Dynamic Athlete offers treatment for a wide spectrum of injuries. Take a moment to explore the list below to see if we address your specific injury. If you don’t find your injury or one similar to it listed, please don’t hesitate to get in touch with us! While our list is comprehensive, it primarily covers our most common injuries. We’re here to assist you with your unique needs and provide personalized care.
You rolled it on a trail, stepped off a curb wrong, or landed awkwardly on the court. Now the ankle is swollen, bruised, and you are limping. Ankle sprains are the most common sports injury in the world, yet they are also the most undertreated. “Just rest and ice it” is not a treatment plan, and incompletely healed ligaments are exactly why sprained ankles become chronically unstable ankles.
How We Treat It: Dynamic PRP+ delivers concentrated growth factors directly to the damaged ligaments under ultrasound guidance, strengthening the connective tissue that holds the ankle together. For grade II and III sprains with significant ligament disruption, Dynamic Stem Cell+ provides the cellular support needed for structural repair. We design a phased return-to-activity protocol that rebuilds proprioception alongside tissue healing.
What Makes Us Different: Most ankle sprains are treated with RICE and a generic timeline. Dr. Garg (DO, CAQ) uses diagnostic ultrasound to grade the sprain, identify which specific ligaments are damaged, and determine whether the injury involves bone bruising or cartilage damage. That assessment changes the treatment plan and prevents the chronic instability that develops from incomplete healing.
Clinical Evidence: Studies demonstrate PRP-treated lateral ankle ligaments show improved structural integrity and reduced rates of recurrent instability compared to conservative management alone.
A sudden pop or grabbing sensation in the back of your lower leg during a sprint, jump, or push-off. Calf strains affect the gastrocnemius or soleus muscles and range from minor fiber disruption to significant partial tears. The difference between a quick recovery and a setback that lingers for months depends on whether the actual tissue damage is identified and treated.
How We Treat It: Dynamic PRP+ accelerates muscle fiber repair by delivering concentrated growth factors to the injury site under ultrasound guidance. For significant tears involving the musculotendinous junction, Dynamic Stem Cell+ provides the cellular environment for complete tissue regeneration. Dynamic Shockwave+ is layered in during the remodeling phase to optimize scar tissue quality and restore full contractile function.
What Makes Us Different: Dr. Garg (DO, CAQ) uses ultrasound to distinguish between gastrocnemius and soleus injuries, locate the exact tear, and measure its size. That precision matters because gastrocnemius strains and soleus strains have different recovery timelines and different loading protocols during rehab.
Clinical Evidence: PRP-treated muscle injuries demonstrate accelerated regeneration and improved tissue organization on follow-up imaging, with reduced re-injury rates in athletic populations.
Stiffness and pain in the back of your ankle that is worst first thing in the morning and after activity. The Achilles tendon is the largest and strongest tendon in your body, but when it starts to degenerate, it becomes one of the most frustrating injuries to resolve. You have tried rest, eccentric exercises, heel lifts, and stretching. The tendon keeps hurting because chronic Achilles tendonitis is not an inflammation problem. It is a failed healing problem.
How We Treat It: Dynamic Shockwave+ is our primary approach for Achilles tendonitis. Focused shockwave from our ASTI and Storz devices restarts the stalled healing process by triggering neovascularization and collagen remodeling at the cellular level. EMTT adds deep electromagnetic stimulation to enhance the response. For tendons with significant thickening or partial tearing, we layer in Dynamic PRP+ to deliver growth factors directly to the degenerative tissue.
What Makes Us Different: Most clinics offering “shockwave” for Achilles injuries use only radial pressure wave machines. Radial pressure waves are not true shockwave and cannot penetrate to the depth required for mid-substance Achilles pathology. Dr. Garg (DO, CAQ) uses the complete stack: focused shockwave, radial pressure waves, and EMTT from ASTI and Storz devices. That triple approach treats the tendon from surface to core.
Clinical Evidence: A clinical study on chronic Achilles tendinopathy found 89.7% of patients treated with combined focused and radial shockwave achieved clinically important functional improvement, compared to 63.8% with radial alone.
Deep ankle pain that worsens with activity, occasional locking or catching, and a sense that something is loose inside the joint. OCD occurs when a segment of cartilage and underlying bone begins to separate from the joint surface. In the ankle, it most commonly affects the talus. Left untreated, OCD can progress to loose body formation and accelerated arthritis.
How We Treat It: Dynamic Stem Cell+ delivers medicinal signaling cells directly to the OCD lesion under image guidance, providing the biological environment needed for both cartilage and subchondral bone repair. We combine this with Dynamic PRP+ to enhance growth factor concentration at the lesion site. This dual-biologic approach addresses both layers of the defect: the cartilage surface and the bone beneath it.
What Makes Us Different: OCD lesions require a treatment that addresses both cartilage and bone. Dr. Garg (DO, CAQ) uses a combined BMA stem cell and PRP protocol under image guidance to target both layers simultaneously. Most providers only address the cartilage or only address the bone, which is why many OCD lesions fail to heal completely.
Clinical Evidence: Image-guided biologic treatment of OCD lesions demonstrates improved lesion healing on follow-up MRI, with patients reporting reduced pain, elimination of mechanical symptoms, and return to sport.
Pain along the outer side of your ankle that worsens with activity, particularly on uneven surfaces or during lateral movements. The peroneal tendons stabilize the ankle during dynamic activity, and when they become inflamed or degenerate, every step on a trail, court, or field becomes unreliable. Peroneal tendonitis is frequently misdiagnosed as a lateral ankle sprain because the pain location overlaps.
How We Treat It: Dynamic Shockwave+ targets the inflamed peroneal tendons with focused shockwave and EMTT, stimulating healing in tissue that has stopped responding to rest and physical therapy. For chronic tendinopathy with tendon thickening or partial tearing, Dynamic PRP+ delivers concentrated growth factors directly to the damaged tendon under ultrasound guidance.
What Makes Us Different: Accurate diagnosis is critical because peroneal tendonitis, lateral ankle instability, and sinus tarsi syndrome all present with outer ankle pain. Dr. Garg (DO, CAQ) uses diagnostic ultrasound to visualize the peroneal tendons in real time, assess tendon integrity, and rule out subluxation before designing the treatment plan.
Clinical Evidence: Shockwave therapy for tendinopathies demonstrates significant reduction in pain and improvement in function, with combined focused and radial approaches showing more reliable outcomes than radial alone.
Pain along the inside of your ankle and arch that gets worse with walking, running, or standing for long periods. The posterior tibialis tendon is the primary support for your arch, and when it degenerates, your foot begins to flatten and pronate excessively. Left untreated, posterior tibialis dysfunction progresses from tendonitis to tendon failure to flatfoot deformity.
How We Treat It: Dynamic Shockwave+ addresses the degenerative tendon with focused shockwave and EMTT, promoting tissue remodeling and neovascularization. For tendons with significant degeneration or partial tearing, Dynamic PRP+ delivers growth factors to the damaged tissue under ultrasound guidance. We pair treatment with a biomechanical assessment to address the pronation pattern contributing to tendon overload.
What Makes Us Different: Posterior tibialis dysfunction is a progressive condition that requires treatment at the right stage. Dr. Garg (DO, CAQ) uses ultrasound to evaluate tendon thickness, integrity, and vascularity to determine where you are in the progression and which regenerative protocol will be most effective at your specific stage.
Clinical Evidence: PRP for posterior tibialis tendinopathy shows improved tendon structure on ultrasound and significant pain reduction, particularly when combined with appropriate biomechanical correction.
Shockwave therapy is one of the most effective non-surgical treatments for chronic Achilles tendonitis, particularly when rest and physical therapy have stopped producing improvement. Focused shockwave creates controlled mechanical stimulation that triggers neovascularization, tenocyte activation, and organized collagen remodeling in the degenerative tendon. Dynamic Shockwave+ uses focused shockwave from ASTI and Storz devices combined with radial pressure waves and EMTT in a single session. No other Boulder provider offers all three modalities. Dr. Garg (DO, CAQ) founded ASTI and tailors treatment depth based on ultrasound evaluation. One patient with a chronic partially torn Achilles was told to give up racquetball and running forever. She completed the protocol and is back on the courts with no pain.
Yes. Recurrent ankle sprains usually mean the ligaments never fully healed from the original injury. PRP can strengthen those chronically lax ligaments. PRP growth factors stimulate collagen synthesis within the damaged ligament fibers, rebuilding the structural integrity that prevents the ankle from rolling repeatedly. Dynamic PRP+ is delivered under ultrasound guidance directly to the specific ligaments that are lax. Dr. Garg (DO, CAQ) uses diagnostic ultrasound to identify exactly which ligaments are damaged and targets each one individually. We pair PRP with Dynamic Shockwave+ for cases involving chronic swelling or scar tissue, and layer Dynamic Mind+ when chronic pain signaling is part of the picture. One patient who sustained multiple ankle fractures from a climbing accident made a full recovery that surprised several other practitioners on his care team.
Focused shockwave delivers concentrated energy to a precise point deep within tissue. Radial pressure waves disperse energy outward from the skin surface at shallower depths. They are complementary, not interchangeable. Focused shockwave penetrates 5 to 12 centimeters and targets specific pathology like deep tendon degeneration. Radial reaches 3 to 5 centimeters and addresses broader myofascial dysfunction. EMTT adds electromagnetic activation at even deeper tissue layers. Dynamic Shockwave+ from Dr. Garg (DO, CAQ) uses all three: focused shockwave and radial from ASTI and Storz devices plus EMTT. Radial pressure waves alone are not true shockwave. Dr. Garg founded ASTI and trains clinicians nationally on proper shockwave application. One patient who received EMTT, focused shockwave, and EMSELLA in combination reported a noticeable difference in both pain and overall function that no single treatment had achieved.
In many cases, yes. Ligament tears, chronic instability, tendon injuries, and even OCD lesions can respond to regenerative treatment when the right biologic is delivered to the right tissue. PRP and stem cells promote tissue repair at the cellular level, rebuilding structural integrity in ligaments and tendons that surgery would otherwise reconstruct or debride. Dr. Garg (DO, CAQ) evaluates every ankle injury with diagnostic ultrasound to determine whether regenerative treatment is appropriate or surgical referral is the better path. Dynamic PRP+ and Dynamic Stem Cell+ are delivered under image guidance. Dr. Garg provides honest surgical vs. non-surgical assessments. One patient who sustained multiple ankle fractures and significant soft tissue damage from a climbing accident made a full recovery that surprised several other practitioners on his care team.
Pain on the outside of your elbow that flares with gripping, lifting, or even shaking hands. Tennis elbow is not just a tennis injury. It affects anyone who uses repetitive wrist extension: climbers, weightlifters, desk workers, tradespeople. You have tried braces, cortisone, and rest. It keeps coming back because chronic lateral epicondylitis is tendon degeneration, not inflammation.
How We Treat It: Dynamic Shockwave+ is our primary approach. Focused shockwave from our ASTI and Storz devices restarts the stalled healing process in the common extensor tendon by triggering neovascularization and collagen remodeling. EMTT adds deep electromagnetic stimulation. For tendons with significant degeneration or partial tearing, we layer in Dynamic PRP+ to deliver growth factors directly to the damaged tissue under ultrasound guidance.
What Makes Us Different: Most clinics use only radial pressure wave machines for tennis elbow. Radial pressure waves are not true shockwave and treat only superficial tissue. Dr. Garg (DO, CAQ) uses the complete stack: focused shockwave, radial pressure waves, and EMTT from ASTI and Storz devices to treat the tendon from surface to depth.
Clinical Evidence: A systematic review of randomized controlled trials confirmed shockwave therapy produces significant improvement in pain and function for lateral epicondylitis, with focused shockwave showing superior tissue remodeling compared to radial alone.
Pain on the inside of your elbow that worsens with gripping, pulling, and wrist flexion. Despite the name, golfer’s elbow is common in climbers, CrossFitters, throwing athletes, and anyone who repetitively loads the forearm flexors. Like tennis elbow, chronic medial epicondylitis is tendon degeneration that will not resolve with rest and bracing alone.
How We Treat It: Dynamic Shockwave+ targets the common flexor tendon with focused shockwave and EMTT from ASTI and Storz devices, stimulating cellular repair in tissue that has stopped healing on its own. For chronic cases with tendon thickening, Dynamic PRP+ delivers concentrated growth factors under ultrasound guidance directly to the degenerative region.
What Makes Us Different: Medial epicondylitis often coexists with ulnar nerve irritation, which changes the treatment approach entirely. Dr. Garg (DO, CAQ) uses diagnostic ultrasound to evaluate both the tendon and the ulnar nerve before treatment, ensuring the protocol addresses every contributing structure.
Clinical Evidence: Shockwave therapy for medial epicondylitis demonstrates significant pain reduction and functional improvement, with combined focused and radial approaches showing more complete tendon remodeling on follow-up imaging.
A pop at the front of your elbow during a heavy lift, or a gradual aching that worsens with supination and flexion. Distal biceps injuries range from tendonitis to partial tears to complete rupture. Complete ruptures typically need surgery, but tendonitis and partial tears are prime candidates for regenerative treatment.
How We Treat It: Dynamic PRP+ delivers concentrated growth factors to the damaged distal biceps tendon under ultrasound guidance, promoting organized collagen repair. For significant partial tears, Dynamic Stem Cell+ provides cellular support for structural tendon healing. We design a phased loading protocol to protect the healing tendon while progressively restoring strength.
What Makes Us Different: Dr. Garg (DO, CAQ) uses diagnostic ultrasound to differentiate tendonitis from partial tear from complete rupture. That distinction determines whether regenerative treatment is appropriate or surgical referral is the right path. You get an honest evaluation, not a one-size recommendation.
Clinical Evidence: Ultrasound-guided PRP for partial biceps tendon tears demonstrates improved tendon healing on follow-up imaging with significant pain reduction and return to loading activities.
