R&D
For a better future SCM Lifescience will do its best
Core Technology
Subfractionation Culturing Method
SCM Lifesciences can isolate and culture high-purity stem cell lines using its original source technology, the Subfractionation Culturing Method.
![층분리배양법 이미지1](/images/page/m22_l1_img1.jpg)
![층분리배양법 이미지2](/images/page/m22_l1_img2.jpg)
01
Core Competency
High-purity stem cell line
library construction process
library construction process
Efficacy and disease-specific
stem cell line selection process
stem cell line selection process
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01Single colony isolationObtained through the Subfractionation Culturing Method single colony isolation process
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02Single colony-derived cell culture and characterization
- Cell size / density
- Proliferative capacity
- Differentiation ability
- Marker expression
- Immune regulation ability
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03High-potency cell line selection processEfficacy indicator expression confirmation
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04Disease-specific stem cell line selection processPerform disease-specific by pre-clinical efficacy evaluation using both animal and cell models
02
Competitive Advantage
![경쟁우위 이미지1](/images/page/210902_m22_l2_img1.jpg)
Compared to conventional gradient centrifugation-derived
stem cells (GCM-MSC) Stem cells derived from
the Subfractionation Culturing Method (SCM-cMSC)
High cell density dispersion
![경쟁우위 이미지2](/en/images/page/210902_m22_l2_img2.jpg)
separated by conventional gradient centrifugation
(GCM-MSC) Separated from adult stem cells
by a Subfractionation Culturing Method
The ability to form a cell group of adult stem
cells is more than 5 times higher
![경쟁우위 이미지3](/images/page/m22_l2_img3.jpg)
Compared to conventional gradient centrifugation-derived
stem cells (GCM-MSC)
Subfractionation Culturing Method-derived stem cells (SCM-cMSC)
Excellent disease treatment efficacy (eg atopic dermatitis)