At Dynamic Athlete, we recognize that peak performance requires more than just physical strength. Mental sharpness, resilience, and emotional balance are equally essential. That’s why we offer EXOMIND™ by BTL—a revolutionary, non-invasive neuromodulation treatment designed to improve focus, cognitive recovery, and emotional well-being.
Whether you’re recovering from a concussion, navigating high-level performance fatigue, or dealing with persistent brain fog, EXOMIND™ helps restore the mental clarity that drives you forward.
EXOMIND™ is a next-generation brain stimulation device built on the foundation of Repetitive Transcranial Magnetic Stimulation (rTMS). It uses advanced, focused magnetic pulses to target areas of the brain like the Dorsolateral Prefrontal Cortex (DLPFC)—the region responsible for memory, attention, mood regulation, and executive function. Unlike traditional rTMS, EXOMIND™ features a proprietary coil design and precision delivery system, allowing for more efficient, comfortable, and responsive treatments without medication or sedation.
EXOMIND™ supports individuals experiencing:
EXOMIND™ delivers safe, targeted magnetic pulses to the DLPFC, stimulating areas of the brain that regulate:
Clears mental “static,” improves clarity, and supports sharper thinking—especially in professionals or athletes experiencing high-stress cognitive load.
Activates regions linked to mood balance and stress response, helping ease emotional dysregulation, anxiety, and mental burnout.
Encourages neuroplasticity in aging adults, helping maintain memory, decision-making, and brain efficiency as we age.
Calms overstimulated neural pathways while reactivating areas associated with mental clarity, focus, and emotional resilience.
While traditional rTMS has been used to treat depression and anxiety for years, EXOMIND™ advances the science with:
Exomind™ is ideal for:
Yes. It is FDA-cleared, non-invasive, and backed by decades of neuromodulation research.
EXOMIND™ uses advanced coil technology for deeper, more focused stimulation, shorter sessions, and more personalized results than traditional TMS.
EXOMIND™ is built for adaptability. Its refined protocols and continuous monitoring allow us to adjust your treatment for maximum impact—even if other solutions have fallen short.
Yes. EXOMIND™ can support brain health in older adults looking to maintain memory, clarity, and executive function.
No. Many patients use EXOMIND™ proactively for mental recovery, focus, and performance—even without a diagnosed condition.
Absolutely. EXOMIND™ was designed with high-performing individuals in mind. If you’re overwhelmed, mentally foggy, or feeling disconnected, this may be the reset you’ve been searching for.
At Dynamic Athlete, we proudly care for patients from Boulder, the entire Front Range, and across the United States. While our clinic is based in Boulder, CO, many patients travel nationwide to experience our advanced, results-driven care.
We frequently see patients from:
Denver, Broomfield, Erie, Longmont, Louisville, Arvada, Lakewood, Cherry Creek, Cherry Hills Village, Highlands Ranch, Littleton, Silverthorne, Breckenridge, Castle Rock, Englewood, Fort Collins, Greeley, Timnath, Estes Park, Golden, Superior, Westminster, Colorado Springs—and many more.
If you’re looking for a clinic that offers the most advanced non-invasive treatment options available, our team is here to help—no matter where you’re coming from.
You don’t have to live with mental fog, cognitive fatigue, or emotional burnout. Whether you’re training hard, recovering from trauma, or simply seeking sharper mental performance, EXOMIND™ offers a precise, non-invasive path forward.
Dr. Garg and his team at Dynamic Athlete are leaders in the field of regenerative treatment, delivering results through advanced technology, clinical expertise, and precision-guided protocols.
Our therapies are designed to restore function, accelerate recovery, and address pain at its source—so you can move forward with clarity, control, and confidence.
Call today to schedule your consultation.
Dynamic Athlete
Sussex One Building
1790 30th Street, Suite 270
Boulder, CO
(303) 997-1733
[email protected]
With degrees and backgrounds in both Interior Design and Business, Nicole brought Dynamic Athlete’s office space to life – transforming an empty shell of a space into the sleek, sports boutique you see now.
She handles all things non-clinical and keeps Dynamic Athlete running behind the scenes. Having grown up in Arkansas, Nicole takes care of our patients with a genuine Southern hospitality you won’t find anywhere else.
Always looking to learn and grow, Nicole loves to travel and experience new cultures, take classes on new skills or just experiment at home with baking, knitting, sewing, gardening, you name it.
Rachel graduated high school this year and will be attending the University of Wyoming in the fall to pursue a pre-medical track. She hopes to go on to medical school afterwards to specialize in orthopedics and sports medicine.
Rachel found her passion for this field through many sports injuries growing up, and hopes to help other athletes overcome the challenges she has faced. In her free time (when she’s not injured), Rachel enjoys running, lifting weights and spending time with her family.
Olivia is an intern for Dynamic Athlete and has been with us since August 2023. She is professional ice skating coach and ice program director, working with hockey skaters and figure skaters of all ages and backgrounds. She is passionate about psychology and incorporating mental health into coaching, training, and injury recovery.
Olivia received her Bachelors of Science in Cognitive Neuroscience Psychology from the University of Denver and was a student athlete on their figure skating team. She is seeking to pursue a masters degree in Sports and Performance Psychology so she can continue to serve the athletes in her community.
When Olivia isn’t assisting with Dynamic Athlete, she enjoys traveling, attending Colorado Avalanche games, spending time with friends and family, and being creative through photography and modeling.