Pain at the back of your elbow that worsens with pushing, pressing, or straightening the arm under load. Distal triceps injuries are less common than biceps injuries but can be equally disabling, particularly for athletes who rely on pressing movements: bench press, push-ups, overhead pressing, and throwing.
How We Treat It: Dynamic PRP+ targets the damaged triceps tendon at its insertion on the olecranon under ultrasound guidance. For chronic tendonitis with tendon thickening, Dynamic Shockwave+ stimulates tissue remodeling and promotes neovascularization. We layer treatments based on the severity and chronicity of the injury.
What Makes Us Different: Triceps tendon injuries are frequently missed because they are less common and can mimic olecranon bursitis or posterior impingement. Dr. Garg (DO, CAQ) uses ultrasound to visualize the tendon directly, confirming the diagnosis before treatment.
Clinical Evidence: PRP for tendon injuries at bone insertion points shows improved healing at the tendon-bone interface, with enhanced collagen integration and reduced pain.
Gradually worsening stiffness and loss of range of motion in your elbow. Pain with full extension or flexion. Grinding or catching with movement. Elbow osteoarthritis is less common than knee or hip arthritis but can be devastating for athletes and active adults who depend on full elbow range for their sport or work.
How We Treat It: Dynamic PRP+ delivers anti-inflammatory and regenerative growth factors directly into the elbow joint under ultrasound guidance, modulating the inflammatory cascade and supporting cartilage preservation. For moderate to advanced OA, Dynamic Stem Cell+ provides medicinal signaling cells that create a pro-healing environment within the joint.
What Makes Us Different: Most elbow OA is treated with cortisone or managed with activity modification until the joint deteriorates enough for surgery. Dr. Garg (DO, CAQ) intervenes with regenerative biologics that target the disease process, potentially preserving joint function and delaying or eliminating the need for surgical intervention.
Clinical Evidence: PRP for upper extremity osteoarthritis demonstrates significant improvements in pain and function scores compared to corticosteroid injection, with sustained relief through 12 months.
Yes. Shockwave therapy is one of the most effective treatments for chronic lateral epicondylitis that has not responded to bracing, physical therapy, or cortisone. Focused shockwave triggers neovascularization and organized collagen remodeling in the degenerative common extensor tendon, restarting healing in tissue that has stalled. Dynamic Shockwave+ uses focused shockwave from ASTI and Storz devices combined with radial pressure waves and EMTT. Radial alone cannot reach deep tendon pathology at the elbow. Dr. Garg (DO, CAQ) founded ASTI and tailors energy density based on ultrasound evaluation. One patient with a recent elbow injury was skeptical but reported that Dynamic Athlete addressed her issues quickly and non-surgically with shockwave and EMTT.
Yes. PRP delivers concentrated growth factors directly to the degenerative common flexor tendon, promoting tissue repair that rest and cortisone cannot achieve. PRP stimulates tenocyte proliferation and collagen synthesis within the damaged tendon, rebuilding structural integrity at the cellular level. Dynamic PRP+ is delivered under ultrasound guidance by Dr. Garg (DO, CAQ) directly to the region of maximum tendon degeneration. We combine with Dynamic Shockwave+ for chronic cases and Dynamic Mind+ when chronic pain has begun rewiring how the elbow processes load. Dr. Garg evaluates for concurrent ulnar nerve irritation, which frequently coexists with medial epicondylitis and requires a modified treatment approach. One patient with a recent elbow injury was skeptical but reported that Dynamic Athlete addressed her issues quickly and non-surgically with shockwave and EMTT.
That stabbing pain in your heel the second your feet hit the floor in the morning. If you have been told to rest, stretch, roll a frozen water bottle under your foot, and wait, you know that advice does not cut it when you have trails to run, a gym to get back to, or a life that requires being on your feet. Chronic plantar fasciitis is not inflammation. It is tissue degeneration that has stopped healing on its own.
How We Treat It: Dynamic Shockwave+ is our primary treatment for plantar fasciitis. Focused shockwave from our ASTI and Storz devices stimulates tissue remodeling at the cellular level, triggering neovascularization and collagen reorganization in the degenerative fascia. EMTT enhances the response at deeper tissue layers. For cases that have persisted beyond 6 months, we combine shockwave with Dynamic PRP+ to deliver concentrated growth factors directly to the plantar fascia under ultrasound guidance.
What Makes Us Different: Dr. Garg (DO, CAQ) is the only physician in Boulder offering the complete shockwave stack for plantar fasciitis: focused shockwave, radial pressure waves, and EMTT from ASTI and Storz devices. Most clinics use only radial pressure wave machines, which are not true shockwave and deliver energy at shallower depths. The complete stack treats the fascia from superficial to deep tissue in a single session.
Clinical Evidence: Shockwave therapy resolves chronic plantar fasciitis in the majority of cases. A meta-analysis of imaging outcomes found significant reduction in plantar fascia thickness following shockwave treatment, reflecting structural tissue remodeling rather than just symptom suppression.
Pain in the middle of your foot after a twist, fall, or direct impact. A midfoot sprain, also called a Lisfranc injury, involves damage to the ligaments connecting the midfoot to the forefoot. These injuries are frequently underestimated because the initial X-ray often looks normal, but the ligament damage underneath can be severe and destabilizing.
How We Treat It: Dynamic PRP+ delivers concentrated growth factors to the damaged midfoot ligaments under ultrasound guidance, supporting connective tissue repair in a region that heals slowly due to limited blood supply. For significant ligament disruption, Dynamic Stem Cell+ provides the cellular environment needed for structural repair of the Lisfranc complex.
What Makes Us Different: Lisfranc injuries are among the most commonly missed diagnoses in foot and ankle medicine. Dr. Garg (DO, CAQ) uses diagnostic ultrasound and weight-bearing evaluation to assess midfoot stability, identifying ligament damage that standard X-rays and even MRI can underestimate.
Clinical Evidence: PRP for ligament injuries demonstrates accelerated collagen formation and improved structural integrity, reducing the risk of chronic midfoot instability.
A jammed, twisted, or hyperextended toe that swelled up and now hurts with every push-off. Toe sprains damage the ligaments surrounding the toe joints, and while they are often dismissed as minor, inadequately treated toe sprains lead to chronic stiffness, persistent pain, and compensatory gait changes that create problems further up the chain.
How We Treat It: Dynamic PRP+ delivers growth factors to the damaged ligaments under ultrasound guidance, accelerating tissue repair and reducing chronic inflammation. For toe sprains with associated cartilage damage, we combine PRP with a structured rehabilitation protocol to restore joint mobility and prevent stiffness.
What Makes Us Different: Dr. Garg (DO, CAQ) uses ultrasound to evaluate the specific ligaments and joint surfaces involved, distinguishing a simple sprain from a volar plate injury or collateral ligament tear. That distinction determines whether the toe needs immobilization, targeted injection, or both.
Clinical Evidence: Ultrasound-guided PRP for small joint ligament injuries shows improved healing outcomes compared to conservative management, with faster return to weight-bearing activity.
Pain at the base of your big toe that makes pushing off, running, and jumping feel impossible. Turf toe is a sprain of the plantar plate and surrounding ligaments at the first metatarsophalangeal joint, caused by forceful hyperextension. It is one of the most impactful injuries for athletes because the big toe joint drives propulsion in every step, sprint, and jump.
How We Treat It: Dynamic PRP+ targets the damaged plantar plate and capsular ligaments under ultrasound guidance, delivering growth factors that support structural repair of the tissue that stabilizes the big toe joint. For grade III injuries with complete ligament disruption, Dynamic Stem Cell+ provides additional cellular support for a more robust repair.
What Makes Us Different: Turf toe is graded I through III, and treatment varies significantly by grade. Dr. Garg (DO, CAQ) uses diagnostic ultrasound to evaluate the plantar plate, sesamoid bones, and capsular integrity to determine the exact grade and design a targeted treatment protocol rather than a generic approach.
Clinical Evidence: PRP for plantar plate injuries demonstrates improved tissue healing and earlier return to push-off activities compared to immobilization alone.
Persistent pain in the middle of your foot that worsens with weight-bearing activity and does not respond to rest. Midfoot tears involve damage to the ligaments, tendons, or other soft tissue in the midfoot, either from acute trauma or gradual overuse. The midfoot bears enormous force during walking and running, and damaged tissue in this region heals slowly.
How We Treat It: Dynamic PRP+ delivers concentrated growth factors to the torn tissue under ultrasound guidance, supporting repair in a region with limited natural blood supply. For complex tears involving multiple structures, Dynamic Stem Cell+ provides the biological environment needed for coordinated tissue healing across ligaments and tendons.
What Makes Us Different: Midfoot injuries involve overlapping structures that are difficult to differentiate without imaging. Dr. Garg (DO, CAQ) uses diagnostic ultrasound to identify which specific structures are damaged before treatment, ensuring the biologics target the actual injury and not just the area of pain.
Clinical Evidence: PRP for midfoot soft tissue injuries shows accelerated healing and reduced chronic pain compared to rest and immobilization alone.
Stiffness and pain in your big toe joint that makes walking, squatting, and pushing off increasingly difficult. Hallux rigidus, the medical term for big toe arthritis, is the most common arthritic condition in the foot and a significant barrier to activity for runners, hikers, and anyone whose daily life requires comfortable walking.
How We Treat It: Dynamic PRP+ delivers anti-inflammatory and regenerative growth factors directly into the toe joint under ultrasound guidance, modulating the inflammatory process and supporting cartilage preservation. Dynamic Shockwave+ addresses the associated soft tissue stiffness and capsular restriction that contributes to lost range of motion.
What Makes Us Different: Most toe arthritis is treated with cortisone injections that mask pain temporarily and orthotics that accommodate the stiffness. Dr. Garg (DO, CAQ) uses a regenerative approach that targets the disease process with PRP while using shockwave to restore joint mobility, addressing both the cartilage and the capsule.
Clinical Evidence: PRP for small joint osteoarthritis demonstrates significant improvements in pain and function scores compared to corticosteroid injection, with longer duration of relief.
Yes. Shockwave therapy is one of the most well-studied and effective treatments for chronic plantar fasciitis that has not responded to stretching, orthotics, or cortisone. Focused shockwave stimulates neovascularization and collagen remodeling in the degenerative fascia, restarting the healing process in tissue that has stopped responding to conservative measures. Dynamic Shockwave+ uses focused shockwave from ASTI and Storz devices combined with radial pressure waves and EMTT. No other Boulder provider delivers the complete triple-stack protocol. Dr. Garg (DO, CAQ) founded ASTI and evaluates fascia thickness with diagnostic ultrasound before treatment. One patient reported her heel pain felt ten times better after a single session.
Yes. For plantar fasciitis persisting beyond 6 months despite conservative treatment, PRP delivers concentrated growth factors directly to the degenerative tissue to restart the healing process. PRP stimulates cellular repair, collagen synthesis, and neovascularization within the thickened, degenerative plantar fascia. It addresses the tissue pathology, not just the pain signal. Dynamic PRP+ is delivered under ultrasound guidance by Dr. Garg (DO, CAQ) directly to the region of maximum fascial degeneration. We often combine PRP with Dynamic Shockwave+ for cases that have been resistant to other treatments. Dr. Garg evaluates fascia thickness and vascularity with diagnostic ultrasound before determining the optimal protocol. Runners and hikers with years of failed cortisone and orthotic therapy consistently report return to pain-free loading after our combined PRP and shockwave protocol.
Three elements: ultrasound-guided diagnosis before every treatment, biologic protocols that promote tissue repair instead of masking pain, and the complete shockwave technology stack. The foot contains 26 bones, 33 joints, and over 100 muscles and tendons. Treating foot pain without identifying the specific damaged structure is guesswork. Ultrasound lets Dr. Garg see the injury in real time. Dynamic Shockwave+ uses focused shockwave, radial pressure waves, and EMTT from ASTI and Storz devices. Dynamic PRP+ delivers growth factors directly to the confirmed pathology under image guidance. Dr. Garg (DO, CAQ) founded ASTI and has the diagnostic and treatment capability no other Boulder foot clinic can match. One patient with chronic arthritic toe pain went from 7/10 to 1-2/10 after six sessions.
A jammed, bent, or twisted finger that swelled up and now aches with every grip. Finger sprains are among the most dismissed injuries in sports, but poorly healed finger ligaments lead to chronic instability, stiffness, and an inability to grip with confidence. Climbers, ball sport athletes, and martial artists know that a compromised finger changes everything.
How We Treat It: Dynamic PRP+ delivers growth factors to the damaged collateral ligaments and volar plate under ultrasound guidance, supporting structural repair of the specific tissue that is injured. We design a protection-to-loading protocol that allows the ligament to heal while preventing the joint stiffness that comes from prolonged immobilization.
What Makes Us Different: Dr. Garg (DO, CAQ) uses ultrasound to evaluate the specific ligament and joint surface involved, distinguishing a simple sprain from a volar plate rupture, collateral ligament tear, or intra-articular fracture. That assessment determines the treatment approach.
Clinical Evidence: PRP for small joint ligament injuries demonstrates improved healing and earlier return to gripping activities compared to buddy taping and rest alone.
Loss of ability to fully bend or straighten a finger after a forceful grab, pull, or impact. Finger tendon tears can involve the flexor tendons (jersey finger) or extensor tendons (mallet finger, boutonniere deformity). Complete tears may need surgery, but partial tears and chronic tendon injuries are candidates for regenerative treatment.
How We Treat It: Dynamic PRP+ delivers concentrated growth factors to the torn tendon under ultrasound guidance, promoting organized collagen repair. For partial tears at insertion points, the precision of ultrasound-guided delivery ensures biologics reach the exact injury site in these small, complex structures.
