척추·관절 통증
척추·관절 통증
척추·관절 통증
척추·관절 통증
척추·관절 통증
Stem cells are cells that have the ability to differentiate into various types of cells
and play a role in healing damaged tissues and assisting in the regeneration of the body.
When injuries or inflammation occur, stem cells help to
repair the damaged areas and create new tissues to aid recovery.
What is stem cell?
What is stem cell?
Stem cells are cells that have the ability to differentiate into various types of cells
and play a role in healing damaged tissues and assisting in the regeneration of the body.
When injuries or inflammation occur, stem cells help to
repair the damaged areas and create new tissues to aid recovery.
Chronic joint pain or degenerative diseases
are effective in recovering damaged tissues, reducing pain, and improving function
재생세포 치료는 만성적인 관절통이나 퇴행성 질환으로
손상된 조직을 회복시키고, 통증을 줄이며 기능 개선에 효과가 있습니다
Why stem cell therapy for spinal and joint pain conditions?
Degenerative diseases such as osteoarthritis and spinal stenosis are conditions where structural damage to tissues progresses over time, and traditional orthopedic treatments focus on pain relief and preservation of function.
However, there are limitations to fundamentally regenerating damaged tissues such as cartilage, ligaments, and intervertebral discs.
Regenerative cell therapy can reduce inflammation and promote the recovery of damaged tissues,
which can complement the limitations of existing treatments.
When combined with physical therapy or injection treatments, the therapeutic effect may be enhanced.
Promotion of regeneration of damaged tissue
Fundamental functional improvement through structural recovery
Improved recovery speed and reduced recurrence rate
Synergistic effect when combined with surgical physical therapy.
Why stem cell therapy for spinal and joint pain?
Degenerative diseases such as osteoarthritis and spinal stenosis are conditions where structural damage to tissues progresses over time, and traditional orthopedic treatments focus on pain relief and preservation of function.
However, there are limitations to fundamentally regenerating damaged tissues such as cartilage, ligaments, and intervertebral discs.
Regenerative cell therapy can reduce inflammation and promote the recovery of damaged tissues,
which can complement the limitations of existing treatments.
When combined with physical therapy or injection treatments, the therapeutic effect may be enhanced.
Promotion of regeneration of damaged tissue
Fundamental functional improvement through structural recovery
Improved recovery speed and reduced recurrence rate
Synergistic effect when combined with surgical physical therapy.
Why stem cell therapy for spinal and joint pain?
Degenerative diseases such as osteoarthritis and spinal stenosis are conditions where structural damage to tissues progresses over time, and traditional orthopedic treatments focus on pain relief and preservation of function.
However, there are limitations to fundamentally regenerating damaged tissues such as cartilage, ligaments, and intervertebral discs.
Regenerative cell therapy can reduce inflammation and promote the recovery of damaged tissues,
which can complement the limitations of existing treatments.
When combined with physical therapy or injection treatments, the therapeutic effect may be enhanced.
Promotion of regeneration of damaged tissue
Fundamental functional improvement through structural recovery
Improved recovery speed and reduced recurrence rate
Synergistic effect when combined with surgical physical therapy.
Main treatment target
Main treatment target
Regenerative cell therapy is applied to
musculoskeletal disorders such as the following
Stem cell therapy is applied to musculoskeletal diseases such as the following.
Stem cell therapy is applied to musculoskeletal diseases such as the following.
Degenerative knee osteoarthritis
Herniated disc, spinal canal stenosis
Rotator cuff tear (shoulder pain)
Sports injuries after ligament and cartilage damage
Degenerative knee osteoarthritis
Degenerative knee osteoarthritis
Degenerative knee osteoarthritis
Degenerative knee osteoarthritis
Herniated disc, spinal canal stenosis
Herniated disc, spinal canal stenosis
Degenerative knee osteoarthritis
Rotator cuff tear (shoulder pain)
Rotator cuff tear (shoulder pain)
Degenerative knee osteoarthritis
Sports injuries after ligament and cartilage damage
Sports injuries after ligament and cartilage damage
treatment effect
treatment effect
Degenerative knee osteoarthritis
Pain relief
Pain relief
Rotator cuff tear (shoulder pain)
Improvement of joint range of motion
Improvement of joint range of motion
Herniated disc, spinal canal stenosis
Surgery alternatives and delays
Surgery alternatives and delays
Improvement of recovery speed
Improvement of recovery speed
Pain relief
Improvement of joint range of motion
Surgery alternatives and delays
Improvement of recovery speed
Treatment process
clinical
Treatment direction setting
Stem cell collection
Separation and concentration
procedure
clinical
Treatment direction setting
Stem cell collection
Separation and concentration
procedure
Treatment process
clinical
Treatment direction setting
Stem cell collection
Separation and concentration
procedure
clinical
Treatment direction setting
Stem cell collection
Separation and concentration
procedure
Treatment process
clinical
Treatment direction setting
Stem cell collection
Separation and concentration
