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REGENERATIVE INJECTION

Not just getting through today's pain,
but restoring your body's own healing power

Regenerative injections that fundamentally revive damaged tissue

REGENERATIVE INJECTION

What are regenerative injections?

These are not injections that simply turn off pain signals.

Regenerative injections deliver regeneration-promoting substances directly into damaged muscles, ligaments, tendons, joints, cartilage, and discs, helping your body heal itself.

Unlike painkillers and steroids that temporarily suppress pain, they rebuild weakened tissue to make it strong again, addressing the root of the pain.
Cell Regeneration
Uses growth factors and DNA fragments
to induce damaged cells to regrow.
Chronic Inflammation Relief
Calms chronic inflammation trapped in tissue
and breaks the vicious cycle of pain.
Tissue Strengthening
Promotes collagen synthesis in loosened
ligaments and tendons to rebuild them.

WHO NEEDS IT

We recommend regenerative injections for these patients

Those who have taken painkillers and anti-inflammatories for a long time but pain keeps returning
Those whose steroid injection effects are becoming shorter
Those with weakened ligaments and tendons causing joint instability
Those recommended for surgery but wanting to try non-surgical treatment first
Those with progressive cartilage or disc damage from degenerative changes
Those with slow post-surgical recovery or residual pain

WHY REGENERATIVE

Why regenerative injections are needed

Painkillers and steroid injections only temporarily block pain signals without restoring damaged tissue.
With repetition, effects shorten while tissue actually weakens.

Regenerative injections directly access the damaged area and create an environment for tissue to heal itself.
Category Steroid Injection Regenerative Injection
Mechanism Suppresses inflammation & pain signals Promotes tissue regeneration & repair
Onset Immediate (hours to 1 day) Gradual (2-4 weeks)
Duration Temporary (2-6 weeks) Long-term (structural recovery)
Repeated Use Risk of tissue weakening & degeneration Cumulative recovery effect
Root Treatment Pain relief only (cause unresolved) Damaged tissue structural rebuilding
Long-term Side Effects Possible tendon rupture, cartilage degeneration Minimal (autologous/biologic origin)

INJECTION TYPES

Types of Regenerative Injections

We select or combine the best injection based on the damaged area and degree of injury.

TYPE 01
Prolotherapy
Prolotherapy
A concentrated dextrose solution is injected into the damaged area to trigger a controlled inflammatory response, promoting collagen synthesis and tissue rebuilding.
Key Indications
  • Chronic ligament laxity (ankle, knee, wrist)
  • Joint instability
  • Tennis elbow / Golfer's elbow
  • Plantar fasciitis
TYPE 02
PRP Injection
Platelet-Rich Plasma
Platelets are concentrated and extracted from the patient's own blood, and growth-factor-rich plasma is injected into the damaged area. Made from your own blood, there is virtually no immune rejection.
Key Indications
  • Rotator cuff tear / injury
  • Degenerative arthritis
  • Achilles tendon injury
  • Post-surgical recovery acceleration
TYPE 03
PDRN Injection
Polydeoxyribonucleotide
DNA fragments extracted from salmon and trout bind to cellular receptors and stimulate growth factor secretion. Promotes both anti-inflammation and vascular regeneration for chronic pain and tissue recovery.
Key Indications
  • Chronic tendon injury (tendinopathy)
  • Disc-adjacent tissue degeneration
  • Refractory pain areas
  • Cases with slow tissue regeneration

TARGET TISSUES

Which tissues can be treated?

Regenerative injections are broadly applied to musculoskeletal injuries throughout the body.

Target Tissue Damage / Condition Applied Injection
Muscle Chronic myalgia, myofascial pain syndrome, post-muscle tear recovery Prolo, PRP, PDRN
Tendon Tendinitis, tendinopathy, Achilles tendon injury, rotator cuff injury PRP
Ligament Ligament laxity, post-sprain sequelae, joint instability Prolo, PRP, PDRN
Joint / Cartilage Degenerative arthritis, cartilage wear, intra-articular damage PRP
Disc Disc degeneration, peri-disc ligament laxity, chronic low back pain Prolo, PRP, PDRN

EXPECTED EFFECTS

Expected outcomes after regenerative injection therapy

When tissue recovers, it's not just pain that improves -- function and structure get better too.

Restored strength and elasticity of damaged ligaments and tendons
Improved joint stability and reduced risk of re-injury
Gradual and lasting reduction of chronic pain
Reduced dependence on painkillers and anti-inflammatories
Slowed progression of cartilage and disc degeneration
Natural return to daily activities and exercise

TREATMENT PROCESS

Regenerative Injection Treatment Process

From diagnosis to recovery management, the process has 4 steps.

1
Precision Diagnosis
Ultrasound and imaging exams
determine the location and extent
of damage.
2
Custom Formulation
Based on the injury type,
the optimal combination of
Prolo, PRP, or PDRN is selected.
3
Precise Injection
Under ultrasound guidance,
the medication is delivered
precisely to the damaged area.
4
Recovery Management
We monitor post-procedure progress
and provide rehabilitation guidance
and additional treatment plans.

Proven Safety

Safety of Regenerative Injections

01 ULTRASOUND GUIDED

Ultrasound-Guided Precision Procedure

Under real-time imaging, we inject precisely only into the target area

02 STEROID-FREE

No Steroids Used

By harnessing the body's natural healing power, repeated treatments are possible without tissue weakening

03 EVIDENCE-BASED

Evidence-Based Treatment

A treatment method validated by decades of domestic and international clinical research

04 SAME-DAY RETURN

Same-Day Return to Daily Life

Return to daily activities immediately after the procedure, with a short recovery period

FAQ

Frequently Asked Questions

Common questions about regenerative injections.

Q
How are regenerative injections different from steroid injections?
Steroid injections quickly suppress inflammation and pain but do not restore the tissue itself, and repeated use can weaken tendons and cartilage. Regenerative injections aim for fundamental structural recovery by injecting substances that induce cellular regeneration into damaged tissue.
Q
Will regenerative injections show results immediately?
Regenerative injections induce tissue regeneration, so rather than immediate pain relief, effects appear gradually over 2-4 weeks. Most patients notice significant improvement after 3-5 treatment sessions.
Q
Which is better: Prolotherapy or PRP?
Prolotherapy excels at strengthening ligaments and tendons, while PRP utilizes autologous platelet growth factors for broad-spectrum regeneration. Our specialists design either single or combined prescriptions based on the damaged area and degree of injury.
Q
Will the procedure disrupt my daily life?
Most regenerative injection procedures are completed within 10-20 minutes, and same-day return to daily activities is possible. However, mild soreness may occur for 1-2 days depending on the treatment area, and we recommend avoiding intense exercise for 3-5 days.
Q
Are regenerative injections safe? Are there side effects?
Regenerative injections do not use steroids, so concerns about long-term side effects are low. PRP uses the patient's own blood, making allergic reactions extremely rare, and ultrasound-guided precision procedures minimize the risk of misinjection.
Q
What conditions are regenerative injections effective for?
They are broadly applied to chronic ligament and tendon injuries (rotator cuff, tennis elbow, plantar fasciitis, etc.), degenerative joint disease, disc-adjacent tissue damage, delayed post-surgical recovery, and recurring musculoskeletal pain.

Consultation

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