The Stem Cell Therapy for Type 2 Diabetes
Discover how advanced stem cell treatments are helping patients reduce insulin dependency, stabilize blood sugar, and reverse the progression of painful diabetic complications.
Why Can Stem Cell Therapy Reverse Type 2 Diabetes?
Achieving the Effect of Stopping Insulin and Blood Sugar Medications
The Core Cause of Type 2 Diabetes
It is not a complete lack of insulin but rather insulin resistance combined with damaged pancreatic β-cell function.
- Insulin resistance makes the body’s cells insensitive to insulin, preventing it from effectively lowering blood sugar.
- Pancreatic β-cell dysfunction forces the body to constantly overproduce insulin, leading to pancreatic cell damage and apoptosis (cell death), which causes insufficient insulin secretion.
The end result: blood sugar continues to rise, leading to complications. Traditional treatments can only control blood sugar but cannot repair the damaged pancreas.
How Stem Cells Cure Type 2 Diabetes
Stem cells are primitive cells with the ability to self-replicate, differentiate into multiple cell types, and regulate the immune system.
- Direct Replenishment: Stem cells differentiate into pancreatic β-cells and directly replenish the damaged pancreatic function, restoring autonomous insulin secretion.
- Protection & Repair: Stem cells secrete cytokines that protect and repair aging pancreatic β-cells, reducing cell apoptosis and improving pancreatic efficiency.
- Metabolic Reset: Stem cells regulate immune-inflammatory responses, improving the overall metabolic environment. Cells regain insulin sensitivity, lowering blood sugar at its source.
Overall Effect: Repair pancreatic function + improve insulin resistance + stabilize blood sugar. This treats the cause, not just the symptoms.
Why can stem cells treat diabetes?
Stem cell therapy for type 2 diabetes works mainly through the following mechanisms:
Anti-inflammatory effect
Reduces chronic low-grade inflammation that contributes to insulin resistance.
Immunomodulation
Regulates the immune response and protects islet cells from damage.
Repair and protection
Promotes the repair of damaged islet cells and improves islet function.
Improves insulin sensitivity
Helps tissues respond better to insulin, reducing insulin resistance.
Microenvironment improvement
Restores the metabolic environment of the pancreas and related tissues.
A Study Of Stem Cell Therapy for Type 2 Diabetes
Published in Internationally Renowned Journals by Chinese Research Teams
Stem Cell Research & Therapy (IF≈8) – 2022
“Efficacy and safety of umbilical cord-derived mesenchymal stem cells in Chinese adults
with type 2 diabetes: a single-center, double-blinded, randomized, placebo-controlled
phase II trial”.
Clinical Trial Results
One study has recruited 50 patients with type 2 diabetes and dividing them into 2 groups.
- After 3 session treatments, 70% of patients in the stem cell group can get off insulin entirely, which is equivalent to a clinical cure of diabetes.
- The remaining 30% achieve stable blood sugar levels, with their daily insulin dosage reduced by more than 80%.
Post-Therapy Recovery & Consolidation
How to maintain your results for the long term.
❌ The Wrong Approach
Many people think that after reversing diabetes, they can eat whatever they want and live however they like. NO!
Annual long-term maintenance is extremely important and directly affects how long the treatment effects last.
✅ The Right Approach (The Car Analogy)
- The body damaged by diabetes is like a car that has run out of fuel.
- Using stem cells to reverse diabetes is like filling the car’s fuel tank. However, stem cells have a lifespan and naturally degrade over time, just like fuel running out.
- You will need a full-body health check-up every year. Send us the report online.
- Our team will evaluate the stem cell degradation and assess if you need a reinforcement session—like topping up your fuel before it runs dry.
- By replenishing lost stem cells before diabetes relapses, your “fuel tank” stays full, and your diabetes can be permanently cured!
Why is a single stem cell therapy session often insufficient?
We usually recommend patients receive 3–6 sessions. Here is why.
1 Session: Massive Rebound After 1 Year
Based on our 20+ years of research and clinical observation of 301 Type 2 Diabetes patients.
301 patients received only a single stem cell treatment.
- At 6 months: Observed improvements in blood sugar indicators and insulin sensitivity.
- At 12 months: Although blood sugar hadn’t fully rebounded, insulin resistance returned to pre-treatment levels.
This means the body became “insensitive” to insulin again. Over time, blood sugar is highly likely to return to its initial high levels.
3 Sessions: Stable Results After 1 Year
Clinical observation of 500 Type 2 Diabetes patients.
Within 1 month, 500 patients received 3 consecutive sessions of umbilical cord mesenchymal stem cell therapy.
- At 1 year: Blood sugar levels and insulin resistance remained significantly lower and stable.
- 40% of patients completely restored normal blood sugar levels.
- 13.5% of patients successfully stopped insulin and anti-diabetic medications entirely.
