Chiropractic treatments focus on the diagnosis and treatment of conditions involving the musculoskeletal and nervous systems, particularly those affecting movement, biomechanics, joint function, and soft tissue performance. While many people associate chiropractic care only with spinal adjustments, modern chiropractic has evolved into a comprehensive field focused on restoring movement, improving function, reducing pain, and supporting recovery.
At Synaptic, chiropractic is integrated into a broader recovery and regenerative system built around the principles of synapse and synergy. The body functions through interconnected communication pathways between nerves, muscles, joints, and connective tissues. When these systems are functioning properly, the body moves more efficiently, recovers more effectively, and performs at a higher level.
For this reason, our approach extends beyond simple adjustments alone. Chiropractic care is combined with advanced recovery technologies, soft tissue therapies, and regenerative-focused treatment strategies to create a more complete and personalized recovery process.
Chiropractic care at Synaptic is led by Dr. Kristine Lukens, DC, whose approach combines advanced chiropractic with modern recovery science and performance-focused treatment strategies.
Dr. Lukens develops highly individualized treatment plans based on a comprehensive evaluation of movement patterns, biomechanics, muscular dysfunction, injury history, recovery capacity, and overall performance goals. Rather than applying a one-size-fits-all approach, treatments are strategically customized to address the specific needs of each patient.
Depending on the condition being treated, treatment plans may combine chiropractic adjustments, soft tissue therapies, recovery devices, rehabilitation strategies, and regenerative-focused modalities into a coordinated system designed to improve both short-term recovery and long-term function.
Shockwave therapy delivers mechanical energy into injured or dysfunctional tissues. These shock waves help stimulate circulation, break down scar tissue and adhesions, and support localized healing responses. Shockwave therapy is commonly integrated into treatment plans involving chronic tendon injuries, muscular tightness, overuse injuries, and soft tissue dysfunction.
Hyperbaric oxygen therapy exposes the body to increased atmospheric pressure, allowing significantly higher amounts of oxygen to dissolve into tissues. Oxygen plays a central role in tissue repair, recovery, and cellular metabolism. HBOT is often incorporated into recovery programs to support healing, reduce inflammation, and improve both physical and neurological recovery.
Therapeutic laser treatments use targeted light energy to support tissue recovery and cellular activity. Laser therapy may help support circulation, reduce inflammation, and improve recovery within muscles, joints, and connective tissues. It is commonly used alongside chiropractic treatment and rehabilitation protocols.
PEMF therapy works at the cellular level by influencing electrical signaling within tissues. This may help support cellular communication, mitochondrial function, circulation, and recovery processes. PEMF is frequently incorporated into recovery programs focused on both performance optimization and injury recovery.
Full spectrum light therapy exposes the body to multiple wavelengths of light designed to support circulation, mitochondrial activity, cellular energy production, and recovery. This therapy is commonly integrated into broader recovery and performance programs focused on optimizing overall tissue health and recovery capacity.
Infrared sauna therapy uses heat to promote circulation, relaxation, and recovery. Heat exposure may help support muscular relaxation, improve blood flow, and assist the body’s recovery processes following intense physical stress or training.
Cold exposure is commonly used to support recovery and nervous system regulation following intense activity. Cold plunge therapy may help reduce inflammation, improve recovery following exercise, and support resilience to physical stress when incorporated appropriately into a structured recovery program.
“The mission of my regenerative clinic is to help you feel better, look better, and support longevity and vitality—so you can remain as active, healthy, and engaged as possible for as long as possible.”
If you’re over 35 and feeling tired, gaining weight, losing motivation, struggling in the gym, or noticing changes in your libido—you’re not crazy. You’re not weak. And you’re definitely not alone.
I felt it too.
Using advanced regenerative and longevity-focused medicine, my practice is designed to support recovery, performance, and healthy aging. Our core treatments focus on optimizing natural biological processes with therapies such as Hormone Replacement Therapy, NAD, Regenerative Biologic treatments, Platelet-Rich Plasma, Peptides, Tenex, EBOO, and other modern techniques.
At Synaptic, these therapies are rarely used in isolation. The greatest benefit occurs when treatment modalities are layered together strategically based on the patient’s condition, goals, and recovery needs.
For example:
Together, these therapies create a synergistic recovery environment that supports both structural and cellular recovery.
This is the core of the Synaptic philosophy:
multiple systems working together to create a stronger outcome.
At Synaptic, chiropractic is not viewed as a stand-alone treatment. It is part of a larger, integrated system focused on movement, recovery, performance, and long-term function.
Under the direction of Dr. Kristine Lukens, DC, patients receive highly personalized treatment plans that combine advanced chiropractic care with modern recovery technologies and regenerative-focused strategies. By integrating multiple treatment modalities into a coordinated system, we aim to improve recovery capacity, optimize movement, reduce injury risk, and support long-term physical performance.
This is where chiropractic, recovery science, and regenerative medicine come together through the principles of synapse and synergy.