Regenerative Chiropractic for Inflammation El Paso

Abstract

Regenerative medicine is based on a simple idea: create a better environment for the body to repair damaged tissue. Treatments such as platelet-rich plasma (PRP) and selected cell- or tissue-based therapies use biological signals that may influence inflammation, immune activity, blood-vessel formation, and tissue remodeling. Rather than acting only as short-term pain treatments, these therapies are designed to interact with the body’s healing response.

However, regenerative medicine is not a single treatment, and not every therapy has the same level of scientific support. PRP has been studied for several musculoskeletal problems, while microfragmented adipose tissue (MFAT), platelet-poor or platelet-free plasma products, and many cell-based treatments remain areas of active research. Stem-cell products also have important regulatory limits in the United States.

At Injury Medical Clinic PA in El Paso, Texas, the care model combines medical oversight, integrative chiropractic care, functional medicine, personal injury care, and rehabilitation. This approach can address both sides of recovery: the biological environment of injured tissue and the mechanical environment in which that tissue must function.

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What Is Regenerative Medicine?

Regenerative medicine includes treatments designed to support the body’s natural healing processes. Instead of simply blocking pain signals, many regenerative approaches try to change the environment around injured cells.

This can involve:

• Growth factors
• Cytokines and other signaling proteins
• Immune-cell communication
• Blood-vessel formation
• Fibroblast activity
• Collagen and extracellular matrix remodeling
• Mechanical stimulation during rehabilitation

Research on stem cells shows that many factors control healing, including inflammation, cellular communication, blood supply, and the condition of the surrounding tissue. Stem and stromal cells may influence repair partly by releasing signaling molecules rather than simply transforming into replacement tissue (Jin et al., 2023).

This is an important distinction. Regenerative medicine should not be presented as a way to automatically “regrow” damaged joints, cartilage, tendons, or spinal discs. Hospital for Special Surgery notes that these treatments may alter the tissue environment and reduce symptoms, even when lost tissue is not regenerated (Hospital for Special Surgery, 2024).

PRP: Using Platelets as Biological Messengers

Platelet-rich plasma, or PRP, is made from a patient’s blood. The blood is processed so that a portion with a higher platelet concentration can be directed to a specific injured area.

Platelets are more than cells involved in clotting. Their granules contain biological signaling molecules, including platelet-derived growth factor, transforming growth factor, vascular endothelial growth factor, and other proteins involved in healing.

Laboratory research has shown that platelet-derived preparations can affect fibroblast growth, hyaluronic acid production, cell migration, and other parts of the repair process (Anitua et al., 2009).

In simple terms, PRP may help send a stronger biological “repair message” into selected damaged tissue.

Potential goals include:

• Supporting tendon or ligament healing
• Modifying local inflammation
• Supporting collagen remodeling
• Improving the local tissue environment
• Helping selected patients with joint pain
• Supporting rehabilitation after an injury

PRP is one of the better-studied orthobiologic treatments, but its results depend on the condition being treated and the way the PRP is prepared. Evidence is stronger for some conditions, such as certain forms of knee osteoarthritis and tendinopathy, than for others. PRP formulas also vary considerably from one preparation system to another (Le et al., 2018).

Stem and Stromal Cells: More Than Replacement Cells

The term “stem cell therapy” can be misleading because many people imagine cells being injected and immediately turning into new cartilage, muscle, or bone.

The biology is more complicated.

Mesenchymal stromal cells, often called MSCs, can communicate with surrounding cells through chemical signals. Research suggests these cells can interact with immune cells, inflammatory pathways, blood vessels, and damaged tissue. Their effects may therefore involve immunomodulation and paracrine signaling as much as direct tissue replacement (Ennis et al., 2013; Jin et al., 2023).

This signaling may help create a tissue environment that is more favorable to repair.

At the same time, patients should understand an important safety point. The FDA continues to warn that many stem-cell and other human-cell products marketed for orthopedic pain and other medical conditions are not FDA-approved for those uses. Patients should know exactly what product is being offered, whether it is legally permitted, and what evidence supports it before proceeding.

MFAT: Microfragmented Adipose Tissue

Another regenerative option being studied is microfragmented adipose tissue, commonly shortened to MFAT.

MFAT does not mean “microfluidic droplet.” In orthobiologic medicine, it generally refers to a person’s adipose (fat) tissue that has been mechanically processed into smaller fragments while preserving parts of its natural cellular and extracellular environment.

MFAT has received particular attention for osteoarthritis and other musculoskeletal problems. Studies have reported improvements in pain and function in some patients, although study quality, preparation methods, and treatment protocols vary. Risks related to harvesting and injection can include bruising, swelling, bleeding, soreness, infection, and stiffness.

For that reason, MFAT is best viewed as an emerging orthobiologic option, not a guaranteed method of regenerating cartilage.

What About Platelet-Free or Platelet-Poor Plasma?

