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Revolutionary Immune Therapy: Bionoxx's New Approach to Fighting Cancer

Published: 5/23/2024
      
Bionoxx
Neutrophil
T cell modulation
Cancer therapy
BNX-IFS
Immune therapy
OTS-412
FDA approval
Clinical trial
Immunomodulatory

Key Takeaways

  • Bionoxx to unveil new immune modulation technology at BIO International Convention.
  • BNX-IFS technology focuses on maintaining T cell homeostasis through neutrophil dynamics.
  • Upcoming clinical trials will test the efficacy of mOTS-412 in treating resistant solid tumors.

Did You Know?

Did you know? Bionoxx's oncolytic virus, OTS-412, has shown promising results in enhancing cancer-specific T cell responses in preclinical models.

Bionoxx to Showcase Groundbreaking Technology at BIO International Convention

Bionoxx Inc., an innovative biotech company, is set to unveil its latest technology at the 2024 BIO International Convention, aimed at tackling immune-related diseases. Scheduled for June 4th at 4:00 PM PT, the presentation will highlight Bionoxx’s advancements in neutrophil-directed T cell modulation technology.

Understanding Neutrophil Homeostasis in Cancer Patients

Recent research by Bionoxx has found that cancer patients often face challenges with neutrophil homeostatic dynamics in their blood. These disturbances can lead to T cell dysfunction, exacerbating clinical outcomes for these patients. This discovery has driven Bionoxx to develop the BNX-IFS technology, which identifies activated neutrophils pivotal for maintaining T cell homeostasis.

Introduction to BNX-IFS Technology

BNX-IFS, short for Bionoxx's Immune Function States, is a novel system designed to evaluate immune dynamics using circulating immune cells. The technology has shown that neutrophils' flexibility plays a crucial role in regulating T cells. This has been validated through nonclinical models and clinical specimens from both healthy individuals and patients with immune-related diseases.

Innovations in Cancer Treatment

The U.S. FDA has approved Bionoxx’s Investigational New Drug (IND) application, enabling the first human trials of mOTS-412, alone or combined with anti-PD-L1 therapy, for treating resistant solid tumors. This trial is set to commence in the latter half of 2024 and will be instrumental in assessing the effectiveness of BNX-IFS technology in real-world scenarios.

The Promise of BNX-IFS

According to Dr. Tae-Ho Hwang, Bionoxx's CTO, the acceptance of the IND application is a crucial milestone. It provides an excellent opportunity to refine and validate this pioneering technology, which holds the promise of creating new treatment options for various immune-related diseases.

What is OTS-412?

OTS-412 is an investigational oncolytic virus developed by Bionoxx as part of their innovative immunomodulatory strategy. This virus targets cancer cells and has demonstrated an enhanced ability to stimulate cancer-specific cytotoxic T cells, working synergistically with immune checkpoint inhibitors (ICI) in preclinical models resistant to ICI.

Bionoxx's Mission and Goals

Headquartered in South Korea, Bionoxx focuses on pioneering treatments that modulate the immune system to fight cancer and other immune-related disorders. The company's goal is to improve patient outcomes through advanced, personalized immunotherapies and innovative technologies.

Collaborations and Partnerships

Bionoxx is actively seeking partnerships and collaborations to further their research and development efforts. This includes working on therapies for various immune-mediated diseases, such as acute viral infections and autoimmune diseases.

Future Prospects

As Bionoxx continues to push the boundaries of biotechnology, its groundbreaking research and novel technologies hold the potential to revolutionize how immune-related diseases are treated, offering hope to many patients worldwide.

Conclusion

Bionoxx's advancements in neutrophil-directed T cell modulation and the development of BNX-IFS and OTS-412 represent a significant leap forward in the fight against cancer and immune disorders. The upcoming clinical trials and continued research efforts signal a promising future for immune therapy.