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Stem cell therapy for COPD

Treating COPD with stem cells

COPD, or chronic obstructive pulmonary disease, is a common respiratory disease in which the lungs become inflamed and narrow over time. It's caused by smoking, air pollution, and other factors such as genetics. Traditional treatment of those with severe COPD often involves lung volume reduction surgery or lung transplantation. 

Thankfully, stem cell therapies have been shown to be effective in treating this lung disease without resorting to these extreme measures.

Patients with chronic obstructive pulmonary disease (COPD) are facing 3 main concerns:

  • The lungs of COPD patients harbor chronic infections, leading to excessive mucous production, chest tightness, coughing, wheezing, and generalized fatigue.
  • Shallow difficult breathing and shortness of breath lead to poor oxygenation of tissues, causing systemic organ damage, congestion, and overall unwellness and pain.
  • Heavy metal toxicity and chronic inflammation are well known to worsen and prolong symptoms of COPD.

Regenerative stem cell therapy for COPD

The key goals of stem cell therapy for this condition is to repair lung tissue, oxygenate the whole body and help all tissues resolve the secondary symptoms.

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COPD Treatment Plan

Our treatment plans generally last between 2 and 5 weeks, depending on your overall health, your condition, and the severity of your COPD symptoms. Anyone can sign up for stem cell treatment for COPD. Each stem cell treatment candidate will receive a tailored plan to help achieve the highest success rate for maximum therapy efficiency. Typically, stem cell therapy for COPD will resemble a program such as the one below, and will last for 4 weeks.

stemcells

Stem cells

20 stem cell IVs

plurisomes

Plurisomes

4 Plurisomes IVs

iv

Peptides & Nutraceuticals

24 IVs

chelation

Chelation

20 IVs

ozone

Ozone

4 sessions

massage

Physiotherapy & Massage

4 sessions

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Benefits of stem cell therapy for COPD patients

Pluripotent stem cells have the ability to repair the lung tissue in those with chronic obstructive pulmonary disease, balance their immune system and recover the lost organ function that comes with poor oxygenation of tissue.

  • Reduced Inflammation

    The first benefit from stem cell treatment is immune regulation. Stem cells and their exosomes release immune and transcription factors that help immune cells to shift away from TH1 auto-immune reactivity. Clearing chronic infections and detoxifying the body of heavy metals helps to restore immune function. This calms the alveolar and lung tissue destruction in its tracts, paving way for continuous repair.

  • Improved Energy

    The second level of benefit is usually observed after a minimum of 6-12 injections when lung tissue begins repair via the delivery of stem cells’ anti-fibrotic and angiogenic factors. This in turn increases oxygen delivery to the lungs and to other organs, and usually feels like increased energy levels, improved strength, balance and coordination, decreased pain and the ability of think again.

  • Organ Function Restoration

    Pluripotent stem cells work on repairing not only lung tissue. They travel to all 220+ tissues of the body and gradually repair the systemic damage incurred from long-term poor organ oxygenation and perfusion. Heart function, circulation, digestion and other organ dysfunction continue to improve over time. Patients gradually become less and less dependent on extra oxygen delivery. Progress depends on how the severity of the overall condition.v

Frequently Asked Questions

  • Stem cell therapy using pluripotent stem cells and Plurisomes™ offers a regenerative approach for conditions like COPD and pulmonary fibrosis, aiming to repair lung tissue, reduce inflammation, and slow disease progression.

    These powerful stem cells release healing signals that help remove lung scarring (fibrosis), improve oxygen flow, and restore breathing function. Plurisomes™ play a key role in rejuvenating damaged areas by activating specific genes, like miR-29, that reverse abnormal tissue scarring.

    Patients typically undergo a 4–5 week program that includes daily stem cell IVs, detox therapies, and ozone treatments. While full reversal of severe lung damage may be difficult, many patients experience better breathing, more stamina, and slower disease progression after treatment.

  • Age or disease stage does not automatically prevent someone from receiving stem cell therapy for COPD or pulmonary fibrosis. The treatment is designed to support healing in people of many ages, from infants to adults in their 80s. What matters most is the patient’s overall health and the severity of their lung condition.

    For milder cases, a 4-week program is usually recommended, while advanced COPD or bedridden patients may benefit from an extended 5-week protocol to achieve meaningful results. The therapy aims to reduce inflammation, repair lung tissue, and slow disease progression.

    The only major restriction is for patients taking immunosuppressant medications such as Prednisone or Dupixent, which must be stopped before beginning treatment.

  • Recovery after stem cell therapy for COPD continues well beyond the treatment itself, as the body’s healing mechanisms remain active for three to six months. Although the stem cells are cleared within 48 hours, they release powerful repair signals that keep regenerating lung tissue for months.

    In the first two to three weeks, patients may feel mild fatigue or soreness, signs that the body is using its energy for deep healing. Gradually, improvements in breathing, stamina, and energy become more noticeable over time.

    A follow-up consultation is usually scheduled around the six-month mark to evaluate progress. Most patients experience lasting benefits, especially when they avoid factors that originally contributed to their lung damage.

  • Stem cell therapy for COPD focuses on repairing lung tissue, reducing inflammation, and slowing or stopping disease progression. Patients typically experience gradual, long-lasting improvements rather than immediate changes.

    Within the first few weeks, the body begins healing at a cellular level, though mild fatigue and temporary discomfort may occur as energy is redirected toward repair. Over three to six months, patients often notice easier breathing, improved oxygen levels, reduced coughing, and better stamina.

    The pluripotent stem cells and Plurisomes™ help soften lung scarring, enhance oxygen flow, and support overall vitality. While complete reversal of severe lung damage may not always be possible, most patients experience steady improvement in breathing comfort, energy, and quality of life over time.

Keywords: lungs, COPD, stem cells copd, copd treatment, stem cell therapy, stem cell therapy for copd

1. Evaluation of pulmonary infiltrates in patients after stem cell transplantation - PubMed

2. A Placebo-Controlled, Randomized Trial of Mesenchymal Stem Cells in COPD

3. Stem cell therapy in chronic obstructive pulmonary disease. How far is it to the clinic? - PubMed

4. Stem cell therapy for chronic obstructive pulmonary disease - PubMed

5. Stem cells and lung regeneration - PubMed

6. Human embryonic stem cells (hESCs) in the treatment of emphysematous COPD: a case report

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