What Makes Us Different: Finger tendon injuries require extremely precise injection. Dr. Garg (DO, CAQ) uses high-frequency ultrasound to visualize tendons as small as 2 to 3 millimeters, confirming the tear location and delivering PRP with the accuracy these tiny structures demand.
Clinical Evidence: Ultrasound-guided PRP for partial tendon tears in the hand demonstrates improved tendon healing and grip strength on follow-up evaluation.
Stiffness, swelling, and aching in your finger joints that gets worse with gripping, opening jars, and fine motor tasks. Hand osteoarthritis steals the function you depend on most: the ability to grip, write, type, and use tools. The typical treatment of cortisone and splinting manages symptoms without addressing the degenerative process driving the disease.
How We Treat It: Dynamic PRP+ delivers anti-inflammatory and regenerative growth factors directly into the affected joints under ultrasound guidance, modulating the inflammatory cascade and supporting cartilage preservation. Dynamic Shockwave+ addresses the periarticular stiffness and capsular restriction that contributes to lost range of motion.
What Makes Us Different: Small joint injections require advanced ultrasound skill and specialized technique. Dr. Garg (DO, CAQ) performs every hand and finger joint injection under real-time ultrasound guidance, ensuring the biologics enter the joint space rather than the surrounding tissue.
Clinical Evidence: PRP for small joint osteoarthritis shows significant improvements in pain, grip strength, and function scores compared to corticosteroid injection, with longer-lasting relief.
Climbing places extraordinary demands on the finger pulleys, collateral ligaments, and flexor tendons. Dynamic Athlete treats these structures with targeted biologics under ultrasound guidance. PRP delivers growth factors directly to the torn pulley, strained ligament, or degenerative tendon, promoting structural repair in tissue that heals slowly due to constant loading. Dr. Garg (DO, CAQ) uses high-frequency ultrasound to visualize finger pulleys and tendons in real time. Dynamic Shockwave+ addresses chronic inflammation and scar tissue around the injured structures. No other Boulder clinic combines image-guided biologics with the complete shockwave stack for hand and finger injuries. One climber said Dr. Garg addressed his finger tendon issues with great expertise and the shockwave therapy produced results he described as incredible.
A deep ache or catching sensation in the front of your hip or groin. Pain that worsens with prolonged sitting, squatting, or pivoting. A feeling like the hip might give way. Hip labral tears are common in athletes, runners, and active adults over 30, and many patients spend months seeing providers who never look at the labrum because the symptoms mimic so many other conditions.
How We Treat It: Dynamic Stem Cell+ delivers medicinal signaling cells directly into the labral tissue under fluoroscopic or ultrasound guidance, providing the biological environment needed for fibrocartilage repair. We combine this with Dynamic PRP+ to enhance growth factor concentration at the injury site. Post-treatment rehabilitation focuses on restoring hip stability, correcting impingement mechanics, and preventing recurrence.
What Makes Us Different: Hip labral tears are notoriously underdiagnosed. The labrum has minimal blood supply, making it one of the hardest structures to heal without biological intervention. Dr. Garg (DO, CAQ) uses a combined BMA stem cell plus PRP approach that delivers both cellular repair and growth factor signaling to tissue that otherwise lacks healing capacity.
Clinical Evidence: Image-guided biologic injections for hip labral tears demonstrate meaningful improvements in pain, hip function scores, and return to activity, with published case series showing many patients successfully avoiding arthroscopic surgery.
Stiffness first thing in the morning. Pain in the groin or front of the thigh that gets worse with walking. Loss of range of motion that makes tying your shoes or getting into a car increasingly difficult. Hip osteoarthritis is a progressive condition, and the conventional path of cortisone injections leading to hip replacement does not have to be your only option.
How We Treat It: Dynamic Stem Cell+ delivers medicinal signaling cells directly into the hip joint under image guidance, modulating the inflammatory environment and supporting cartilage preservation. We combine this with Dynamic PRP+ and Fibrin-Rich Plasma to create a layered regenerative environment within the joint. EXOMIND sessions address the chronic pain neuroplasticity that develops with longstanding hip arthritis.
What Makes Us Different: Most clinics offer cortisone or viscosupplementation for hip arthritis, both of which treat symptoms without addressing the disease. Dr. Garg (DO, CAQ) uses a regenerative approach targeting the inflammatory and degenerative processes. No local competitor combines BMA stem cells, high-dose PRP, Fibrin-Rich Plasma, and EXOMIND for hip OA in a single treatment arc.
Clinical Evidence: Meta-analyses demonstrate PRP produces superior outcomes to corticosteroids and hyaluronic acid for hip osteoarthritis, with higher platelet concentrations associated with better clinical results and delayed need for joint replacement.
A sharp pull in your inner thigh during a sprint, cut, or kick. Groin strains are among the most common injuries in soccer, hockey, and any sport requiring lateral movement. They are also among the most likely to recur because the adductor muscles are difficult to rehabilitate fully, and incomplete healing leaves you vulnerable to re-injury the moment you return to full intensity.
How We Treat It: Dynamic PRP+ delivers concentrated growth factors directly to the torn adductor fibers under ultrasound guidance, promoting organized tissue repair instead of the disorganized scar formation that leads to re-injury. Dynamic Shockwave+ addresses the myofascial component and chronic tension patterns that develop in the surrounding hip musculature.
What Makes Us Different: Adductor strains are frequently treated generically. Dr. Garg (DO, CAQ) uses ultrasound to differentiate between mid-belly strains, musculotendinous junction injuries, and tendon avulsions at the pubic bone because each requires a different treatment approach and recovery timeline. That precision prevents the cycle of incomplete healing and re-injury.
Clinical Evidence: PRP for adductor and groin injuries shows accelerated return to sport and reduced recurrence rates compared to rehabilitation alone in athletic populations.
Pain deep in the front of your hip that worsens with hip flexion, climbing stairs, or bringing your knee to your chest. The iliopsoas is the primary hip flexor and one of the most powerful muscles in your body, yet it is frequently overlooked in standard orthopedic evaluations. Many patients with iliopsoas injuries spend months being treated for hip impingement or labral tears before anyone evaluates the muscle itself.
How We Treat It: Dynamic PRP+ targets the strained iliopsoas muscle and tendon under ultrasound guidance, delivering growth factors to tissue that is deep and difficult to reach with surface-level treatments. Dynamic Shockwave+ addresses the chronic tension and trigger points that develop in the iliopsoas when the muscle guards against the injury.
What Makes Us Different: The iliopsoas sits deep in the pelvis, making it invisible to palpation and difficult to evaluate without imaging. Dr. Garg (DO, CAQ) uses diagnostic ultrasound to visualize the muscle and tendon directly, confirming the injury before treatment. His DO training in musculoskeletal anatomy provides a level of assessment skill specific to deep pelvic structures.
Clinical Evidence: Ultrasound-guided PRP for deep hip flexor injuries demonstrates improved healing and faster return to activity compared to rest and physical therapy alone.
Pain at your sit bone that makes sitting on hard surfaces miserable, running uphill impossible, and stretching your hamstring feel like a knife in your pelvis. Proximal hamstring tendonitis is one of the most commonly misdiagnosed conditions in sports medicine. Patients are told it is sciatica, piriformis syndrome, or SI joint dysfunction before anyone looks at the tendon where it attaches to the ischial tuberosity.
How We Treat It: Dynamic PRP+ delivers concentrated growth factors directly to the proximal hamstring tendon under ultrasound guidance, targeting the tendon-bone junction where degeneration occurs. For chronic tendinopathy with partial tearing, Dynamic Stem Cell+ provides the cellular environment needed for structural tendon repair. Dynamic Shockwave+ complements treatment by addressing the myofascial dysfunction in the hamstring complex.
What Makes Us Different: Proximal hamstring tendonitis requires precise injection to the ischial tuberosity, a deep bony landmark that most providers cannot accurately target without ultrasound. Dr. Garg (DO, CAQ) performs every injection under real-time ultrasound guidance, ensuring the biologics reach the tendon-bone interface where healing needs to occur.
Clinical Evidence: PRP injections for proximal hamstring tendinopathy produce significant improvements in pain and function scores, with ultrasound-guided delivery showing superior outcomes compared to landmark-guided injection.
Pain on the outside of your hip that flares when you lie on that side, walk uphill, or climb stairs. You may have been told it is bursitis, but the current understanding is that most “trochanteric bursitis” is actually gluteal tendinopathy, a degenerative process in the tendons that attach to the greater trochanter. That distinction matters because the treatment for tendinopathy is different from the treatment for bursitis.
How We Treat It: Dynamic Shockwave+ is our primary approach for greater trochanteric pain syndrome. Focused shockwave and EMTT target the degenerative gluteal tendons and the associated bursal inflammation simultaneously. For cases with significant tendon degeneration or partial tearing, we add Dynamic PRP+ to deliver growth factors directly to the damaged tendon under ultrasound guidance.
What Makes Us Different: Most providers inject cortisone into the bursa, which may reduce inflammation temporarily but does nothing for the underlying tendon degeneration and can weaken the tendon further with repeated injections. Dr. Garg (DO, CAQ) uses ultrasound to evaluate the gluteal tendons directly, distinguishing between pure bursitis and the far more common gluteal tendinopathy.
Clinical Evidence: Shockwave therapy for greater trochanteric pain syndrome demonstrates significant improvements in pain and function, with focused shockwave showing superior results to corticosteroid injection at 12-month follow-up.
Many hip labral tears improve significantly with regenerative treatment, particularly tears not causing mechanical locking or instability. The hip labrum has limited blood supply, which is why it heals poorly alone. BMA-derived stem cells and PRP delivered under image guidance provide the cellular signals and growth factors labral tissue needs for fibrocartilage repair. Dynamic Stem Cell+ combined with Dynamic PRP+ is the only protocol in Boulder delivering both cellular repair and growth factor support to hip labral tissue in a single session. Dr. Garg (DO, CAQ) uses imaging to evaluate tear severity and determines candidacy. He refers to surgery when the tear pattern requires it. One professional skier and mountain biker said she is lightyears ahead of where she was and wishes she had found Dynamic Athlete before her surgeries.
The most common cause is proximal hamstring tendinopathy, a degenerative process at the tendon-bone junction of the ischial tuberosity. It is frequently misdiagnosed as sciatica, piriformis syndrome, or SI joint dysfunction. The proximal hamstring tendon degenerates at its attachment, creating chronic inflammation that worsens with sitting, running, and stretching. Standard imaging often misses it. Dr. Garg (DO, CAQ) uses diagnostic ultrasound to visualize the proximal hamstring tendon directly and delivers Dynamic PRP+ to the specific region of degeneration under image guidance. No blind injections. His DO training includes musculoskeletal evaluation techniques that identify this condition when standard protocols miss it. Runners and cyclists with years of unexplained sit bone pain consistently improve after targeted treatment.
The knee is the most commonly injured joint in active adults and athletes. Whether the issue is a ligament tear, cartilage degeneration, or tendon overuse, the knee responds well to regenerative treatment because of its accessible anatomy and the strong evidence base supporting biologics for knee conditions. At Dynamic Athlete, every knee injury is evaluated with diagnostic ultrasound before treatment begins. ACL Tear
You felt it pop. Maybe you were cutting on the field, landing from a jump, or pivoting on the ski slope. Now the knee feels unstable, it swells within hours, and you are already dreading the words “ACL reconstruction.” Here is what most surgeons will not tell you: not every ACL tear requires surgery.
How We Treat It: Dynamic PRP+ delivers a hyper-concentrated dose of growth factors directly to the torn ligament under ultrasound guidance, stimulating tissue repair and collagen formation. For partial tears and grade II injuries, Dynamic Stem Cell+ provides medicinal signaling cells that recruit your body’s own repair mechanisms to rebuild ligament integrity. We pair both protocols with a structured return-to-sport rehab timeline so you know exactly when you can trust that knee again.
What Makes Us Different: Dr. Garg (DO, CAQ) evaluates every ACL tear with diagnostic ultrasound before recommending a treatment path. As a board-certified sports medicine physician, he determines whether your tear is a surgical case or one that can heal with the right regenerative protocol. No local competitor offers this combined imaging-plus-biologics evaluation.
Clinical Evidence: A 2024 systematic review in Arthroscopy found PRP injections produced clinically significant improvements in both function and pain reduction at every time point through 12 months compared to placebo, with higher platelet concentrations yielding better outcomes.
A blow to the outside of the knee or an awkward twist, and suddenly the inside of your knee is swollen, tender, and unstable. MCL tears are one of the most common knee ligament injuries, and the good news is that most respond well to non-surgical treatment when that treatment actually targets the damaged tissue.
How We Treat It: Dynamic PRP+ is our first-line approach for MCL injuries. We deliver concentrated platelets directly to the damaged ligament fibers under ultrasound guidance, accelerating the natural repair process that your body has already started. For severe or chronic MCL injuries that have not healed with rest, Dynamic Stem Cell+ provides the cellular reinforcement needed to rebuild ligament structure.
What Makes Us Different: Most clinics treat MCL tears with rest and a brace. At Dynamic Athlete, Dr. Garg (DO, CAQ) uses real-time ultrasound to visualize the tear, identify the specific grade, and deliver growth factors precisely where the ligament needs them. That targeted delivery changes outcomes.
Clinical Evidence: Published research confirms that PRP-treated ligament injuries demonstrate accelerated collagen formation and improved tensile strength compared to rest-only protocols, reducing time to return to full activity.
PCL tears are the quiet ones. Unlike ACL tears, they do not always come with a dramatic pop or immediate instability. You might notice a deep ache in the back of the knee, difficulty going downstairs, or a sense that something just is not right. PCL injuries often get missed or downplayed, but left untreated they lead to chronic instability and accelerated cartilage wear.
