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Genenta Science S.p.A. American Depositary Shares - $GNTA STOCK NEWS

Welcome to our dedicated page for Genenta Science S.p.A. American Depositary Shares news (Ticker: $GNTA), a resource for investors and traders seeking the latest updates and insights on Genenta Science S.p.A. American Depositary Shares stock.

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Rhea-AI Summary

Genenta Science (NASDAQ: GNTA) recently appointed five new directors to its Board of Directors, including John L. Cantello, Lauren H. Chung, Armon R. Sharei, and Todd Wider. The company aims to leverage the expertise of these new members to further develop its cell-based platform for treating solid tumors. The shareholders' meeting held on May 2, 2024, marked a significant step towards strengthening the company's leadership and strategic direction.

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Genenta Science (NASDAQ: GNTA) announces positive preliminary data from the ongoing dose ranging stage of the Phase 1/2 clinical trial for Temferon in newly diagnosed uMGMT Glioblastoma Multiforme patients. The data indicates no dose-limiting toxicities and a 2-year overall survival rate of 25%, surpassing the historically reported rates. The company expects to report top-line Phase 1 dose-ranging data by the end of 2Q24.
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Genenta Science (NASDAQ: GNTA) to present at upcoming conferences
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Genenta Science S.p.A. American Depositary Shares

Nasdaq:GNTA

GNTA Rankings

GNTA Stock Data

63.58M
11.14M
39.49%
6.64%
0.02%
Research and Development in Biotechnology
Professional, Scientific, and Technical Services
Link
United States of America
Milan

About GNTA

cancer immunotherapy - our gene therapy science to treat cancer we develop a gene transfer strategy into autologous hematopoietic stem/progenitor cells (hspcs) to target interferon-α expression to tumor-infiltrating monocytes/macrophages. an hiv-derived and genetically disabled viral vector - lentivirus - delivers the gene into the hspcs. interferon is a protein usually produced by the body in response to infections that also exhibits a powerful anti-tumor activity. however, the clinical use of interferon as a drug has been limited by its high toxicity. thanks to our innovative therapy, using a combination of transcriptional and microrna-mediated control, tumor-infiltrating monocytes/macrophages become capable to selectively express interferon limited to the tumor area, thus reducing its toxicity. based on these mechanisms, a population of tumor-infiltrating monocytes/macrophages, tie2-expressing monocytes (tems), are armed with a specific drug.