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Tonix Pharmaceuticals' TNX-1700 Shows Promise in Enhancing Immunotherapy for Gastric Cancer

By FisherVista

TL;DR

Tonix Pharmaceuticals' TNX-1700 offers a competitive edge in cancer treatment by enhancing immunotherapy effectiveness and reducing metastases in gastric cancer models.

Tonix Pharmaceuticals developed mTNX-1700 in collaboration with Columbia University, combining murine trefoil factor-2 and serum albumin to improve anti-PD-1 immunotherapy outcomes.

The development of TNX-1700 by Tonix Pharmaceuticals represents a significant step forward in making cancer treatments more effective and improving patient survival rates.

Tonix Pharmaceuticals' innovative approach with TNX-1700 could revolutionize cancer treatment by overcoming checkpoint resistance in solid tumors.

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Tonix Pharmaceuticals' TNX-1700 Shows Promise in Enhancing Immunotherapy for Gastric Cancer

Tonix Pharmaceuticals Holding Corp. (NASDAQ: TNXP) has recently published preclinical data in Cancer Cells, highlighting the potential of its fusion protein candidate, TNX-1700, to enhance immunotherapy in gastric cancer. The study, conducted in collaboration with Columbia University Medical School, demonstrated that the murine version of TNX-1700 (mTNX-1700) significantly increased survival rates and reduced metastases in mouse models of gastric cancer. This breakthrough suggests a new avenue for overcoming resistance to checkpoint inhibitors, a major challenge in cancer treatment.

The mechanism behind TNX-1700's efficacy involves the depletion of immunosuppressive neutrophils and the inhibition of cancer-driven granulopoiesis, processes that often undermine the effectiveness of anti-PD-1 immunotherapy. Dr. Seth Lederman, CEO of Tonix Pharmaceuticals, emphasized the importance of these findings, stating they support the further development of TNX-1700 as a means to address checkpoint resistance in solid tumors, including gastric and colorectal cancers.

This development is particularly significant given the high mortality rates associated with gastric cancer and the limited success of current treatments in advanced stages. The ability of TNX-1700 to enhance the effectiveness of existing immunotherapies could lead to improved outcomes for patients, offering hope where options are currently limited. The human version of TNX-1700 is now in development, with the aim of bringing this promising treatment to clinical trials.

For more details on the study and its implications, visit https://ibn.fm/PPxKC.

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FisherVista

FisherVista

@fishervista