How We Treat It: Dynamic PRP+ targets the posterior cruciate ligament under ultrasound guidance, delivering growth factors to the specific injury site. For complete or near-complete tears, Dynamic Stem Cell+ provides medicinal signaling cells that support structural ligament repair. We combine biologics with a phased rehab protocol designed to restore posterior knee stability progressively.
What Makes Us Different: PCL tears are frequently misdiagnosed or dismissed because standard physical exams can miss subtle posterior laxity. Dr. Garg (DO, CAQ) uses diagnostic ultrasound to visualize the ligament directly, confirming the injury and guiding treatment precisely. That imaging-first approach prevents the cycle of misdiagnosis and delayed treatment.
Clinical Evidence: Studies on PRP for ligament healing demonstrate enhanced type I and type III collagen synthesis, which are the primary structural proteins responsible for ligament strength and elasticity.
That catching, locking, or sharp pain along the joint line is your meniscus telling you something tore. Whether it happened on a trail run, squatting at the gym, or simply getting up from a chair, a meniscus tear can sideline you from everything that makes life worth living. And the standard recommendation of arthroscopic surgery? Research is now showing it may not be your best option.
How We Treat It: Dynamic PRP+ delivers concentrated growth factors directly into the meniscal tissue, stimulating repair in areas that traditionally lack blood supply. For larger or more complex tears, Dynamic Stem Cell+ provides the cellular environment needed to regenerate meniscal tissue. Both protocols are performed under ultrasound guidance to ensure precise delivery to the tear site.
What Makes Us Different: Here is something most patients do not hear: multiple large-scale studies have shown that arthroscopic meniscus surgery performs no better than physical therapy alone for degenerative tears. At Dynamic Athlete, Dr. Garg (DO, CAQ) offers a third path: regenerative protocols that actually target tissue repair instead of removing the damaged tissue surgically.
Clinical Evidence: A 2025 comprehensive review of 40 high-quality studies confirmed PRP produces superior pain relief and functional improvement compared to hyaluronic acid and corticosteroids, particularly in patients with mild to moderate joint degeneration.
Morning stiffness that takes 20 minutes to work through. Pain climbing stairs. That grinding sensation with every step. Knee osteoarthritis is not just “wear and tear.” It is an active inflammatory process that destroys cartilage, and cortisone shots only mask the pain while potentially accelerating that destruction. You deserve a treatment that addresses the disease, not just the symptom.
How We Treat It: Dynamic PRP+ delivers anti-inflammatory and regenerative growth factors directly into the joint space, modulating the inflammatory cascade and supporting cartilage preservation. For moderate to advanced OA, Dynamic Stem Cell+ provides medicinal signaling cells that create a pro-healing environment within the joint. We also use Dynamic Shockwave+ to address associated soft tissue dysfunction around the knee. EXOMIND sessions complement treatment by helping your nervous system recalibrate its pain response to the joint.
What Makes Us Different: Dr. Garg (DO, CAQ) hyper-concentrates PRP to an industry-leading, customized dose of billions of platelets because the research shows dosage matters. Most clinics use basic centrifuge systems that produce a fraction of the platelet concentration we deliver. Higher dose equals better outcomes. No local competitor matches our preparation protocol.
Clinical Evidence: A 2025 meta-analysis in the American Journal of Sports Medicine found PRP produces clinically relevant functional improvement at 1, 3, 6, and 12 months and confirmed that higher platelet concentrations are associated with significantly better clinical outcomes.
Jumper’s knee. That burning pain just below your kneecap that flares with every jump, squat, or explosive movement. You have tried rest, ice, straps, and eccentric exercises, and it keeps coming back because chronic tendon injuries are not inflammation problems. They are failed healing problems. The tendon tried to repair itself and stalled.
How We Treat It: Dynamic Shockwave+ is our primary approach for patellar tendonitis. Focused shockwave from our ASTI and Storz devices restarts the stalled healing process at the cellular level by triggering neovascularization and collagen remodeling. For tendons that have thickened or developed partial tears, we layer in Dynamic PRP+ to provide the growth factors the tissue needs to complete its repair.
What Makes Us Different: Most clinics offering “shockwave” use only radial pressure wave machines. Radial pressure waves are not true shockwave. At Dynamic Athlete, Dr. Garg (DO, CAQ) uses the complete stack: focused shockwave, radial pressure waves, and EMTT from ASTI and Storz devices to treat the tendon from superficial to deep tissue. No other provider in Boulder offers all three.
Clinical Evidence: Clinical trials demonstrate shockwave therapy combined with exercise produces superior outcomes for patellar tendonitis, with focused shockwave showing greater tissue remodeling on MRI compared to radial pressure waves alone.
Runner’s knee. Pain behind or around your kneecap that gets worse going downstairs, squatting, or sitting for long periods. You have been told it is a tracking problem, a muscle imbalance, or that you just need to strengthen your quads. But when months of physical therapy have not resolved it, the underlying issue may be tissue that needs biological help, not just mechanical correction.
How We Treat It: Dynamic PRP+ addresses the cartilage and soft tissue irritation behind the kneecap that perpetuates the pain cycle. Dynamic Shockwave+ targets myofascial trigger points and tissue dysfunction in the quadriceps and patellar tendon that contribute to abnormal tracking. We integrate both with a corrective movement plan because biologics fix the tissue and biomechanics prevent recurrence.
What Makes Us Different: Dr. Garg (DO, CAQ) does not just treat the symptom. He uses diagnostic ultrasound to evaluate the patellar cartilage, the quadriceps tendon, and the surrounding soft tissue to identify exactly why the patella is not tracking correctly. Then he treats the specific tissue that is damaged, not just the area that hurts.
Clinical Evidence: Research shows PRP injections in the peripatellar region reduce pain and improve function in patellofemoral syndrome patients who have failed conservative management, with improvements sustained through 12 months.
Pain on the inner side of your knee, just below the joint line. It hurts climbing stairs, running, or even sleeping with your knees touching. Pes anserine bursitis is frequently misdiagnosed as a meniscus tear or medial knee arthritis, which means many patients spend months getting the wrong treatment before someone figures out what is actually causing the pain.
How We Treat It: Dynamic PRP+ delivered under ultrasound guidance to the inflamed bursa and surrounding hamstring tendons calms the inflammatory process and promotes tissue healing. Dynamic Shockwave+ addresses the myofascial component by releasing tension in the hamstring tendons that attach at the pes anserine. The combination treats both the bursitis and the underlying biomechanical cause.
What Makes Us Different: Accurate diagnosis is the entire game with pes anserine bursitis. Dr. Garg (DO, CAQ) uses real-time ultrasound to visualize the bursa and differentiate it from meniscal pathology, medial compartment arthritis, and MCL injuries. Most providers diagnose by palpation alone, which is why so many cases get mislabeled.
Clinical Evidence: Ultrasound-guided PRP injection for pes anserine bursitis demonstrates superior outcomes compared to corticosteroid injection, with longer duration of pain relief and no risk of tendon weakening.
A sudden sharp pain in the front of your thigh during a sprint, kick, or explosive movement. Quad strains range from minor muscle fiber disruption to significant partial tears, and the difference between a two-week recovery and a two-month setback often comes down to how the injury is treated in the first critical weeks.
How We Treat It: Dynamic PRP+ accelerates muscle fiber repair by delivering concentrated growth factors directly to the injury site under ultrasound guidance. For significant partial tears, we use Dynamic Stem Cell+ to provide the cellular environment needed for complete tissue regeneration. Dynamic Shockwave+ is layered in during the remodeling phase to optimize scar tissue quality and restore full contractile function.
What Makes Us Different: Most quad strains are treated with rest, ice, and a generic return-to-play timeline. Dr. Garg (DO, CAQ) uses ultrasound to grade the strain, measure the tear size, and track healing progress objectively. That imaging-guided approach means your return-to-activity timeline is based on tissue healing, not guesswork.
Clinical Evidence: PRP-treated muscle injuries show accelerated regeneration and reduced scar tissue formation compared to conventional treatment, with athletes returning to full activity significantly faster in published case series.
You felt it grab in the back of your thigh. Maybe it was a sprint, a deadlift, or reaching for something just out of range. Hamstring strains are notorious for recurring because the scar tissue that forms during natural healing is weaker and less elastic than the original muscle. Unless you address the tissue quality, you are setting yourself up for re-injury.
How We Treat It: Dynamic PRP+ targets the torn muscle fibers with concentrated growth factors under ultrasound guidance, promoting organized tissue repair instead of disorganized scar formation. For proximal hamstring tears near the sit bone, Dynamic Stem Cell+ provides the regenerative support needed for a structurally sound repair. Dynamic Shockwave+ is used during late-stage rehab to remodel any adhesions and restore tissue elasticity.
What Makes Us Different: Proximal hamstring injuries at the ischial tuberosity are among the most commonly undertreated injuries in sports medicine. Dr. Garg (DO, CAQ) uses ultrasound to distinguish between mid-belly strains and proximal tendon injuries because the treatment approach and recovery timeline are completely different for each.
Clinical Evidence: Studies show PRP-treated hamstring injuries result in improved tissue organization on ultrasound and MRI, with reduced re-injury rates compared to rehabilitation alone.
Yes. PRP promotes meniscal healing, particularly in tears that retain some blood supply and in degenerative tears common in patients over 40. PRP delivers concentrated growth factors into the meniscal tissue, stimulating collagen synthesis in cartilage that heals poorly on its own. Dynamic PRP+ hyper-concentrates to an industry-leading platelet dose delivered under ultrasound guidance by Dr. Garg (DO, CAQ). Most clinics use lower-concentration preparations without image guidance. Every meniscus injection is preceded by diagnostic ultrasound to confirm tear location, type, and suitability for regenerative treatment. Over 90% of our patients self-report a 75% or greater improvement following treatment. One patient with meniscus and other knee issues from a skiing incident had shockwave, EMTT, and PRP that greatly improved his knee without invasive surgery.
Yes. BMA-derived stem cell therapy is one of the most effective non-surgical options for knee osteoarthritis, especially for mild to moderate cartilage loss. Medicinal signaling cells from your bone marrow release anti-inflammatory cytokines, modulate the immune response driving cartilage destruction, and support new cartilage matrix formation. Dynamic Stem Cell+ pairs BMA-derived cells with Dynamic PRP+ and Fibrin-Rich Plasma to maximize the regenerative environment inside the joint. No local competitor combines all three biologics in one session. Dr. Garg (DO, CAQ) uses evidence-based harvesting protocols designed to maximize viable medicinal signaling cell counts. One patient with degeneration in both knees chose MFAT, PRP, and HA as her ongoing protocol to continue running and hiking pain-free and avoid surgeries as the years go on.
In many cases, yes. Partial ACL tears and some complete tears in lower-demand patients can heal with regenerative protocols that restore functional stability without reconstruction. PRP and stem cells stimulate collagen synthesis within damaged ligament fibers, strengthening remaining tissue and promoting scar integration with the native ligament. Dynamic PRP+ delivers a high-dose platelet concentrate under ultrasound guidance directly to the ACL. Dr. Garg (DO, CAQ) evaluates ACL integrity with diagnostic ultrasound to determine whether regenerative treatment or surgical referral is the right path. One mother was told her 18-year-old needed immediate ACL surgery. Dr. Garg confirmed the original diagnosis was inaccurate and the son did not require surgery.
You do not have to live with this injury. You do not need to accept that surgery is the only path. Dr. Garg personally evaluates every patient and builds a plan around one thing: getting you back to the life you actually want to live – climbing, skiing, lifting, playing with your kids – without the recovery timeline of an operation.
Insurance accepted for consultations and office visits, including Medicare and Kaiser. Regenerative treatments are self-pay, with payment plans available through Cherry Technologies so the right care is never out of reach.
Waking up unable to turn your head, or developing pain and stiffness after a long day at the desk, a workout, or a fender bender. Neck strains affect the muscles and ligaments of the cervical spine, and while most resolve in days to weeks, strains that linger often involve deeper tissue damage in the facet joints or supporting ligaments that rest alone will not repair.
How We Treat It: Dynamic PRP+ targets the strained muscles and ligaments under ultrasound guidance, delivering growth factors to the specific tissue driving the pain. Dynamic Shockwave+ releases the myofascial tension and trigger points that develop as the cervical muscles guard against the injury. The combination breaks the pain-spasm-pain cycle that keeps chronic neck strains from resolving.
What Makes Us Different: Dr. Garg (DO, CAQ) uses diagnostic ultrasound to assess whether the strain involves muscle only or extends to the facet joints, disc, or supporting ligaments. His DO training in cervical spine evaluation provides hands-on assessment skills that complement imaging and guide the treatment plan.
Clinical Evidence: PRP for cervical soft tissue injuries demonstrates accelerated healing and reduced chronic pain compared to NSAID-based management, with improvements sustained through follow-up.
Pain, numbness, or tingling that radiates from your neck into your shoulder, arm, or hand. Cervical radiculopathy occurs when a nerve root in the cervical spine becomes compressed or irritated, often by a disc bulge, bone spur, or foraminal narrowing. The conventional path is physical therapy, epidural steroid injections, then surgery. There is a regenerative alternative.
How We Treat It: Dynamic PRP+ targets the irritated nerve root and surrounding inflammatory tissue under image guidance, reducing inflammation and supporting healing of the tissue compressing the nerve. Dynamic Shockwave+ addresses the muscular guarding and myofascial dysfunction that develops secondary to nerve irritation. EXOMIND sessions help your nervous system downregulate the amplified pain signaling that chronic radiculopathy creates.
What Makes Us Different: Most providers treat cervical radiculopathy with epidural steroids that suppress inflammation temporarily without healing the underlying tissue. Dr. Garg (DO, CAQ) uses image-guided PRP to address the source of nerve compression while simultaneously treating the secondary muscle dysfunction with shockwave and the pain neuroplasticity with EXOMIND.