Why do some patients stop insulin after 3 sessions, while others need 6?
It’s not because the stem cells are ineffective; it’s because the degree of damage varies for everyone.
Observation 1: 500 Patients (3 Sessions)
Received 3 sessions of umbilical cord MSCs. After 1 year, 40% had normal blood sugar, and 13.5% stopped insulin and medications entirely.
Observation 2: 600 Patients (6 Sessions)
Received 3 umbilical cord MSCs + 3 bone marrow stem cell treatments + TCM within one month (6 sessions total). After 1 year, 95% had normal blood sugar, and 92% stopped insulin and medications.
The 4 Factors That Determine Your Treatment Plan
1. Pancreatic Islet Damage
Patients with more severe cellular damage to the pancreas naturally require more treatments to achieve full cellular replenishment and repair.
2. Duration of Diabetes
If the disease has lasted less than 5 years, 3 treatments often work well. If it has persisted for over 10 years, multiple treatments may be necessary.
3. Severity of Insulin Resistance
Obesity, fatty liver, or high cholesterol causes strong resistance. Stem cells must first reduce inflammation before repairing islets, necessitating more sessions.
4. Age & Complications
Younger patients recover faster. Older patients with complications (nerve damage, kidney disease) require more treatments to stabilize multiple systems.
How can you estimate how many treatments you need?
Send your medical report via WhatsApp. Our medical team will provide a professional assessment and personalized treatment plan.
Evaluate Your Plan on WhatsAppPackage Pricing & Medical Tourism
Comprehensive care, accommodation, and regenerative therapy bundled for your recovery.
2-Day Starter Medical Trip
- 1 session Umbilical Cord Mesenchymal Stem Cells
- 2 days of 5-star hotel accommodation
- English Translator
- Private car and driver service
- Medical Blood Examination
1-Month Diabetes Medical Tour
- 3 sessions Umbilical Cord Mesenchymal Stem Cells
- 5-Star Hotel (6 Days) OR Beachfront Apartment (1 Month)
- Complimentary Hainan Island tour with private guide
- English Translator
- Private car and driver service
- Medical Blood Examination
Guaranteed Significant Improvement
- 3 stem cell therapy sessions
- Traditional Chinese Medicine (TCM) treatments
- 5-Star Hotel (6 Days) OR Beachfront Apartment (1 Month)
- Complimentary Hainan Island tour with private guide
- Round-trip chauffeur airport service
- Onsite dedicated English consultant concierge
- All required medical blood examinations
Guaranteed Reversal (Stop Meds)
- 3 sessions Exosome Therapy
- 3 sessions Bone Marrow MSCs (Pressure point injection)
- 3 sessions Diabetes Stem cell Treatment
- Chinese Medicine & Massage service
- 1-month sea-view apartment
- Dietary Plan
- Private car, driver, and English Translator
- Complimentary Hainan Island private tour
Real Patient Cases
Case 1: Mr. Zhang, 58 years old
Living with Type 2 Diabetes for 12 years with severe complications in unbearable agony.
Before Treatment (Critical State)
- Fasting glucose: 11.5 – 16.8 mmol/L | HbA1c: 11.2%
- Severe Neuropathy: Numbness/stabbing pain, zero sleep, complete loss of sensation (heat/cold/pain), repeated foot infections.
- Stage IV Nephropathy: Severe swelling, Urine protein 3+, progressive renal decline facing imminent dialysis.
- Retinopathy: Blurry/double vision, fundus hemorrhages, high risk of blindness.
- Lost 8kg in 6 months, extreme fatigue, repeated hospitalizations.
Treatment Plan
Tailored 6 standard sessions: 3 infusions of umbilical cord MSCs + 3 infusions of bone marrow MSCs via IV (No surgery, no trauma).
After 6 Sessions (The Reversal)
- Complications Cured: Neuropathy pain gone (sleep restored). Swelling resolved, urine protein negative (dialysis avoided). Vision cleared (blindness averted).
- Blood Sugar Stabilized: Fasting glucose dropped to 4.8–6.1 mmol/L. HbA1c reduced to 5.8%.
- Insulin completely stopped after 3 months, with NO rebound during 12-month follow-up. He later brought his diabetic wife for the same treatment!
Case 1: 52-year-old male
With an 8-year history of type 2 diabetes mellitus and early diabetic nephropathy.
Treatment plan: Three intravenous infusions of umbilical cord-derived mesenchymal stem cells (UC-MSC), with an interval of one month between each infusion.
- Before treatment: Daily insulin dosage: 40 units | Fasting blood glucose: 13 mmol/L
- 3 months after treatment: Daily insulin dosage: 10 units | Fasting blood glucose: 8 mmol/L | Glycated hemoglobin (HbA1c): 7.2% | Urine microalbumin: 38 mg/L
- 6-12 months after treatment: Daily insulin dosage: 0 units | Fasting blood glucose: 5.8-6.2 mmol/L | Glycated hemoglobin (HbA1c): 6.4% | Urine microalbumin: 28-32 mg/L
Case 2: 65-year-old male
With a 20-year history of type 2 diabetes mellitus, receiving 40 units of insulin daily, complicated by diabetic peripheral neuropathy.
