International Space Medicine Consortium

ISMC, E-P Therapeutics, Forever Identity and ClinImmune/Caricord collaborate on studies and testing of UCB Stem Cell survivability under Micro Gravity (Micro-G) simulation

In May 2015, ISMC will commence a study comparing the differentiation of Umbilical Cord Blood (UCB) stem cell survivability under “1G” and “Micro-G” conditions at its Micro-G laboratory in Connecticut. Micro-G simulates the condition aboard the International Space Station (ISS) and activities in Low Earth Orbit (LEO). The UCB stem cells to be used for the study will be furnished by the ClinImmune/Caricord bank at the University of Colorado. The study will also apply the E-Peptide developed by E-P Therapeutics under 1G and Micro-G conditions and compare the functionality of the neural differentiated stem cells to measure the E-Peptide action performance yield. The E-Peptide, a small protein, has been observed to cause primary neural cells to develop dendrites. This suggests enhanced maturation will occur with the addition of E-Peptide to UCB stem cells that are being stimulated for neural expression. The ClinImmune/Caricord team will also participate in the verification analysis post differentiation for neural therapeutic applications in 1G and Micro-G conditions. The results of this study are critical to the ISMC dedication to the improvement of space medicine and its unmet medical challenges.

ClinImmune/Caricord has one of the largest and highest quality stem cell repositories in the world, including a second generation inventory of FDA Licensed drug units, (with some of the highest TNC levels) that were produced as lifesaving drugs for global distribution, and a high quality private bank consumer inventory that is securely maintained at the ClinImmune University of Colorado Medical Center repository. They will also conduct research into new uses of newborn stem cells in conjunction with ISMC and other strategic partners. ( ( )

EP Therapeutics has identified an E peptide that not only activates neuroblastoma cells to form dendrites, but also stimulates progenitor cells or quiescent cells of the pituitary gland to proliferate. This combined effect on neural and neuroendocrine cells creates the promise of helping umbilical cord stem cells to mature faster into islet cells. This will also be tested in micro g and g environments. Another interesting attribute of E peptide is its stimulation of fibroblasts. Fibroblasts are necessary in wound closure. The presence of E peptide in granulation tissue could help make wound closure faster. (

The ISMC study will be under the direction of Dr. Steven Diamond, ISMC President/COO and Dr. Thais Russomano, ISMC Senior Vice President and Chief Medical Officer. The study will support the ISMC investigative diagnostic and therapeutic protocols addressing Traumatic Brain Injury (TBI), Intracranial Pressure (ICP) in the Space Mission environment and further 1G research to study Deep Brain Stimulation (DBS) factors

As a part of these Space Medicine activities, ISMC has negotiated an exclusive partnership with Forever Identity ( to develop a 3-D holographic persona and is researching its application in interactive robotics and cognitive intelligence. Forever has researched and developed an application specific empathy platform that ISMC is actively investigating for robotic clinical psychology and diagnostic space medicine protocols. . (

Barry Ressler, ISMC Chairman and Chief Executive Officer expressed the importance of aligning IMSC’s internal scientific, medical, and Micro-G expertise with the collaborative partners disclosed in this release and ISMC’s plans to globally expand its network of space technology partners. ISMC is committed to connecting space exploration and humanity by pioneering space medicine technologies and applications. This commitment will position ISMC to support future U.S. and international human spaceflight missions and the emerging commercial space tourism industry.

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