Thunbnail image
News   >  Urology   >  

New Phase 2 Trials for Enhancing Bladder Function in Spinal Cord Injury Patients

Published: 5/29/2024
      
RespireRx
CX1739
spinal cord injury
bladder function
clinical trials
AMPAkine
neurogenic bladder dysfunction
Department of Defense
Shirley Ryan AbilityLab
neuromodulators

Key Takeaways

  • RespireRx receives DOD grant for Phase 2 trials with CX1739.
  • The study aims to improve bladder function in SCI patients.
  • Positive results could lead to groundbreaking SCI treatments.

Did You Know?

Did you know? Neurogenic bladder dysfunction affects up to 84% of spinal cord injury patients.

Introduction to the New Study

RespireRx Pharmaceuticals Inc. recently announced a significant grant from the Department of Defense (DOD) to fund advanced clinical trials assessing the safety and efficacy of their AMPAkine drug, CX1739. This innovative drug aims to improve bladder function and motor activity in patients who have suffered from spinal cord injuries (SCI).

Details of the Grant and Collaborators

The DOD has awarded nearly $1.8 million to support this research. The funds will be used for Phase 2A and 2B clinical trials conducted by Shirley Ryan AbilityLab in Chicago, led by Dr. Milap Sandhu. This collaboration also involves Dr. Arnold Lippa from RespireRx and Dr. David Fuller from the University of Florida.

Objective of the Clinical Trials

One of the primary goals of these trials is to explore whether CX1739 can effectively restore bladder function. Many SCI patients suffer from neurogenic bladder dysfunction, which significantly reduces their quality of life. Current treatment methods often involve catheterization, which comes with its own set of complications.

The Clinical Trial Stages

The trials will consist of two stages. The first stage (Phase 2A) will focus on ascending single-dose safety and efficacy studies. The second stage (Phase 2B) will involve a double-blind, placebo-controlled trial where patients will receive either CX1739 or a placebo twice daily for seven days.

Research and Past Studies

Preclinical studies conducted by Dr. Fuller have shown promising results. These studies indicated that CX1739 could improve motor nerve activity and muscle function in animal models. If these results translate to humans, the drug could become a groundbreaking treatment for SCI patients.

Significance of the Research

This research holds the potential to provide a much-needed solution for SCI patients, addressing a critical and challenging aspect of their condition. The study aims to offer a novel treatment that could significantly enhance the quality of life for those affected.

Funding and Support

The grant not only covers the clinical trial expenses but also includes funds for RespireRx to manufacture and formulate the drug. With a budget of $252,200 for these tasks, the company aims to update and submit the investigational new drug application for CX1739.

RespireRx's Broader Mission

RespireRx is committed to developing treatments for various neurological and psychiatric disorders through innovative drug platforms like neuromodulators and cannabinoids. Their focus includes conditions such as epilepsy, ADHD, and obstructive sleep apnea.

Future Implications

If successful, this study could pave the way for more advanced treatments for SCI, reducing the dependency on current invasive methods like catheterization and providing a better quality of life for patients. The research could also offer insights applicable to other neurological conditions.

Conclusion

With this significant DOD grant, RespireRx and its collaborators are set to undertake groundbreaking research that could change the landscape of SCI treatment. The potential benefits of CX1739 could provide much-needed relief and improved life quality for many patients worldwide.

References

  1. RespireRx Pharmaceuticals Inc.
    https://www.respirerx.com
  2. Shirley Ryan AbilityLab
    https://www.sralab.org
  3. University of Florida
    https://www.ufl.edu
  4. U.S. Army Medical Research Acquisition Activity
    https://www.usamraa.army.mil