurred vision
• Difficulty reading
• Headaches
• Motion sensitivity
• Poor balance
• Feeling “off” or disconnected
• Difficulty concentrating in busy environments

Even if the eyes themselves are healthy, they may struggle to coordinate because the brain’s map of where the head is in space has become distorted.

Rehabilitation should address more than just eye exercises. Restoring accurate input from the cervical spine—along with vestibular and visual rehabilitation—can help the brain rebuild these networks and improve stability, confidence, and function.

Recovery isn’t just about healing the brain. It’s about restoring communication throughout the entire sensorimotor system.

I’m always so honored to have the trust of my patients !

Arthritis Isn’t Just “Wear and Tear.” Movement Matters.

Many people believe degenerative joint disease (osteoarthritis) is simply an unavoidable part of aging. While age plays a role, the way your joints move may be even more important.

Healthy joints are designed to distribute forces evenly. When biomechanics become altered—whether from old injuries, poor posture, muscle imbalance, repetitive stress, or joint restriction—certain areas of the joint absorb more pressure than they were built to handle.

Over time, this can lead to:
• Accelerated cartilage breakdown
• Bone spurs
• Joint stiffness
• Pain and inflammation
• Progressive loss of function

The encouraging news is that you can’t regrow severely damaged cartilage, but you can often slow the degenerative process by improving how your joints move and function.

Restoring healthy biomechanics may include:
✅ Improving joint mobility
✅ Increasing stability and strength
✅ Correcting movement patterns
✅ Addressing muscle imbalances
✅ Optimizing posture and gait
✅ Treating the nervous system’s control of movement

The goal isn’t just to reduce pain—it’s to improve the quality of movement so your joints experience healthier loading every day.

Your body adapts to the forces placed upon it. Better movement today can mean healthier joints tomorrow.

Don’t just treat the pain. Restore the mechanics.

🧠 Improve Brain Processing with Stroboscopic Glasses 👓

What happens when the brain gets less visual information but still has to perform? Stroboscopic glasses intermittently block vision, forcing the brain to become more efficient at processing sensory information, predicting movement, and making rapid decisions.

Research suggests stroboscopic training can improve:
✅ Visual processing speed
✅ Reaction time
✅ Hand-eye coordination
✅ Balance and movement control
✅ Sports performance and cognitive resilience

By challenging the brain to work with limited visual input, we can strengthen the neural networks responsible for attention, timing, and motor planning. It’s not just about seeing better—it’s about processing better.

Whether you’re an athlete, recovering from a concussion, or looking to optimize brain performance, stroboscopic training is a fascinating tool for neuroplasticity and human performance.

Why Do We Describe Mental Qualities with Physical Words?

Think about the words we use every day:

Grounded
Balanced
Strong Willed
Mentally Flexible

Or conversely:

Rigid
Shaken
Unstable
A Push-over

It’s interesting that many of our descriptions of mental and emotional qualities come from the body.

This isn’t just a coincidence.

The brain develops our sense of self through the body. Long before children can reason, analyze, or talk about emotions, their brains are learning through movement, balance, posture, coordination, and sensory experience.

In pediatric functional neurology, we recognize that the systems responsible for physical balance, body awareness, and movement are deeply connected to attention, emotional regulation, resilience, confidence, and social engagement.

A child who feels physically unstable may also struggle to feel emotionally stable.

A child whose nervous system has difficulty organizing sensory information may appear distracted, anxious, impulsive, or overwhelmed.

When we help a child’s brain better process movement, balance, sensory input, and body awareness, we often see changes that extend far beyond physical performance. Parents may notice improved focus, calmer emotions, greater confidence, and better self-regulation.

The ancient wisdom embedded in our language may have understood something modern neuroscience is now confirming:

The body and brain develop together, and when we support one, we often support the other.

The startle reflex is far more than a reaction to a loud noise—it is a powerful survival program that can shape posture, movement, hormones, emotions, and overall health.

When the startle reflex remains chronically activated, the body often recruits the sternocleidomastoid (SCM) and upper trapezius muscles as part of a protective strategy. Over time, this can create a cascade of effects throughout the nervous and endocrine systems:

• Increased SCM and upper trap tension
• Forward head posture and altered breathing mechanics
• Heightened sympathetic (“fight or flight”) activity
• Reduced vagal tone and parasympathetic regulation
• Increased cortisol and stress hormone output
• Greater activation of the HPA axis (hypothalamic-pituitary-adrenal system)
• Sleep disruption and reduced recovery capacity
• Increased anxiety, hypervigilance, and sensory sensitivity
• Changes in eye movement, balance, and vestibular function
• Reduced neck mobility and altered proprioceptive input to the brain
• Increased muscle guarding throughout the body
• Potential effects on digestion, immune function, and metabolic regulation

The neck is not just a mechanical structure—it is a neurological gateway. Chronic tension in the SCMs and upper traps may be a sign that the brain is operating from a protective state rather than a regulated one.

Addressing the underlying neurological drivers of the startle response can help restore better movement, breathing, autonomic regulation, and resilience.

StressResponse