Clinical Evidence: PRP for cervical radiculopathy demonstrates significant pain reduction and functional improvement compared to epidural corticosteroid injection, with effects sustained beyond 12 months.
Yes. PRP targets the specific structures driving chronic neck pain, whether that is damaged facet joint capsules, degenerative disc tissue, or strained cervical ligaments. PRP growth factors reduce inflammation and promote tissue repair at the cellular level, addressing the source of pain rather than masking it with muscle relaxants or epidural steroids. Dynamic PRP+ is delivered under image guidance by Dr. Garg (DO, CAQ) to the specific structure identified through diagnostic evaluation. We combine PRP with Dynamic Shockwave+ for muscular dysfunction and EXOMIND for chronic pain neuroplasticity. Dr. Garg’s DO training provides cervical spine assessment skills that go beyond standard imaging to identify the pain generator. One patient completing shockwave for neck pain reported that post-treatment she noticed the absence of pain and tightness for the first time in months.
Reaching overhead makes you wince. Sleeping on that shoulder is out of the question. You are dreading the conversation about surgery because you have heard the recovery takes 6 to 12 months. Here is what most surgeons will not tell you: the majority of partial rotator cuff tears and many full-thickness tears can be treated without surgery when you use the right biological approach.
How We Treat It: Dynamic PRP+ delivers hyper-concentrated growth factors directly to the torn tendon under ultrasound guidance, stimulating collagen synthesis and tissue repair. For larger or full-thickness tears, Dynamic Stem Cell+ provides medicinal signaling cells that create the regenerative environment needed for structural healing. We pair biologics with EXOMIND sessions to help your nervous system stop guarding the shoulder, which accelerates functional recovery.
What Makes Us Different: Dr. Garg (DO, CAQ) evaluates every rotator cuff tear with diagnostic ultrasound to measure tear size, assess tissue quality, and determine whether the tear is a candidate for regenerative treatment or needs a surgical referral. That honest assessment up front saves patients months of failed conservative treatment or unnecessary surgery.
Clinical Evidence: A 2025 narrative review of 40 studies confirmed PRP injections produce superior pain relief and functional improvement compared to corticosteroids for rotator cuff tendinopathy, with leukocyte-poor PRP showing the strongest results.
The shoulder aches after overhead activities. The muscles feel weak and irritated, but imaging shows no tear. A rotator cuff strain means the muscles and tendons are overstretched and inflamed, and while it is less severe than a tear, ignoring it is how strains become tears over time.
How We Treat It: Dynamic Shockwave+ is the primary treatment for rotator cuff strains. Focused shockwave combined with EMTT stimulates blood flow, reduces inflammation, and promotes tissue remodeling in the irritated tendon. For strains that have become chronic, we add Dynamic PRP+ to provide the growth factors needed to complete the healing process.
What Makes Us Different: A 2018 randomized controlled trial demonstrated that adding EMTT to shockwave therapy significantly improves pain and function in rotator cuff tendinopathy compared to shockwave alone. Dr. Garg (DO, CAQ) is the only physician in Boulder offering the combined focused shockwave plus EMTT protocol from ASTI and Storz devices.
Clinical Evidence: The landmark RCT showed patients receiving combined shockwave plus EMTT reported greater pain reduction on the VAS and higher Constant-Murley shoulder scores at 24-week follow-up compared to shockwave with sham EMTT.
A deep, catching sensation inside the shoulder. Pain with overhead reaching or throwing. A feeling like the shoulder might slip out of place. Labral tears are common in overhead athletes, CrossFitters, and anyone who has experienced a shoulder dislocation. The standard recommendation is arthroscopic surgery, but not every labral tear needs a scope.
How We Treat It: Dynamic Stem Cell+ delivers medicinal signaling cells directly into the labral tissue under image guidance, providing the biological environment needed for fibrocartilage repair. We combine this with Dynamic PRP+ to enhance the growth factor concentration at the injury site. Post-treatment rehabilitation focuses on restoring shoulder stability and proprioception to prevent recurrence.
What Makes Us Different: Labral tears are notoriously difficult to treat non-surgically because the labrum has limited blood supply. Dr. Garg (DO, CAQ) uses a combined BMA stem cell plus PRP approach that delivers both cellular repair and growth factor signaling to tissue that otherwise has minimal healing capacity. That dual-biologic strategy is what makes regenerative labral treatment viable.
Clinical Evidence: Published case series demonstrate that image-guided PRP and stem cell injections for labral tears produce meaningful improvements in pain, function, and stability scores, with many patients avoiding surgery entirely.
Gradual loss of motion. A deep ache that worsens with activity. Grinding or crunching with every movement. Shoulder osteoarthritis steals your ability to reach, lift, and do the things that keep you active. The typical trajectory is cortisone shots until they stop working, then shoulder replacement. But between cortisone and surgery, there is a treatment window most patients never hear about.
How We Treat It: Dynamic Stem Cell+ delivers medicinal signaling cells directly into the glenohumeral joint under image guidance, creating an anti-inflammatory and pro-healing environment that supports cartilage preservation. We combine this with Dynamic PRP+ to modulate the inflammatory cascade that drives cartilage destruction. EXOMIND sessions address the chronic pain component by helping your nervous system recalibrate its response to the arthritic joint.
What Makes Us Different: Most clinics offer cortisone or hyaluronic acid injections for shoulder arthritis. Both treat symptoms without addressing the disease. Dr. Garg (DO, CAQ) uses a regenerative approach that targets the inflammatory and degenerative processes driving the arthritis, potentially delaying or eliminating the need for shoulder replacement.
Clinical Evidence: Meta-analyses consistently show PRP outperforms both corticosteroids and hyaluronic acid for osteoarthritis at every measured time point through 12 months, with higher platelet concentrations producing better results.
A direct hit to the top of the shoulder, or a fall onto an outstretched arm, and suddenly the bump on top of your shoulder is swollen and painful. AC joint sprains are graded I through VI, and while severe separations may need surgical stabilization, grade I through III injuries respond well to targeted regenerative treatment.
How We Treat It: Dynamic PRP+ delivers concentrated growth factors directly to the damaged AC joint ligaments under ultrasound guidance, accelerating ligament repair and reducing the chronic inflammation that often persists after AC joint injuries. For grade III separations with significant ligament disruption, Dynamic Stem Cell+ provides the cellular support needed for structural ligament healing.
What Makes Us Different: AC joint sprains are often treated with rest, ice, and a sling, then forgotten about. The problem is that incompletely healed AC joint ligaments lead to chronic instability, clicking, and pain that shows up months later. Dr. Garg (DO, CAQ) uses ultrasound to assess ligament integrity and treats the specific tissue that needs repair, not just the symptom.
Clinical Evidence: PRP injections for AC joint injuries demonstrate improved ligament healing and reduced chronic pain compared to conservative management alone, particularly in grade II and III separations.
A sudden pop in the front of the shoulder or elbow, followed by pain, bruising, and a visible change in muscle shape. Biceps tears can occur at the shoulder (proximal) or the elbow (distal), and while distal tears typically need surgery, proximal biceps tears are candidates for regenerative treatment in many cases.
How We Treat It: Dynamic PRP+ targets the torn tendon with hyper-concentrated growth factors under ultrasound guidance, supporting organized collagen repair. For partial tears that have not responded to initial treatment, Dynamic Stem Cell+ provides medicinal signaling cells to enhance the regenerative process. We design a phased rehab protocol that protects the healing tendon while progressively restoring function.
What Makes Us Different: Dr. Garg (DO, CAQ) uses diagnostic ultrasound to determine whether a biceps tear is partial or complete, proximal or distal, and whether the tendon has retracted. That assessment determines whether regenerative treatment is appropriate or surgery is the better path. You get an honest evaluation, not a one-size-fits-all recommendation.
Clinical Evidence: Ultrasound-guided PRP injections for partial biceps tendon tears show improved tendon healing on follow-up imaging, with patients reporting significant pain reduction and return to function without surgical intervention.
Aching in the front of the shoulder that gets worse with lifting, pulling, or overhead movements. Biceps tendonitis is an overuse injury that develops when the tendon becomes chronically irritated, and it frequently coexists with rotator cuff problems. Treating one without addressing the other is why so many shoulder patients plateau.
How We Treat It: Dynamic Shockwave+ is our first-line treatment for biceps tendonitis. Focused shockwave combined with EMTT stimulates healing in the inflamed tendon while addressing the surrounding myofascial dysfunction that contributes to the problem. For chronic cases with tendon thickening or partial tearing, we add Dynamic PRP+ to deliver targeted growth factors under ultrasound guidance.
What Makes Us Different: Dr. Garg (DO, CAQ) evaluates the entire kinetic chain when treating biceps tendonitis because it rarely exists in isolation. He uses ultrasound to assess the biceps tendon, the rotator cuff, and the surrounding structures to build a treatment plan that addresses the complete picture, not just the loudest symptom.
Clinical Evidence: Shockwave therapy for upper limb tendinopathies produces significant improvements in pain and function, with a systematic review of randomized controlled trials confirming its efficacy and safety profile across multiple tendon conditions.
Yes, particularly for partial-thickness tears and small full-thickness tears. Research consistently shows PRP produces significant improvements in pain and function for rotator cuff injuries. PRP growth factors stimulate tenocyte proliferation and organized collagen synthesis within the torn tendon, rebuilding tensile strength over weeks to months. Dynamic PRP+ hyper-concentrates platelets to a high-dose preparation delivered under ultrasound guidance directly to the tear site. Most clinics use lower-concentration PRP with blind injections that may miss the target. Dr. Garg (DO, CAQ) uses diagnostic ultrasound to measure tear size and tissue quality before recommending treatment. One patient who saw too many people his age with negative results after rotator cuff surgery tried PRP instead and feels it is a complete success. He will not be needing surgery.
Many labral tears improve significantly with regenerative treatment, particularly tears not causing instability or mechanical locking. The labrum has limited blood supply, which is why it heals poorly alone. BMA-derived stem cells and PRP delivered to the labral tissue under image guidance provide biological signals and cellular building blocks for fibrocartilage repair. Dynamic Stem Cell+ combined with Dynamic PRP+ is the only protocol in Boulder delivering both cellular repair and concentrated growth factor support to labral tissue in a single session. Dr. Garg (DO, CAQ) evaluates tear severity with diagnostic imaging to determine candidacy and refers to surgery when the tear pattern requires it. One gymnast with a labral tear completed a nine-week protocol of PRP, EMTT, and shockwave. His shoulder stabilized enough to compete in his final collegiate meet.
Shockwave therapy restarts stalled healing in chronically irritated tendons through controlled mechanical and electromagnetic stimulation. Focused shockwave creates microtrauma triggering neovascularization, stem cell recruitment, and collagen remodeling. EMTT adds electromagnetic stimulation enhancing cellular activation at deeper tissue layers. Dynamic Shockwave+ combines focused shockwave, radial pressure waves, and EMTT from ASTI and Storz devices. No other clinic in Boulder delivers all three in one session. Dr. Garg (DO, CAQ) founded ASTI and tailors energy density based on ultrasound evaluation of your specific tendon pathology. One athletic trainer with a year of shoulder pain who had tried PT, acupuncture, chiropractics, and cortisone reported complete resolution after a three-week shockwave protocol.
Three things no local competitor can replicate: diagnostic imaging before every treatment, combined biologic protocols, and the complete shockwave technology stack. Most clinics treat shoulder injuries with a single modality. Dr. Garg (DO, CAQ) evaluates the entire shoulder complex with diagnostic ultrasound, then builds a layered plan combining Dynamic PRP+ with Fibrin-Rich Plasma, Dynamic Shockwave+ from ASTI and Storz devices with focused shockwave and EMTT, and Dynamic Mind+ for chronic pain neuroplasticity. No other clinic in Boulder offers all three capabilities under one roof. One athletic trainer from Pennsylvania with a year of shoulder pain who had tried PT, OT, acupuncture, chiropractics, laser, massage, and cortisone reported complete resolution after a three-week shockwave protocol at Dynamic Athlete.
If you have been told your MRI looks normal, your X-rays are fine, and the pain in your lower back or pelvis must just be muscular, you are living one of the most frustrating patterns in orthopedics. SI joint injuries are routinely missed because most imaging protocols do not evaluate the SI joint specifically. You are not crazy. The joint is unstable. And it can be treated.
How We Treat It: Dynamic PRP+ delivers concentrated growth factors directly to the damaged SI joint ligaments under ultrasound guidance, strengthening the connective tissue that stabilizes the joint. For significant instability with multiple ligament involvement, Dynamic Stem Cell+ provides the cellular support needed for structural ligament repair. We pair treatment with EXOMIND sessions to address the chronic pain sensitization that develops when SI joint dysfunction goes undiagnosed for months or years.
What Makes Us Different: Dr. Garg (DO, CAQ) uses targeted diagnostic ultrasound to identify SI joint instability that standard imaging misses. His DO training includes specialized musculoskeletal evaluation techniques that detect SI joint dysfunction through provocation testing and dynamic assessment. Most providers do not have this training and default to lumbar spine imaging that never evaluates the SI joint.
Clinical Evidence: Research confirms that ultrasound-guided PRP injections to the SI joint ligaments produce significant improvements in pain and function scores, with results superior to corticosteroid injections and sustained through 12 months.
Deep, aching pain in your lower back that radiates into your buttock and sometimes down the back of your thigh. It is worse after sitting for long periods, standing from a chair, or climbing stairs. Sacroiliitis is inflammation of the SI joint itself, and it is frequently confused with sciatica, hip bursitis, or lumbar disc problems because the pain patterns overlap.
How We Treat It: Dynamic PRP+ calms the inflammatory process within the SI joint by delivering concentrated anti-inflammatory growth factors under ultrasound guidance. For sacroiliitis driven by underlying ligament instability, we add targeted PRP to the supporting ligaments. EXOMIND sessions help reset the chronic pain signaling that develops when sacroiliitis persists untreated.
