PLX-R18

PLX-R18: A Potential Treatment
for Acute Radiation Syndrome

Understanding Acute Radiation Syndrome (ARS)

ARS, also known as radiation sickness, occurs after exposure to high doses of ionizing radiation, such as in nuclear accidents or warfare. It leads to severe damage to the bone marrow, impairing the body’s ability to produce blood cells and causing life-threatening complications. Without effective treatment, ARS can be fatal. Currently approved treatments primarily promote white blood cell regeneration and provide only partial relief from ARS symptoms. There is a significant need for new medical countermeasures to improve survival outcomes by addressing all three blood lines affected by ARS.

PLX-R18:
Addressing an Urgent Need

PLX-R18 is an advanced placenta-based cell therapy designed to stimulate bone marrow  regeneration  and restore the production of all blood cell types  following radiation exposure. It is currently being evaluated as both a treatment for ARS and a prophylactic countermeasure to protect against radiation-induced damage.

Key Advantages of PLX-R18:

  • Increases survival rates: PLX-R18 significantly improved survival following radiation exposure, increasing survival in treated groups vs. placebo.
  • Promotes blood cell recovery: Research shows an increase in white blood cells, platelets, and red blood cells.
  • Prophylactic potential: When administered before and after radiation exposure, PLX-R18 increased survival from 4% to 74% in treated groups (p<0.0001), and increase in recovery of blood lineages was observed
  • Demonstrated safety: Human trials showed PLX-R18 was well tolerated with a favorable safety profile, leading to increased blood cell counts and a significant reduction in the need for transfusions.

 

Government Support and Regulatory Progress

  • U.S. Government Collaboration: Pluri is working with the U.S. Department of Defense (DoD) and National Institutes of Health (NIH/NIAID) to advance the development of PLX-R18.
  • FDA Investigational New Drug (IND) Approval: The FDA cleared PLX-R18 for study as a treatment for ARS in the event of nuclear incidents.
  • Orphan Drug Designation: The FDA granted PLX-R18 Orphan Drug status for the treatment of ARS, recognizing its potential as a life-saving therapy.
  • Government Funding: Pluri signed a three year $4.2M contract with NIAID for further research and development of PLX-R18.

 

Advancing ARS Treatment with PLX-R18

Through our collaborations with leading U.S. government agencies, Pluri is committed to developing PLX-R18 as a critical countermeasure for ARS. Our research continues to validate its safety, efficacy, and potential to save lives in the event of radiological or nuclear emergencies.

Pluri also announced it has signed an exclusive collaboration agreement with Hemafund, a Ukrainian umbilical cord blood bank, to establish a strategic initiative for stockpiling, distribution, and potential clinical advancement of PLX-R18 as a countermeasure against Hematopoietic Acute Radiation Syndrome in Ukraine.

For more information on PLX-R18 and our research, contact us today.

Let’s Work Together

Contact us today to explore a partnership tailored to your current and future clinical drug product manufacturing needs.

©2023 Pluri Inc.

©2023 Pluri Inc., its logo, brand, product, and process names appearing in this issue are the trademarks of Pluri™ Inc. or its affiliated companies. All other brand, product, and process names appearing are the trademarks of their respective holders. Reference to or use of a product, or process other than those of Pluri™ Inc. does not imply recommendation, approval, affiliation, or sponsorship of that product, or process by Pluri™ Inc. Nothing contained herein shall be construed as conferring by implication, estoppel, or otherwise any license or right under any patent, copyright, trademark, or other intellectual property right of Pluri™ Inc. or any third party, except as expressly granted herein.  All information herein is for general information only and is subject for change without notice.

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