They are made from different types of treatments and implantation, alongside a cell expansion, modulation and adaptation in laboratory, according to the treated pathology or the affected tissue or organ. This implantation processes are done in surgery room in a sterile environment, with the highest quality standards, by specialist corresponding to the organ or system that is being threated. Also, a marking, identification, characterization and categorization of the cells are done through genetic sequencing of the cells to implant to give an over rate of reliability of their development and differentiation.
- Autologous Growth Factors (AGFS) Therapy:AGFS are proteins that stimulate the communication pathways of the cell signals that trigger cell migration, survival, adhesion, proliferation and differentiation. This cell responses are involved in the organism development, formation of blood vessels and the injury cicatrisation. AGFS are used alone or with cells to favour the tissue and extracellular matrix formation.
- Treatment with Exosomes : Exosomes are small vessels that store intercellular signal transport molecules that are highly found in stem cells. Traditionally they are used individually, however we use specific exosomes for immunologic regeneration and modulation, alongside the implanted stem cells, as a reinforcement to the treatments done with them, giving a greater and better response. Also, the exosomes can be implanted without the risk of generating a rejection in the patient and favour the regeneration of the tissue and an increase in the cell functionality, as well as a modulation of the stem cells to the specific cells of the tissue to be treated. On the other hand, we are researching the development of exosomes for the specific treatment of some neurodegenerative pathologies.
- Autologous Stem Cells:
Autologous Stem Cells: They are extracted from the patient and implanted therein, with expansion and/or differentiation in laboratory, depending on the treated pathology. This stem cells can be extracted from fatty tissue, for extracorporeal use in skin lesions or injuries due to the inflammatory possibilities of this tissue. Also, mesenchymal cells can be obtained from the teeth, in the dental pulp, which are extracted and implanted for the treatment in any tissue.Also the cell can be obtained from umbilical cord and bone marrow, where they are majorly aspirated; hematopoietic, mononuclear and/or mesenchymal cells can be obtained from this spinal aspirate, and are used for the treatment of more aggressive pathologies, due to the cellular and immunologic characteristics of the bone marrow and a higher possibility of cell regeneration and development. In the bone marrow is possible to differentiate various type of stem cells capable to recover and regenerate blood, cardiac, neuronal, muscular and bone tissue, among others, always previously examinated according to the response to the pathology.
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- Heterologous Stem cells: Cells obtained mainly from umbilical cord where is possible to obtain also Wharton jelly cells, a substance with a high concentration of mesenchymal stem cells and compounds like exosomes and signalling proteins, among others, that favour the cell growth and development for the tissue regeneration and recuperation. Also, in accompaniment of international societies of cell therapy, we use specialized somatic cells and specific tissues of the treated regions, adapted in their DNA for guaranteeing their acceptance in the body