Cell Therapy
Pioneering Regeneration with our UCMSCs and Its Metabolites
What are Cell Therapy?
Stem cell is special type of stem cell derived from umbilical cords. Stem cells, including UCMSCs, possess two unique abilities:
- Self-replication: They can create identical copies of themselves, ensuring a continuous supply of cells.
- Differentiation: They can transform into various specialized cell types, such as bone, cartilage, muscle, or nerve cells.
Scope of Cell Therapy
Stem Cell Allogeneic
Allogeneic stem cell comes from a donor. We developed allogeneic UCMSC's sourced tissue is derived from healthy donor, selected and qualified according to FDA standard and guidance. Manufacturing process is conducted in facilities with GMP certification from Indonesian FDA. Cell bank is fully characterized according to international standard and stored in cryopreserved state. We constantly perform stability test in our cell bank, including mesenchymal stem cell competency test, differentiation capability, sterility test, viral test and karyotyping.
Stem Cell Autologous
Autologous cell therapy involves using a patient's own cells for therapeutic purposes. We developed Mesenchymal Stem Cell (MSC) from bone marrow, adipose tissue and umbilical cord tissue banking; peripheral blood mesenhymal stem cell (PBMNC) and EPC (Endothelial Progenitor Cell). PBMNC is heterogeneous population of mononuclear cells, derived from patient's own peripheral blood.EPC is also derived from patient's own peripheral blood. EPC have capability to differentatiate into blood vessel lining repair and regeneration and currently being developed for treatment of cardiovascular disease.
Secretome
UCMSC-derived Secretome refers to a collection of bioactive molecules released by stem cells into their surroundings. These molecules include proteins, growth factors, cytokines, and other signaling agents that stem cells use to communicate and interact with other cells in the human body.
The secretome plays a critical role in regulating and enhancing natural healing processes by:
- Heal damaged tissues: Stimulating repair mechanisms to restore tissue structure and function.
- Reduce inflammation: Modulating inflammatory responses to create an optimal environment for recovery.
- Promoting cell growth and regeneration: Supporting the proliferation and regeneration of healthy cells.
- Balancing the immune system: Regulating immune activity to ensure proper healing and prevent excessive responses.
Through these functions, UCMSC Secretome acts as a powerful mediator of regeneration, making it a promising tool for tissue repair, disease management, and overall cellular recovery in regenerative medicine.
Gallery Cell Therapy