Treatment plan: Three intravenous infusions of umbilical cord-derived mesenchymal stem cells (UC-MSC), with an interval of one month between each infusion.
- Before treatment: Daily insulin dosage: 30 units | Fasting blood glucose: 12 mmol/L
- 3 months after treatment: Daily insulin dosage: 0 units | Fasting blood glucose: 6.2 mmol/L | Glycated hemoglobin (HbA1c): 6.8% | Visual Analogue Scale: 3
- 6-12 months after treatment: Daily insulin dosage: 0 units | Fasting blood glucose: 6.5 mmol/L | Glycated hemoglobin (HbA1c): 6.5% | Visual Analogue Scale: 2
Case 3: 40-Year-Old male with Type 2 Diabetes
Click to watch this video to see his remarkable recovery journey.
Before Treatment
- Daily insulin dosage: 40 units
- Fasting blood glucose: 13.9 mmol/L
- HbA1c: 9.3%
- Fasting C-peptide: 0.48 ng/mL
After 3 IV Stem Cell Infusions
- Daily insulin dosage: 0 units (insulin-free)
- Fasting blood glucose: 5.5 mmol/L
- HbA1c: 5.6%
- Fasting C-peptide: 1.18 ng/mL
Stem Cell Therapy For Painful Diabetic Complications
Diabetic Foot (Ulcers, Amputation)
We recruited 3,086 patients with diabetic foot, divided into a stem cell treatment group (1,600) and a conventional group (1,486). The stem cell group received combined therapy (local MSC injection / intra-arterial infusion + standard debridement).
Stem Cell Group Results:
- Ulcer healing rate: 82.1% (vs 30%-40% conventional)
- Amputation risk: Reduced by 40%-60%
- 6-month recurrence rate: approximately 8% (vs 35-40% conventional)
Diabetic Peripheral Neuropathy
Recruited 68 patients with severe DPN (presenting numbness, pain, abnormal electromyography). Intervention: Human umbilical cord mesenchymal stem cell (UC-MSC) intravenous infusion.
6-Month Follow-up Results:
- Pain score reduction ≥50%: 82.4%
- Near-complete resolution of numbness: 73.5%
- Mean improvement in nerve conduction velocity: 3.2 m/s
- Safety: No serious adverse events reported.
Diabetic Kidney Disease
Recruited 72 patients with moderate to severe diabetic kidney disease (DKD). Stem cell group received UC-MSC infusions three times via renal artery and intravenous administration. Followed up for 3 years.
Stem Cell Group Results:
- The rate of eGFR decline was significantly slowed.
- The rate of renal function stabilization was higher.
- 24-hour urinary albumin excretion was significantly reduced.
Diabetic Retinopathy (Blindness)
Recruited 17 patients (34 affected eyes), including NPDR and PDR. Autologous bone marrow-derived mesenchymal stem cells (AB-MSC) were administered via intravitreal injection.
6-Month Follow-up Results:
- NPDR group: Significant improvement in visual acuity (P=0.006) and obvious reduction in macular thickness.
- PDR group: Stable condition, no progression or deterioration.
- Safety: No serious adverse events occurred.
Can stem cells stop progression of the complications of diabetes and even reverse it?
Current scientific evidence shows stem cell therapy can slow or stabilize many diabetic complications and improve metabolic control in many patients, but complete reversal of long-standing diabetic complications is not yet reliably achieved in standard clinical practice.
What stem cells CAN do
- Improve insulin sensitivity and blood sugar control.
- Reduce inflammation that drives diabetic complications.
- Protect and partially restore pancreatic beta-cell function.
- Slow progression of diabetic neuropathy, nephropathy, retinopathy, and foot ulcers.
- Result: Many patients achieve less medication, more stable glucose, fewer symptoms.
What stem cells CANNOT yet guarantee
- Not yet a guaranteed “cure” for type 1 or advanced type 2 diabetes.
- Cannot fully reverse severe, chronic end-organ damage (e.g., end-stage kidney failure, advanced blindness, major amputation).
Why stem cells for diabetes work better in China?
You can enjoy the same top-quality stem cell services as in the United States for less than 1/10 of the price here in China.
| Criteria | China | USA |
|---|---|---|
| Price | $8,000 USD / session | $20k – $100k USD / session |
| Cell Lab | 1,000 sqm GMP-compliant cell laboratory | Have GMP-standard cell laboratory |
| Team of Doctors | From prestigious universities (Harvard,Sydney,Melbourne, Adelaide) | Good Reputable Doctors |
| Treatment Results | High Quality | High Quality |