Platelet-poor plasma and very low-platelet or platelet-free plasma preparations are sometimes used in orthobiologic settings or as parts of blood-processing protocols.

They should not be considered interchangeable with PRP.

PRP is specifically designed to concentrate platelets and their signaling molecules. A platelet-poor or platelet-free preparation contains far fewer platelets and therefore has a different biological profile. Research involving platelet-poor plasma exists, but the clinical evidence is much smaller than the evidence for PRP.

Treatment choice should therefore be based on the patient’s diagnosis, anatomy, goals, medical history, and evidence for the specific product under consideration.

How Integrative Chiropractic Care Fits With Regenerative Medicine

A biological injection alone cannot correct every part of an injury.

Imagine treating an injured knee but continuing to walk with poor hip control. Or treating a shoulder tendon while the shoulder blade, upper back, and neck continue to move poorly.

The tissue may receive a biological stimulus, yet it remains exposed to abnormal mechanical stress.

This is where integrative chiropractic care and rehabilitation can play an important supporting role.

Care may focus on:

• Improving spinal and joint mobility
• Reducing painful movement restrictions
• Improving posture and movement patterns
• Addressing muscle guarding
• Restoring strength and stability
• Improving balance and coordination
• Gradually increasing mechanical loading
• Helping the patient return to work, sports, or daily activity

Research on regenerative medicine combined with progressive rehabilitation supports the general concept that biological healing and mechanical loading must work together. Appropriate loading can influence cellular signaling, collagen organization, circulation, strength, and functional tissue remodeling (Muthukrishnan & Rajadurai, 2025).

This does not mean that chiropractic adjustments make injected cells regenerate tissue. Instead, chiropractic care and rehabilitation can address the mechanical environment, while an orthobiologic treatment targets aspects of the biological environment.

Chiropractic Care, Inflammation, and Neuroinflammatory Signaling

Pain is not produced by injured tissue alone. Nerves, muscles, joints, immune cells, and the central nervous system constantly communicate.

An injured spinal joint or soft tissue can increase sensory input to the nervous system. This may contribute to muscle guarding, sensitivity, reduced movement, and persistent pain.

Chiropractic treatment may help some patients by improving joint movement and reducing mechanical pain. Small studies have also reported changes in laboratory measures of inflammatory cytokine production after spinal manipulation. However, researchers themselves consider these findings preliminary and note the need for more clinical trials.

For this reason, it is more accurate to say chiropractic care may influence neuromuscular and inflammatory signaling associated with pain rather than claiming that spinal “alignment” has been proven to directly eliminate systemic inflammation.

The main clinical goal is improved function: restoring useful movement, reducing mechanical irritation, and helping the nervous system tolerate normal activity again.

Oxidative Stress, Nutrition, and IV Therapy

Cellular repair also depends on adequate nutrients, hydration, oxygen delivery, metabolic health, sleep, and other whole-body factors.

Intravenous therapy can be medically valuable when a patient has a specific need, such as:

• A documented nutrient deficiency
• Malabsorption
• Dehydration
• An inability to tolerate oral replacement
• Another medical reason for intravenous treatment

IV administration allows nutrients or medications to bypass the digestive tract. However, strong clinical evidence does not support broad claims that routine wellness IVs automatically “detoxify” the body, eliminate inflammation, or dramatically reduce oxidative stress.

Reviews of IV multivitamin therapy note that clear medical indications exist for certain patients, while evidence for routine wellness infusions is more limited (Wells et al., 2020; Alangari, 2025).

In an integrative clinic, IV treatment is therefore best used selectively after a medical history review, laboratory review, medication assessment, and appropriate medical supervision.

A Multidisciplinary Model at Injury Medical Clinic PA

Injury Medical Clinic PA in El Paso uses a multidisciplinary model that integrates chiropractic, medical, functional, and rehabilitation perspectives.

Dr. Alexander Jimenez, DC, APRN, FNP-BC, CCST, CFMP, IFMCP, ATN, provides integrative chiropractic and clinical care with a focus that includes musculoskeletal injuries, spinal function, functional medicine, personal injury rehabilitation, and whole-person recovery. His published clinical observations emphasize that injured tissue should not be considered in isolation. Movement, inflammation, strength, metabolic health, sleep, and the patient’s ability to return to normal activities may all affect recovery (Jimenez, 2026).

Dr. Jimenez works with Dr. Maria Guadalupe Cardenas, MD, an Internal Medicine physician with more than four decades of medical experience. Clinic materials identify Dr. Cardenas as the Medical Director and Collaborative Physician for Injury Medical Clinic PA. Her Texas physician license is J2933, with current documentation showing an expiration date of May 31, 2027.

One credential detail needs to be corrected before publication. Some clinic materials have displayed NPI 1164426749. Public provider listings identify Dr. Maria Guadalupe Cardenas’s NPI as 1164426748, with Internal Medicine taxonomy and Texas license J2933. The ending “9” appears to be a typographical error in some clinic materials.