What Makes Us Different: Dr. Garg (DO, CAQ) differentiates sacroiliitis from lumbar radiculopathy, hip pathology, and piriformis syndrome using a combination of physical examination, provocation testing, and diagnostic ultrasound. That differential diagnosis skill prevents the cycle of treating the wrong structure that so many sacroiliitis patients experience.
Clinical Evidence: Clinical studies demonstrate PRP injections for sacroiliitis produce longer-lasting pain relief and functional improvement compared to corticosteroid injections, which typically provide only temporary relief before symptoms return.
Shooting pain, numbness, or tingling that runs from your lower back down through your hip, buttock, and leg. Sciatica is the word everyone uses, but the real issue is a nerve root in your lumbar spine getting compressed or irritated. You have probably been told to try physical therapy, epidural steroid injections, or surgery. There is another path.
How We Treat It: Dynamic Shockwave+ is our primary approach for sciatica. Focused shockwave releases the piriformis, gluteal, and paraspinal muscles that compress or irritate the sciatic nerve. EMTT penetrates deeper tissue layers to reduce inflammation around the nerve root itself. Dynamic Core+ EMSELLA strengthens the pelvic floor and deep core musculature that stabilize the lumbar spine, addressing the structural weakness that allowed the nerve compression to develop. EXOMIND sessions help your nervous system downregulate the amplified pain signaling that chronic radiculopathy creates.
What Makes Us Different: Most providers treat sciatica with epidural steroids, which suppress inflammation temporarily but do nothing about the muscular compression or spinal instability driving the nerve irritation. Dr. Garg (DO, CAQ) uses Dynamic Shockwave+ to release the muscles compressing the nerve, EMSELLA to rebuild core stability, and EXOMIND to reset chronic pain signaling. That three-layer approach treats the compression, the instability, and the nervous system together.
Clinical Evidence: Shockwave therapy for lumbar and sciatic pain demonstrates significant reductions in pain scores and improvements in disability indices, with combined focused and radial approaches showing superior outcomes for deep muscular and nerve-related pain.
You bent over wrong, lifted something too heavy, or twisted during a workout, and now your lower back is locked up. Lumbar strains are the most common cause of acute low back pain, and while most resolve with time, the ones that linger often involve deeper tissue damage that rest alone will not fix.
How We Treat It: Dynamic Shockwave+ releases the myofascial tension, trigger points, and deep muscle spasm that develop when your body guards against the injured area. Focused shockwave combined with EMTT stimulates blood flow and tissue remodeling in the strained muscles and ligaments. Dynamic Core+ EMSELLA rebuilds the pelvic floor and deep core stability that protects the lumbar spine from re-injury. For chronic lumbar strains that have not resolved after 6 to 8 weeks, this combination breaks the pain-spasm-pain cycle that keeps the injury from healing.
What Makes Us Different: Most lumbar strains are treated with rest, NSAIDs, and generic physical therapy. Dr. Garg (DO, CAQ) uses ultrasound to assess whether the strain involves muscle only or extends to the supporting ligaments and facet joints. That distinction changes the treatment plan entirely and prevents a simple strain from becoming a chronic problem.
Clinical Evidence: PRP for musculoligamentous injuries demonstrates accelerated tissue healing and improved structural integrity compared to conservative management, with reduced rates of recurrence.
Sharp pain between your shoulder blades. Difficulty taking a deep breath. A constant ache that worsens with rotation or reaching. Thoracic strains are less common than lumbar injuries but can be just as debilitating, particularly for athletes who rely on thoracic rotation for their sport: golfers, tennis players, climbers, swimmers.
How We Treat It: Dynamic Shockwave+ is our primary approach for thoracic strains. Focused shockwave and EMTT target the deep paraspinal muscles and costovertebral attachments that are difficult to reach with manual therapy alone. Dynamic Core+ EMSELLA complements treatment by strengthening the core stabilizers that support thoracic posture and reduce strain recurrence.
What Makes Us Different: Thoracic strains are frequently undertreated because the mid-back is harder to image and evaluate than the lumbar or cervical spine. Dr. Garg (DO, CAQ) uses his DO-trained musculoskeletal evaluation skills to identify the specific level and tissue involved, then applies targeted treatment rather than a generic approach to the entire thoracic region.
Clinical Evidence: Shockwave therapy for paraspinal muscle dysfunction demonstrates significant improvements in pain scores and range of motion, with combined focused and radial approaches showing superior outcomes.
A sudden sharp pull in your core during a crunch, throw, or twist. Or a gradual ache that builds with repeated activity until it stops you from training altogether. Abdominal strains can range from minor muscle irritation to significant rectus or oblique tears, and athletes who depend on core power for their sport know that a compromised core changes everything.
How We Treat It: Dynamic PRP+ delivers concentrated growth factors directly to the torn muscle fibers under ultrasound guidance, promoting organized tissue repair. For oblique tears and rectus abdominis injuries near the insertion points, Dynamic Stem Cell+ provides the cellular environment needed for structural healing. Dynamic Shockwave+ is used in the remodeling phase to optimize scar tissue quality and restore full contractile function.
What Makes Us Different: Dr. Garg (DO, CAQ) uses diagnostic ultrasound to grade the strain, locate the exact tear, and monitor healing progress objectively. That imaging-guided approach means your return to core-loading activities is based on tissue healing, not a generic timeline.
Clinical Evidence: PRP-treated muscle injuries show accelerated fiber regeneration and improved tissue organization compared to conventional management, with athletes returning to full activity faster.
Because standard imaging protocols rarely evaluate the SI joint. Lumbar MRIs stop above the SI joint, and X-rays show bones but not the ligaments that stabilize the joint. SI joint instability is a ligament problem. The joint moves too much because the connective tissue is damaged, creating inflammation and pain that does not appear on imaging looking at the wrong structure. Dr. Garg (DO, CAQ) uses targeted diagnostic ultrasound and provocation testing to evaluate the SI joint specifically. Dynamic PRP+ treats the damaged ligaments directly under image guidance. His DO training includes SI joint evaluation techniques that most providers never learn. One patient attributed lower back pain to structural issues for years until Dr. Garg identified the SI joint. After shockwave and EMTT, she no longer deals with daily pain.
Yes. PRP and stem cell therapy strengthen the damaged ligaments causing SI joint instability, restoring structural support the joint needs to function without pain. Dynamic PRP+ delivers concentrated growth factors to the SI joint ligaments, stimulating collagen synthesis and connective tissue repair. For significant instability, Dynamic Stem Cell+ rebuilds ligament structure. Every SI joint injection is performed under ultrasound guidance by Dr. Garg (DO, CAQ). No blind injections. Ligaments are targeted precisely based on diagnostic evaluation. Dr. Garg evaluates which specific ligaments are involved before designing the treatment protocol. One patient told she needed a full knee replacement came to Dynamic Athlete, where Dr. Garg identified the actual source at her SI joint and treated with stem cell and PRP. She is now pain-free, climbing, and ready for ski season.
Dynamic Shockwave+ combined with EMSELLA and targeted biologics addresses lumbar disc injuries from multiple angles simultaneously. Focused shockwave reduces deep paraspinal muscle tension and stimulates healing in damaged disc and ligament tissue. EMTT adds electromagnetic activation at the cellular level. Dynamic Core+ EMSELLA rebuilds the pelvic floor and core stability that protects the lumbar spine from re-injury. For disc herniations with significant tissue damage, Dynamic PRP+ delivers concentrated growth factors under image guidance to the affected level. Dr. Garg (DO, CAQ) differentiates between discogenic, foraminal, and muscular pain sources before designing treatment. We integrate EXOMIND for patients with chronic pain neuroplasticity. Many disc patients told surgery was next have returned to full activity after our layered protocol.
You caught yourself during a fall, landed on an outstretched hand during a sport, or twisted your wrist awkwardly. Now it is swollen, painful, and weak. Wrist sprains damage the small ligaments that hold the carpal bones together, and incomplete healing leads to chronic instability that shows up as persistent pain with gripping, weight-bearing through the wrist, or loading in the gym.
How We Treat It: Dynamic PRP+ delivers concentrated growth factors to the damaged wrist ligaments under ultrasound guidance, supporting repair of connective tissue that heals slowly due to limited blood supply. For significant ligament disruption, Dynamic Stem Cell+ provides cellular support for structural repair.
What Makes Us Different: Wrist sprains are frequently undertreated because the complex anatomy makes accurate diagnosis difficult without imaging. Dr. Garg (DO, CAQ) uses diagnostic ultrasound to identify which specific ligaments are damaged, ruling out scapholunate instability, TFCC tears, and occult fractures before designing the treatment plan.
Clinical Evidence: PRP for carpal ligament injuries demonstrates improved structural integrity on follow-up imaging and reduced chronic instability compared to conservative management alone.
Pain on the pinky side of your wrist that worsens with rotation, gripping, or weight-bearing through the hand. The triangular fibrocartilage complex (TFCC) is a structure that stabilizes the wrist joint, and tears are common in racquet sports, gymnastics, and any activity involving forceful wrist rotation. TFCC tears are often missed on standard imaging.
How We Treat It: Dynamic PRP+ delivers growth factors directly to the torn TFCC under ultrasound guidance, supporting repair of fibrocartilage that has limited natural healing capacity. For larger tears, Dynamic Stem Cell+ provides medicinal signaling cells to enhance the regenerative process in tissue that lacks sufficient blood supply for self-repair.
What Makes Us Different: TFCC tears require precise injection technique because the target structure is small and deep. Dr. Garg (DO, CAQ) performs every TFCC injection under real-time ultrasound guidance, ensuring biologics reach the torn tissue rather than the surrounding joint space.
Clinical Evidence: Image-guided PRP for TFCC tears demonstrates improved pain scores, wrist stability, and grip strength, with many patients avoiding the arthroscopic debridement that was previously their only option.
Numbness, tingling, or burning in your thumb, index, and middle fingers that worsens at night and during repetitive hand activities. Carpal tunnel syndrome is caused by compression of the median nerve as it passes through the carpal tunnel in the wrist. The standard treatment ladder is splinting, cortisone, then surgery. But there is a regenerative option that addresses the nerve compression without cutting.
How We Treat It: Dynamic PRP+ delivered via ultrasound-guided hydrodissection separates the median nerve from the surrounding adhesions and scar tissue, immediately decompressing the nerve while delivering growth factors that reduce inflammation and support nerve healing. Dynamic Shockwave+ addresses the myofascial component in the forearm flexors that contribute to tunnel compression.
What Makes Us Different: Ultrasound-guided nerve hydrodissection is a technique that most providers do not offer because it requires advanced ultrasound skill and real-time imaging during the injection. Dr. Garg (DO, CAQ) uses this technique to decompress the median nerve without surgery while simultaneously delivering PRP to promote nerve recovery.
Clinical Evidence: Ultrasound-guided PRP hydrodissection for carpal tunnel syndrome demonstrates significant improvements in symptom severity, nerve conduction, and functional scores compared to corticosteroid injection.
Sharp pain on the thumb side of your wrist that worsens with gripping, pinching, or twisting motions. New parents know this injury well. De Quervain’s is inflammation or degeneration of the tendons that control thumb movement as they pass through a tight tunnel at the wrist. It is common in athletes, new parents, and anyone with repetitive thumb use.
How We Treat It: Dynamic Shockwave+ targets the thickened tendon sheath with focused shockwave and EMTT, promoting tissue remodeling and reducing the fibrotic changes that create the mechanical impingement. For cases with significant tendon degeneration, Dynamic PRP+ delivers growth factors directly to the first dorsal compartment under ultrasound guidance.
What Makes Us Different: Most De Quervain’s is treated with cortisone injections, which can weaken the tendon with repeated use. Dr. Garg (DO, CAQ) uses a regenerative approach that addresses the tendon sheath thickening and tendon degeneration simultaneously without the risks of repeated steroid exposure.
Clinical Evidence: PRP for De Quervain’s tenosynovitis shows superior pain relief and functional improvement compared to corticosteroid injection at 6-month follow-up, without the tendon-weakening risks of repeated steroids.
Yes. Ultrasound-guided PRP hydrodissection decompresses the median nerve by separating it from surrounding adhesions while delivering growth factors that reduce inflammation and support nerve healing. The PRP injection physically frees the nerve from scar tissue and fibrotic bands that develop within the carpal tunnel, providing both immediate mechanical decompression and biological nerve repair. Dr. Garg (DO, CAQ) performs Dynamic PRP+ hydrodissection under real-time ultrasound guidance, a technique most providers do not offer because it requires advanced imaging skill during the injection. This approach treats the nerve compression without cutting the transverse carpal ligament, preserving wrist stability. Carpal tunnel patients report reduced numbness, improved grip strength, and resolution of nighttime symptoms after hydrodissection without surgical downtime.
PRP delivered under ultrasound guidance to the torn TFCC is the most effective non-surgical option for tears that have not responded to splinting and rest. The TFCC has limited blood supply, which is why it heals poorly alone. PRP growth factors provide the biological signals needed for fibrocartilage repair in avascular tissue. Dynamic PRP+ is delivered by Dr. Garg (DO, CAQ) with precise ultrasound-guided technique to the small, deep TFCC structure. Accuracy here is everything because a missed target means the biologics never reach the tear. Dr. Garg evaluates TFCC integrity and wrist stability with diagnostic ultrasound before treatment. Racquet sport athletes and gymnasts with TFCC tears report restored wrist rotation and grip confidence after targeted PRP without arthroscopic surgery.
The impact happened weeks or months ago, but the headaches, brain fog, light sensitivity, and difficulty concentrating have not gone away. You have been told to rest, avoid screens, and wait it out. But it has been months, and you are still not yourself. Post-concussion syndrome affects roughly one-third of concussion patients, and the standard approach of passive rest leaves many people stuck in a cycle of symptoms with no clear path forward.
