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Tevogen Bio Inc

Tevogen Bio Inc logo
🇺🇸United States
Ownership
-
Employees
-
Market Cap
$86.9M
Website

Tevogen Bio Partners with Databricks to Advance AI-Driven Immunotherapy Target Prediction Platform

• Tevogen Bio has commissioned Databricks to accelerate development of PredicTcell, its proprietary AI-driven target prediction model for precision immunotherapy. • The collaboration will enhance PredicTcell's capabilities in modeling immunologically active HLA+ peptide complexes and predicting T cell receptor engagement, based on Tevogen's ExacTcell platform. • This partnership represents the third pillar of Tevogen.AI's foundation, alongside Microsoft Research and Tevogen Bio's own clinical expertise, aimed at transforming precision medicine.

Tevogen Bio Files Patent for Novel T Cell Vaccine Targeting Entire Viral Genomes

• Tevogen Bio has filed a USPTO patent for a unique T cell vaccine designed to target entire viral genomes, potentially overcoming mutation-based resistance seen with traditional vaccines. • The vaccine leverages Tevogen's proprietary Tevogen.AI-powered PredicTcell technology to identify peptides that stimulate T cell responses, differentiating it from conventional B cell-focused vaccines. • Initially prioritized for national security and military applications against biological threats, the company plans transparent development with potential for broader public health applications.

Tevogen Bio Secures In-House Cell Therapy Production Facility to Accelerate T Cell Therapeutics Development

• Tevogen Bio has finalized an agreement with CD8 Technology Services to develop a turn-key facility supporting both pre-clinical research and GMP cell therapy production capabilities. • The strategic move aims to overcome capital barriers typically faced in building GMP capabilities at scale, while maintaining operational agility and controlling costs in developing off-the-shelf CD8+ T cell therapeutics. • This facility agreement follows Tevogen's earlier financing activities in 2024, including a $6 million Series C Preferred Stock investment and access to a $36 million line of credit, positioning the company for accelerated pipeline advancement.

Tevogen Bio Presents ExacTcell Platform to BARDA as Potential Rapid-Response Viral Countermeasure

• Tevogen Bio met with BARDA TechWatch team to showcase their ExacTcell technology, highlighting its potential as a scalable medical countermeasure against emerging viral threats. • The company's platform demonstrated positive safety results in proof-of-concept trials for TVGN 489, incorporating AI capabilities in its development process. • As a clinical-stage biotech firm, Tevogen Bio aims to develop off-the-shelf CD8+ cytotoxic T lymphocyte therapies for infectious diseases, cancers, and neurological disorders.

Tevogen Bio CEO Highlights Commitment to Patient Accessibility and Business Model

• Tevogen Bio's CEO, Dr. Saadi, reaffirmed his dedication to making therapeutics accessible to patients through the company's innovative business model. • The company's officers hold nearly 79% of outstanding shares, demonstrating confidence in Tevogen Bio's potential and long-term vision. • Tevogen Bio is advancing its ExacTcell™ technology to develop off-the-shelf T cell therapies for infectious diseases, cancers, and neurological disorders. • Tevogen Bio anticipates sharing updates on its pipeline, including a $1 billion oncology forecast for the launch year, indicating strong growth expectations.

Tevogen Bio's TVGN 489 Shows Promise in High-Risk COVID-19 Patients

• Tevogen Bio's TVGN 489, an allogeneic SARS-CoV-2 specific Cytotoxic CD8+ T lymphocytes immunotherapy, demonstrates promising results in a Phase I clinical trial. • The trial showed symptom improvement and viral elimination in high-risk COVID-19 patients, including those immunocompromised, with no disease progression or Long COVID development. • TVGN 489 was well-tolerated across all tested doses, with no significant adverse events and did not interfere with endogenous anti-SARS-CoV-2 responses. • The study observed persistence of donor-derived CTLs through the 6-month follow-up, suggesting potential for sustained therapeutic effect.
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