Creative Medical Technology Holdings Inc

We are a commercial stage biotechnology company dedicated to the advancement regenerative therapies in the fields of immunotherapy, endocrinology, urology, neurology and orthopedics. Our platforms, therapies and products include the following:

Our subsidiary, Creative Medical Technologies, Inc. ("CMT"), was originally created to monetize U.S. Patent No. 8,372,797 and related intellectual property related to the treatment of erectile dysfunction ("ED"), which it acquired in February 2016. Subsequently, we have expanded our development and acquisition of intellectual property beyond urology to include therapeutic treatments utilizing "re-programmed" stem cells, and the treatment of neurologic disorders, lower back pain, Type-1 diabetes, and heart, liver, kidney, and other diseases using various types of stem cells through our ImmCelz, Inc., StemSpine, Inc. and AlloCelz LLC subsidiaries. However, neither ImmCelz Inc., nor AlloCelz LLC have commenced commercial activities.

In 2020, through our ImmCelz Inc. subsidiary, we began developing treatments under our ImmCelz platform (CELZ-100), that utilize a patient’s own extracted immune cells that are then "reprogrammed/supercharged" by culturing them outside the patient’s body with optimized cell-free factors. The immune cells are then re-injected into the patient from whom they were extracted. We believe this process endows the immune cells with regenerative properties (or "supercharges" them) providing them with the ability to treat multiple indications. We have validated this ability through the third-party studies described below that were independently conducted on selected human donor patient cells for accuracy and reproducibility. In contrast to other stem cell-based approaches, the immune cells are significantly smaller in size than stem cells and are believed to more effectively penetrate areas of the damaged tissues and induce regeneration.

In June 2022, we signed an agreement with Greenstone Biosciences Inc. ("Greenstone") for the development of a human induced pluripotent stem cell (iPSC) pipeline for our ImmCelz platform. This project was identified as iPScelz . The efforts by Greenstone are expected to complement and expand our current work on novel therapeutic cell lines. In May 2023, we announced that we had received confirmation that Greenstone had successfully developed a human induced pluripotent stem cell (iPSC). We estimate that the development of this cell line will save the Company two to three years in research and development time along with associated expenses. The final iPScelz results in a viral-free cell line which has great potential for differentiation into therapeutic biologics both for the cellular and cell-free programs along with targeted drug discovery. Greenstone’s developments were confirmed by an independent, industry-leading research firm.