Therapeutic Solutions International Creates Disease Specific Therapeutic Platform Based on Gene Editing/Engineering of Inducible Pluripotent Stem Cells
Therapeutic Solutions International announced advancements in creating second-generation, tailor-made cellular therapies using gene-edited regenerative cells. These cells blend the properties of mesenchymal stem cells with immune tolerance capabilities, enhancing their specificity for various diseases. The Company is focusing on a Phase III clinical trial of JadiCells for COVID-19 ARDS while also advancing its intellectual property on disease-specific iPSC modifications. Key figures include iPSC cells that are 3-5 times more effective at liver regeneration in specific models.
- Successful generation of gene-edited regenerative cells with enhanced specificity.
- iPSC-derived cells show 3-5 times greater efficacy in liver injury regeneration.
- Focus on Phase III clinical trial for JadiCells targeting COVID-19 ARDS.
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Phase III Regenerative Medicine Company Creates Second-Generation Tailor-Made Cellular Therapies
“Conventional mesenchymal stem cells possess great promise, however, unless the cells are specifically created for one purpose, the concept of asking one cell to solve a wide variety of unrelated medical problems can be a bit of a stretch” said Dr.
The Company has generated and filed intellectual property on a variety of disease-specific modifications of our iPSC line. Importantly, creation of “hybrid cells” which possess tolerogenic and regenerative potential.
“While the Company’s main focus is the Phase III clinical trial using JadiCells for treatment of COVID-19 ARDS and concurrently advancing our pipeline and intellectual property, our focus is to generate the most cutting-edge science we can and accelerate its clinical translation alone or through partnerships.” said Dr.
As part of the Company’s intellectually property, iPSC derived cells expressing interleukin-27 are described, which appear to potently inhibit pathological immunity and upregulate numerous immunological checkpoints in vitro and in vivo.
“There are parallels between the worlds of immunotherapy and regenerative medicine. The first wave of immunotherapy, interleukin-2 and lymphokine activated killers, had some level of efficacy but were never fully adopted. It was only when the second-generation immunotherapies such as CAR-T and checkpoints came out that cancer immunotherapy was fully accepted,” said
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