How We Treat It: Dynamic Mind+ EXOMIND uses FDA-cleared ExoTMS technology to deliver targeted electromagnetic pulses to the prefrontal cortex, helping your brain form new, healthier neural pathways and break the dysfunctional patterns that persist after concussion. We integrate EXOMIND with Dynamic PRP+ when there is concurrent musculoskeletal injury from the same event, and with Dynamic Shockwave+ for associated cervical dysfunction that contributes to headache patterns.
What Makes Us Different: EXOMIND is the only ExoTMS technology available in Boulder. No other clinic offers non-invasive brain stimulation specifically designed for post-concussion recovery as part of an integrated treatment plan. Dr. Garg (DO, CAQ) evaluates the full picture: brain, cervical spine, and musculoskeletal injury together rather than treating each in isolation.
Clinical Evidence: A randomized double-blind pilot pilot study published in Scientific Reports found that active rTMS significantly improved post-concussion symptoms compared to sham treatment, particularly in patients within the first 12 months of injury. Pilot studies also demonstrate improvements in verbal fluency, working memory, selective attention, and cognitive processing speed.
You cannot think clearly. Words are harder to find. You lose track of conversations. Your mental sharpness is gone and no one can tell you why. Persistent brain fog after injury, illness, or chronic stress is not laziness or anxiety. It is a measurable change in neural processing efficiency that affects memory, attention, executive function, and decision-making speed.
How We Treat It: Dynamic Mind+ EXOMIND uses ExoTMS to stimulate the prefrontal cortex and associated neural networks, enhancing the brain’s ability to form new connections and restore processing efficiency. The treatment is drug-free, non-invasive, and does not require sedation. Sessions are 20 to 30 minutes, and most patients notice improvement within the first few sessions.
What Makes Us Different: Most providers treat brain fog with medication, cognitive behavioral therapy, or simply telling patients to wait. Dr. Garg (DO, CAQ) uses ExoTMS technology that directly modulates the neural circuits responsible for cognitive processing. EXOMIND is the only device of its kind in Boulder, and Dynamic Athlete is the only clinic integrating it with regenerative medicine protocols.
Clinical Evidence: TMS research demonstrates that targeted electromagnetic stimulation of the dorsolateral prefrontal cortex produces measurable improvements in executive function, working memory, and processing speed across multiple clinical populations.
You used to be sharper. Reaction time is slower. Decision-making under pressure is not what it was. Focus during training or competition drifts when it never used to. Cognitive performance decline in athletes and high performers is real, and it does not always stem from a single concussion. Accumulated sub-concussive impacts, chronic stress, poor sleep, and overtraining all degrade neural efficiency over time.
How We Treat It: Dynamic Mind+ EXOMIND uses ExoTMS to optimize neural pathway efficiency in the prefrontal cortex, enhancing focus, reaction time, and executive function. This is not symptom treatment. It is performance optimization for the brain the same way Dynamic PRP+ and Dynamic Shockwave+ optimize tissue healing for the body.
What Makes Us Different: No other clinic in Boulder offers brain performance optimization using ExoTMS technology. Dr. Garg (DO, CAQ) integrates EXOMIND into a complete athlete performance system that addresses both neural efficiency and physical recovery. Your brain is part of your body. We treat both.
Clinical Evidence: Research on repetitive TMS demonstrates enhanced cognitive function in healthy individuals, including improvements in attention, working memory, and motor cortex excitability, suggesting potential for performance optimization beyond clinical treatment.
The original injury healed months ago, but the pain has not stopped. Your MRI looks normal. Your physical exam is unremarkable. And you are being told the pain must be in your head. It is not in your head, but it is in your brain. Chronic pain rewires your nervous system, creating amplified pain signals that persist long after the tissue has repaired. This neuroplastic change is measurable, real, and treatable.
How We Treat It: Dynamic Mind+ EXOMIND uses ExoTMS to modulate the neural pathways that perpetuate chronic pain. Targeted electromagnetic pulses help your brain form new connections that downregulate the amplified pain signaling. We integrate EXOMIND with Dynamic PRP+ or Dynamic Stem Cell+ to ensure the original tissue injury is fully addressed, and with Dynamic Shockwave+ for any residual myofascial dysfunction.
What Makes Us Different: Most chronic pain treatment focuses on the tissue or the medication. Dr. Garg (DO, CAQ) treats the tissue, the nerve, and the brain simultaneously. EXOMIND addresses the central sensitization component that other providers do not even evaluate, let alone treat. This three-layer approach is unique to Dynamic Athlete.
Clinical Evidence: A systematic review and meta-analysis found rTMS produces significant positive effects on post-traumatic depression and pain, with evidence supporting its role in modulating the neural circuits that maintain chronic pain states.
Since the injury, your sleep has not been the same. You cannot fall asleep, cannot stay asleep, or wake up feeling like you never slept at all. Injury-related sleep disruption is not just inconvenient. Poor sleep directly impairs tissue healing, extends recovery time, and amplifies pain perception. Your injury is not healing because your brain is not sleeping, and your brain is not sleeping because the injury disrupted its normal regulation.
How We Treat It: Dynamic Mind+ EXOMIND uses ExoTMS to help normalize the neural oscillations that regulate sleep-wake cycles. By stimulating the prefrontal cortex and modulating cortical excitability, EXOMIND helps restore the natural sleep architecture that injury and pain have disrupted. Better sleep accelerates every other aspect of recovery.
What Makes Us Different: Sleep disruption is treated as a separate problem by most providers, usually with medication. Dr. Garg (DO, CAQ) recognizes that disrupted sleep is both a symptom and a barrier to healing. EXOMIND addresses sleep as part of the recovery protocol, not an afterthought. No other clinic in Boulder integrates sleep-targeted neuromodulation into injury recovery.
Clinical Evidence: TMS studies demonstrate improvements in sleep quality, sleep onset latency, and total sleep time, with evidence that prefrontal stimulation normalizes the cortical excitability patterns disrupted by injury and chronic pain.
Whether it was a fall, a collision, a blast, or a car accident, the effects of traumatic brain injury extend far beyond the initial event. Persistent headaches, emotional dysregulation, difficulty with concentration and memory, and personality changes are not signs of weakness. They are signs of a brain that needs help rebuilding neural pathways damaged by the trauma.
How We Treat It: Dynamic Mind+ EXOMIND uses ExoTMS to support neural recovery by stimulating the formation of new, functional neural connections in regions affected by the injury. We integrate EXOMIND with Dynamic PRP+ for any concurrent musculoskeletal injuries sustained in the same event, creating a unified recovery plan for both brain and body.
What Makes Us Different: TBI recovery requires a provider who understands both the neurological and musculoskeletal components of the injury. Dr. Garg (DO, CAQ) evaluates and treats both. EXOMIND addresses the brain. Dynamic PRP+, Dynamic Stem Cell+, and Dynamic Shockwave+ address the body. No other clinic in Boulder offers this integrated approach.
Clinical Evidence: A UCLA Department of Defense-funded study is investigating TMS for chronic post-concussion symptoms, building on pilot data showing improvements in cognitive function and symptom burden. Multiple pilot studies have demonstrated that rTMS is safe, well-tolerated, and potentially effective for TBI-related symptoms.
EXOMIND is a non-invasive, FDA-cleared brain stimulation treatment using ExoTMS to enhance neural pathway formation and optimize brain function. ExoTMS delivers targeted electromagnetic pulses through the skull to stimulate neurons in the prefrontal cortex, triggering long-term potentiation, the same mechanism your brain uses naturally to strengthen healthy neural pathways. Dynamic Mind+ EXOMIND is the only ExoTMS technology in Boulder. Dr. Garg (DO, CAQ) integrates it with Dynamic PRP+, Dynamic Stem Cell+, and Dynamic Shockwave+ so the body heals and the brain recalibrates simultaneously. Sessions are 20 to 30 minutes, drug-free, with no downtime. Patients consistently describe the experience as surprisingly comfortable and report noticeable mental clarity afterward.
Dynamic Mind+ EXOMIND addresses the brain while Dynamic PRP+ and Dynamic Stem Cell+ address the body. Combined, they treat both tissue injury and the neural dysfunction that injury creates. Chronic injuries change pain processing in the brain. Even after tissue heals, amplified pain signaling persists. EXOMIND resets these pathways so your brain stops sending pain signals about tissue that has already repaired. Dynamic Athlete is the only clinic in Boulder integrating ExoTMS with regenerative biologics. Dr. Garg (DO, CAQ) designs plans addressing tissue, nerve, and brain together. This approach recognizes that incomplete recovery usually involves both peripheral tissue damage and central nervous system adaptation. Patients receiving combined EXOMIND and regenerative treatment report faster recovery and more complete symptom resolution compared to biologics alone.
The pelvic floor is the foundation of your core. It supports your bladder, stabilizes your pelvis, and provides the base that your abdominal muscles, multifidus, and diaphragm rely on for coordinated movement. When the pelvic floor weakens from chronic loading, injury, surgery, pregnancy, hormonal changes, or deconditioning, the consequences ripple through the entire kinetic chain: incontinence, core instability, hip dysfunction, and reduced athletic performance. These are not gender-specific problems. Men and women across every sport and activity level experience pelvic floor dysfunction, yet it remains one of the most underdiagnosed conditions in sports medicine. At Dynamic
Leaking during box jumps, double-unders, heavy squats, deadlifts, or long runs. You have not told your coach or your training partner. You wear dark shorts and plan your fluid intake around workouts. Stress urinary incontinence affects athletes of all genders across high-impact sports, and it is far more common than anyone talks about. It is not something you just live with. It is a pelvic floor muscle problem with a measurable, treatable cause.
How We Treat It: Dynamic Core+ EMSELLA uses HIFEM (High-Intensity Focused Electromagnetic) technology to deliver the equivalent of 11,200 supramaximal pelvic floor contractions in a single 28-minute session. These are contractions stronger than anything you can achieve voluntarily, strengthening the entire pelvic floor musculature including deep fibers that Kegels cannot reach. We combine EMSELLA with Dynamic Shockwave+ when there is concurrent hip or core dysfunction contributing to the problem.
What Makes Us Different: Most pelvic floor treatment involves manual therapy or Kegel programs that depend entirely on your ability to contract the right muscles correctly. EMSELLA bypasses voluntary control entirely, stimulating supramaximal contractions impossible to achieve on your own. Dr. Garg (DO, CAQ) is the only sports medicine physician in Boulder offering EMSELLA as part of an integrated athletic performance program for both men and women.
Clinical Evidence: A randomized trial comparing EMSELLA to conventional pelvic floor exercises found the HIFEM group more than doubled the quality of life improvement compared to exercises (35% vs 13%), with results sustained at 12 months. A separate pilot study on male pelvic health found 70% of men experienced improvement in urinary symptoms after HIFEM treatment.
Urgency that hits without warning. Frequency that disrupts training and daily life. A sense of heaviness or pressure in the pelvis that worsens with prolonged standing or high-impact activity. Pelvic floor dysfunction is not a condition limited to one demographic. It affects men and women, young athletes and aging active adults, runners and lifters, and anyone whose pelvic floor muscles have weakened from chronic loading, hormonal changes, surgery, or deconditioning.
How We Treat It: Dynamic Core+ EMSELLA strengthens the entire pelvic floor by delivering 11,200 supramaximal contractions per session using HIFEM technology. Treatment is non-invasive, performed fully clothed, and requires no downtime. We pair EMSELLA with Dynamic Shockwave+ to address any associated hip, core, or lumbar dysfunction that contributes to pelvic floor overload.
What Makes Us Different: Pelvic floor dysfunction in athletes and active adults is undertreated because most providers associate it only with postpartum recovery. Dr. Garg (DO, CAQ) recognizes that pelvic floor weakness affects anyone whose training demands exceed their pelvic floor capacity, regardless of gender or age. EMSELLA at Dynamic Athlete is positioned as a performance tool, not a clinical afterthought.
Clinical Evidence: A multi-center study of 75 patients showed EMSELLA produced significant improvements in incontinence symptoms and quality of life, with 95% reporting satisfaction. A comparative study demonstrated EMSELLA outperformed conventional electrostimulation across every measured outcome.
Since the back injury, the hip surgery, or the abdominal strain, your core has never felt the same. You brace differently, load asymmetrically, and avoid movements you used to do without thinking. Core instability after injury is not just weakness. It is a neuromuscular patterning problem where the deep stabilizing muscles have lost their timing and activation sequence.
How We Treat It: Dynamic Core+ EMSELLA targets the deep pelvic floor muscles that form the base of the core stabilization system. By restoring strength and neuromuscular control to the pelvic floor, EMSELLA rebuilds the foundation that the abdominals, multifidus, and diaphragm rely on for coordinated core stability. We combine EMSELLA with Dynamic Shockwave+ for the abdominal and lumbar muscles and Dynamic PRP+ for any unresolved tissue injury.
What Makes Us Different: Most core rehabilitation programs focus on the abdominals and ignore the pelvic floor, which is the bottom of the core canister. Dr. Garg (DO, CAQ) treats the entire core system: pelvic floor with EMSELLA, abdominal and spinal muscles with Dynamic Shockwave+, and any structural injury with Dynamic PRP+ or Dynamic Stem Cell+. No other clinic in Boulder addresses core instability from all three angles.
Clinical Evidence: Research confirms HIFEM technology produces measurable increases in pelvic floor muscle thickness and strength on 3D ultrasound, reflecting actual structural muscle adaptation rather than temporary activation.
You want to get back to running, lifting, CrossFit, or whatever kept you sane before pregnancy. But the leaking, the core weakness, and the feeling that your body is not connected the way it used to be are holding you back. Postpartum return to sport is not just about waiting the right number of weeks. It is about rebuilding the pelvic floor and core system that pregnancy and delivery fundamentally changed.
