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AM Biotech’s Patented Bio-Pulsed Exosomes
ExoGiov®
The cellular experiments in the paper further demonstrate the various bioactivities and remarkable effects of the Bio-Pulsed Exosomes. Besides promoting the healing of skin cell wounds, the expression of key skin components related to hydration and elasticity, such as Type I collagen, Type III collagen, and elastin, also significantly increased. It was also verified that genes related to hair follicle cell activity and proliferation, such as RAC1, IGF-1, CCND1, PCNA, were significantly enhanced in experiments using Bio-Pulsed Exosomes on hair follicle cells. Those genes related to hair follicle cell apoptosis, CASP2, and TP53, were also inhibited.
What is an Exosome?
Technical advantages
AM BioTech specializes in the patented technology of bio-pulsed activation of stem cell exosomes, adeptly tailoring cell induction methods to specific demands and modifying exosome gene expression, with a dedicated team committed to the development and production of high-purity, high-quality induced bio-pulsed exosomes and related products for broad application in biopharmaceuticals, cancer diagnosis, scalp care, and medical aesthetics.
Patented Bio-Pulsed Activation Technology
Exosome Ultra-Purification Extraction Technology
Advanced Mass Production Process
High-Efficiency Exosome Production Technology
What advantages or characteristics do “Bio-Pulsed Exosomes” have compared to common exosomes?
- Specific effects (such as beauty and hair health) are enhanced by tens of times.
- Both liquid and powder forms can be preserved and transported at room temperature
- The number of vesicle particles is 1900 times higher
- Protein content is increased by 202%
- miRNA content is increased by 188%
The Expression of miRNA and Their Role
ExoGiov® Bio-Pulsed Exosome Efficacy Data
Boost the expression of type I collagen by up to 250% , type III collagen by 340%, and elastin by 320% in human skin fibroblasts.
Collagen Type I
Collagen Type III
Elastin
Human skin fibroblast proliferation assay
ExoGiov® applied to wound
TNF-α
IL-6
Boost the expression of type I collagen by up to 250% , type III collagen by 340%, and elastin by 320% in human skin fibroblasts.
Proliferation genes of Human hair follicle cells
Developmental genes of Human hair follicle cells
CCND1
PCNA
Developmental genes of Human hair follicle cells
IGF-1
RAC-1
Human Hair Follicle Cell Proliferation
Induces Hair Follicle Cell Differentiation and Proliferation to Enhance Hair Growth