This MD-DC collaborative structure coordinates different aspects of care, while each clinician works within their appropriate professional scope.

The team can bring together:

• Medical evaluation and oversight
• Integrative chiropractic care
• Functional medicine
• Personal injury treatment
• Musculoskeletal rehabilitation
• Laboratory assessment
• Nutritional support
• Medication review when appropriate
• Orthobiologic and regenerative medicine evaluation
• Referral for imaging or specialty care when needed

Dr. Jimenez’s Clinical Perspective: Biology Plus Mechanics

A repeated theme in Dr. Jimenez’s published clinical observations is that successful musculoskeletal treatment often requires attention to more than the painful body part.

• A patient with knee pain may also have poor hip stability.
• A patient with shoulder pain may have limited thoracic motion.
• A patient recovering from a motor vehicle accident may have joint restriction, nerve sensitivity, muscle guarding, poor sleep, weakness, and metabolic factors that influence recovery.

His integrative model therefore combines cellular healing with mechanical rehabilitation.

A regenerative treatment may improve the biological environment.

Chiropractic care may improve movement.

Rehabilitation teaches the body to use that movement safely.

Functional and medical care can identify health factors that may interfere with recovery.

This is a more complete way of viewing healing than expecting one injection, adjustment, supplement, or medication to solve every problem.

Putting the Pieces Together

A coordinated regenerative and integrative treatment plan may follow a sequence such as:

1. Identify the injury. Examine the spine, joints, nerves, muscles, tendons, and ligaments.
2. Rule out serious conditions. Use imaging, laboratory testing, or specialist referral when necessary.
3. Improve the mechanical environment. Restore safe joint movement and reduce abnormal loading.
4. Consider regenerative options. PRP, MFAT, or another procedure may be considered when supported by the diagnosis and evidence.
5. Address whole-body factors. Review nutrition, metabolic health, sleep, deficiencies, medications, and inflammation-related conditions.
6. Rehabilitate gradually. Use progressive movement and strengthening to help healing tissue tolerate normal forces.
7. Measure outcomes. Follow pain, mobility, strength, function, work tolerance, and daily activity rather than relying on symptoms alone.

Conclusion

Regenerative medicine is changing the way clinicians think about musculoskeletal healing. PRP, selected adipose-based procedures, cell biology, and other orthobiologic approaches focus on communication between platelets, immune cells, fibroblasts, growth factors, and injured tissues.

The strongest approach is not to promise that these therapies regenerate every damaged structure. Instead, they should be used carefully, based on the diagnosis, available evidence, regulatory status, and individual patient’s needs.

Integrative chiropractic care adds another part of the healing process by addressing joint motion, biomechanics, movement, and rehabilitation. Medical oversight helps address systemic health, safety, medications, laboratory findings, and conditions that extend beyond the musculoskeletal system.

At Injury Medical Clinic PA in El Paso, the collaborative model involving Dr. Alex Jimenez and Dr. Maria Guadalupe Cardenas reflects this broader approach: support the biology of healing, restore useful movement, address the whole patient, and use each therapy for the purpose for which it is best suited.

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References

Alangari, A. (2025). To IV or not to IV: The science behind intravenous vitamin therapy. Cureus, 17(6), e86527.

Anitua, E., Sánchez, M., Zalduendo, M. M., de la Fuente, M., Prado, R., Orive, G., & Andía, I. (2009). Fibroblastic response to treatment with different preparations rich in growth factors. Cell Proliferation, 42(2), 162–170.

D’Souza, R. S., et al. (2024). Evidence-based clinical practice guidelines on regenerative medicine treatment for chronic pain: A consensus report from a multispecialty working group. Journal of Pain Research, 17, 2951–3001.

Ennis, W. J., Sui, A., & Bartholomew, A. (2013). Stem cells and healing: Impact on inflammation. Advances in Wound Care.

Hospital for Special Surgery. (2024). 5 things to know about regenerative medicine treatments for arthritis.

Jimenez, A. (2026). Regenerative medicine approaches for musculoskeletal health.

Jimenez, A. (2026). Regenerative therapies and integrative chiropractic care insights.

Jin, Y., Li, S., Yu, Q., Chen, T., & Liu, D. (2023). Application of stem cells in regeneration medicine. MedComm, 4(4), e291.

Muthukrishnan, P., & Rajadurai, S. (2025). Regenerative medicine combined with physiotherapy in orthopedic rehabilitation: Evidence, mechanisms, and clinical protocols. WebLog Journal of Orthopaedics.

U.S. Food and Drug Administration. (2026). Patient and consumer warning about potential serious risks of harm following use of unapproved products.

Wells, C., Butcher, R., & McCormack, S. (2020). Intravenous multivitamin therapy use in hospital or outpatient settings: A review of clinical effectiveness and guidelines. Canadian Agency for Drugs and Technologies in Health.