How We Treat It: Dynamic Core+ EMSELLA accelerates pelvic floor recovery by delivering supramaximal contractions that rebuild muscle strength faster than Kegel programs or standard pelvic floor PT alone. We combine EMSELLA with Dynamic Shockwave+ for diastasis recti and abdominal wall dysfunction, creating a complete postpartum core restoration program. EXOMIND sessions can be added for patients experiencing brain fog, sleep disruption, or mood changes during the postpartum period.
What Makes Us Different: Most postpartum rehab is generic: Kegels, core exercises, and a timeline. Dr. Garg (DO, CAQ) builds a phased return-to-sport protocol that addresses the pelvic floor with EMSELLA, the abdominal wall with shockwave, and any residual musculoskeletal injury with PRP. No other provider in Boulder offers this integrated postpartum athletic recovery program.
Clinical Evidence: HIFEM treatment in postpartum patients demonstrated significant improvements in pelvic floor muscle dynamics on 3D transperineal ultrasound, with decreased levator hiatus dimensions and improved continence scores.
Needing to find a bathroom before every training session. Waking up multiple times per night. Feeling urgency hit mid-run or mid-set with no warning. Urinary urgency and frequency affect athletes across all sports and genders, yet it is almost never discussed or screened for in a sports medicine setting. These symptoms are not a normal part of aging or training hard. They are signs that the pelvic floor muscles are not functioning at the level your activity demands.
How We Treat It: Dynamic Core+ EMSELLA delivers 11,200 supramaximal pelvic floor contractions per session using HIFEM technology, strengthening the musculature that controls urinary urgency and bladder stability. Treatment is fully clothed, 28 minutes, with no downtime. We combine EMSELLA with Dynamic Shockwave+ for associated hip and core dysfunction that contributes to pelvic floor overload patterns.
What Makes Us Different: Almost no sports medicine provider in Boulder screens for or treats urinary urgency and frequency as a performance issue. Dr. Garg (DO, CAQ) recognizes these symptoms as pelvic floor dysfunction that directly impacts training quality, sleep, and athletic performance. EMSELLA at Dynamic Athlete treats the cause rather than managing symptoms with medication or behavioral strategies.
Clinical Evidence: HIFEM studies demonstrate significant improvement in urgency and frequency symptoms, with measurable reduction in nighttime urination and improved urinary control sustained through follow-up evaluation.
EMSELLA is an FDA-cleared, non-invasive treatment using HIFEM technology to deliver 11,200 supramaximal pelvic floor contractions in a single 28-minute session while you sit fully clothed. HIFEM creates a focused electromagnetic field that bypasses voluntary muscle control, stimulating deep pelvic floor fibers that Kegels cannot reach. These contractions produce actual muscle hypertrophy and neuromuscular re-education in both men and women. Dynamic Core+ EMSELLA at Dynamic Athlete is integrated with Dynamic Shockwave+ for hip and core dysfunction. Dr. Garg (DO, CAQ) is the only sports medicine physician in Boulder offering EMSELLA within a comprehensive regenerative framework rather than as a standalone cosmetic procedure. Athletes and active adults report improved core stability and elimination of exercise-related leaking.
Yes. Stress urinary incontinence during high-impact exercise is a pelvic floor strength problem that affects both men and women, and EMSELLA is designed to solve it. HIFEM contractions strengthen the muscles supporting the urethra during impact loading. Stronger muscles mean the closure mechanism holds under forces generated by jumping, running, and lifting. Dynamic Core+ EMSELLA delivers contractions impossible to achieve voluntarily. Dr. Garg (DO, CAQ) combines EMSELLA with Dynamic Shockwave+ when hip or core dysfunction contributes to the overload pattern. Stress incontinence during training is far more common than most athletes realize. It is treatable. One patient received EMSELLA alongside EMTT and focused shockwave and reported a noticeable difference in both pain and overall function that no single treatment had achieved.
EMSELLA and pelvic floor PT are complementary, but they work through different mechanisms. Pelvic floor PT relies on voluntary muscle activation, biofeedback, and manual techniques. EMSELLA bypasses voluntary control entirely, delivering 11,200 supramaximal contractions per session that no voluntary exercise can match. PT is limited by a patient’s ability to isolate and contract the correct muscles. EMSELLA activates the entire pelvic floor at intensities impossible to achieve voluntarily. Dynamic Core+ combines EMSELLA with Dynamic Shockwave+ to address the hip and core muscles that surround and support the pelvic floor. Dr. Garg (DO, CAQ) evaluates whether PT, EMSELLA, or both together is the right approach for your condition. One patient described EMSELLA as a surprisingly powerful add-on, saying he has never felt a machine activate deep inner muscles so precisely.
Yes. Combining EMSELLA with Dynamic Shockwave+ addresses both the pelvic floor weakness and the hip, core, and lumbar dysfunction that often contributes to pelvic floor overload. EMSELLA strengthens the pelvic floor from below. Shockwave addresses the abdominal wall, hip stabilizers, and lumbar muscles from above. Together they restore the entire core canister rather than one component. Dynamic Athlete is the only clinic in Boulder offering both EMSELLA and the complete shockwave stack (focused, radial, and EMTT from ASTI and Storz devices) in a single integrated protocol. Dr. Garg (DO, CAQ) founded ASTI and designed the Dynamic Core+ protocol specifically to layer these technologies. One patient received EMSELLA alongside EMTT and focused shockwave and reported a noticeable difference in both pain and overall function.
You sit fully clothed on the EMSELLA chair for 28 minutes while the HIFEM field stimulates pelvic floor contractions. Most patients feel a tingling and pulling sensation that intensifies as treatment progresses. The electromagnetic field contracts the pelvic floor muscles 11,200 times per session at intensities you cannot achieve voluntarily. The sensation is strong but not painful, and intensity is adjusted to your comfort. Dynamic Core+ protocols from Dr. Garg (DO, CAQ) typically involve 6 sessions over 3 weeks and often pair EMSELLA with Dynamic Shockwave+ for the hip and core muscles that support the pelvic floor. There is zero downtime. First-time patients are consistently surprised by how comfortable the session is and how quickly they notice improvement in core awareness and continence.
You are not injured. Nothing is broken. But you are not as sharp as you used to be, or you want to be sharper than you have ever been. Reaction time, decision-making speed, sustained focus under pressure, and mental endurance are trainable qualities, and the brain responds to targeted stimulation the same way muscles respond to progressive overload. If you train your body, you should be training your brain.
How We Treat It: Dynamic Mind+ EXOMIND uses ExoTMS to stimulate the prefrontal cortex, enhancing neural pathway efficiency for faster processing speed, improved working memory, and sharper executive function. This is not injury treatment. This is performance optimization for the brain, delivered in 20 to 30 minute sessions with no drugs, no downtime, and no side effects. Dynamic Core+ EMSELLA complements cognitive optimization by strengthening the pelvic floor and deep core, improving the stability platform your body relies on to execute what your brain demands.
What Makes Us Different: No other clinic in Boulder offers brain performance optimization using ExoTMS technology integrated with physical performance tools like EMSELLA and shockwave. Dr. Garg (DO, CAQ) treats the athlete as a complete system: brain, core, and musculoskeletal. That integrated approach is unique to Dynamic Athlete.
Clinical Evidence: Research on repetitive TMS in healthy individuals demonstrates measurable improvements in attention, working memory, motor cortex excitability, and cognitive processing speed, supporting its use for performance optimization beyond clinical treatment.
Your body is conditioned for the fourth quarter, the final set, the last five miles. But your mind fades before your body does. Decision quality drops under fatigue. Focus drifts at the worst moments. Mental endurance is the gap between athletes who compete and athletes who win, and it is a trainable capacity, not a fixed trait.
How We Treat It: Dynamic Mind+ EXOMIND uses ExoTMS to strengthen the neural networks responsible for sustained attention and executive function under cognitive load. By stimulating long-term potentiation in the prefrontal cortex, EXOMIND builds the neural infrastructure for prolonged focus the way interval training builds cardiovascular capacity. Sessions are 20 to 30 minutes, drug-free, and stack progressively.
What Makes Us Different: Mental performance coaching and sport psychology address strategy and mindset. EXOMIND addresses the neural hardware that executes under pressure. Dr. Garg (DO, CAQ) offers the only technology in Boulder that directly stimulates the brain circuits responsible for competitive focus. This is a physiological intervention, not a psychological one.
Clinical Evidence: TMS studies demonstrate enhanced sustained attention and resistance to cognitive fatigue following prefrontal stimulation, with improvements in task performance maintained under conditions designed to induce mental exhaustion.
Every sprint, jump, throw, and change of direction originates from your core. Not your abs. Your core: the integrated system of pelvic floor, deep abdominals, multifidus, and diaphragm that transfers force from your lower body to your upper body. When any part of this system is weak, you leak power at the junction point. You are training harder but not getting proportionally faster or stronger.
How We Treat It: Dynamic Core+ EMSELLA targets the pelvic floor, the base of the core canister that most training programs ignore entirely. HIFEM technology delivers 11,200 supramaximal contractions per session, building strength in deep stabilizing muscles that cannot be reached through voluntary exercise. We combine EMSELLA with Dynamic Shockwave+ for the abdominal wall and hip stabilizers, creating a complete core power system.
What Makes Us Different: Every gym program trains the core from the top down: planks, crunches, deadlifts. Nobody trains the bottom of the core. Dr. Garg (DO, CAQ) starts with the pelvic floor and builds up, addressing the foundation that every other core exercise depends on. EMSELLA at Dynamic Athlete is the only HIFEM technology in a Boulder sports medicine practice.
Clinical Evidence: HIFEM technology produces measurable increases in pelvic floor muscle thickness and contractile strength on 3D ultrasound, demonstrating structural muscle adaptation that transfers directly to core stability and power output.
The injury healed. The physical therapy is done. Your doctor cleared you. But you are not back to where you were. You are at 80% and stuck there. The last 20% is not a tissue problem. It is a combination of residual tissue deficiency, compensatory movement patterns, nervous system recalibration, and core deconditioning that no single treatment addresses by itself.
How We Treat It: This is where Dynamic Athlete’s full stack comes together. Dynamic PRP+ or Dynamic Stem Cell+ addresses any residual tissue deficiency. Dynamic Shockwave+ breaks up compensatory tension patterns and adhesions. Dynamic Mind+ EXOMIND recalibrates the nervous system’s pain and movement processing. Dynamic Core+ EMSELLA rebuilds the pelvic floor and deep core foundation. Dr. Garg (DO, CAQ) sequences these modalities in a phased protocol designed to close the gap from recovered to peak.
What Makes Us Different: No other clinic in Boulder can offer this. The complete stack of biologics, shockwave, neuromodulation, and pelvic floor restoration under one physician is unique to Dynamic Athlete. Most clinics can treat the tissue. Nobody else treats the tissue, the nervous system, and the core foundation simultaneously.
Clinical Evidence: Integrated multimodal rehabilitation approaches demonstrate superior return-to-sport outcomes compared to single-modality protocols, with athletes achieving higher functional scores and lower re-injury rates.
You train hard. You eat right. You do everything your coach and your nutritionist tell you to do. But your sleep is inconsistent, your recovery between sessions is slower than it should be, and you wake up feeling unrested. Sleep is not passive. It is the most powerful recovery tool your body has, and when it is compromised, every other investment in your performance is diminished.
How We Treat It: Dynamic Mind+ EXOMIND uses ExoTMS to help normalize the neural oscillations that regulate sleep architecture and recovery cycling. By modulating cortical excitability, EXOMIND supports deeper, more restorative sleep that directly accelerates tissue recovery and cognitive restoration. We combine EXOMIND with Dynamic Core+ EMSELLA for athletes whose sleep disruption is compounded by pelvic floor or core dysfunction that creates nighttime discomfort or urgency.
What Makes Us Different: Most sleep interventions are behavioral or pharmaceutical. EXOMIND is neurophysiological. It addresses the brain’s sleep regulation circuits directly. Dr. Garg (DO, CAQ) integrates sleep optimization into the overall performance and recovery plan rather than treating it as a separate problem.
Clinical Evidence: TMS research demonstrates improvements in sleep quality, sleep onset latency, and total sleep time, with prefrontal stimulation shown to normalize cortical excitability patterns disrupted by training stress and overload.
Yes. Both technologies are designed for optimization, not just injury treatment. Dynamic Mind+ EXOMIND enhances cognitive performance and Dynamic Core+ EMSELLA strengthens the core foundation that powers every athletic movement. EXOMIND stimulates neural pathways for faster processing, sharper focus, and better decision-making. EMSELLA builds pelvic floor strength that improves power transfer, stability, and injury resilience. Athletes often layer Dynamic Shockwave+ for tissue optimization between training cycles. Dynamic Athlete is the only clinic in Boulder offering all three within a sports medicine framework. Dr. Garg (DO, CAQ) integrates them into a single performance program. This is systematic investment in performance capacity. Competitive athletes using EXOMIND and EMSELLA report sharper in-competition focus, better power output, and faster recovery between training sessions.
It depends on your goals, but a typical program combines EXOMIND for cognitive sharpness, EMSELLA for core foundation, and shockwave for tissue optimization, sequenced across 4 to 8 weeks. Dr. Garg (DO, CAQ) evaluates your current baseline: cognitive processing, core stability, tissue health, and recovery capacity. Then he designs a phased protocol targeting your specific performance limiters. Dynamic Athlete is the only clinic in Boulder with all five modalities under one roof: Dynamic PRP+, Dynamic Stem Cell+, Dynamic Shockwave+, Dynamic Mind+, and Dynamic Core+ EMSELLA. This is systematic investment in performance capacity. One patient with 25 years in the fitness and wellness space described the EMSELLA activation as a surprisingly powerful add-on that activated deep inner muscles no voluntary exercise could reach.