Welcome to our dedicated page for In8Bio news (Ticker: INAB), a resource for investors and traders seeking the latest updates and insights on In8Bio stock.
In8Bio, Inc. (INAB) is a clinical-stage biopharmaceutical leader developing gamma-delta T cell immunotherapies for cancer treatment. This page provides investors and researchers with essential updates on clinical trials, regulatory developments, and strategic partnerships driving innovation in cellular therapies.
Access real-time announcements about the company's DeltEx platform advancements, chemotherapy-resistant cell therapies, and progress across solid tumor and hematologic malignancy programs. Our curated news collection includes earnings reports, trial data publications, and collaborative research milestones.
Key updates cover FDA designations, preclinical study results, and technology licensing agreements. All content is verified for accuracy and relevance to support informed decision-making in the oncology investment space.
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IN8bio, Inc. (Nasdaq: INAB) announced a significant milestone with an oral presentation for its Phase 1 study of INB-200 at the 2023 ASCO Annual Meeting on June 2, 2023. This study evaluates the safety and efficacy of INB-200, a treatment targeting glioblastoma multiforme (GBM), a challenging brain cancer. Current treatments provide limited median progression-free survival of 6-7 months and overall survival of 14-16 months. INB-200 utilizes genetically engineered gamma-delta T cells aimed at enhancing cancer cell elimination and potentially prolonging patient survival. The abstract will be publicly accessible on ASCO's website from May 25, 2023. IN8bio also advances its DeltEx platform for developing innovative cancer therapies, currently conducting two Phase 1 trials and planning a Phase 2 trial for newly diagnosed GBM.
IN8bio, Inc. (Nasdaq: INAB) has achieved FDA orphan drug designation for its genetically modified gamma-delta T cell therapies, INB-400 and INB-410. This designation is notable as it is the first of its kind for these therapies, offering potential 7-year market exclusivity and other benefits. INB-400, an autologous therapy, has been cleared for a Phase 2 trial targeting newly diagnosed glioblastoma multiforme (GBM), with patient enrollment set to begin in the latter half of 2023. With GBM remaining a challenging cancer with limited treatment options, IN8bio's approach combines engineered gamma-delta T cells with standard treatments to enhance tumor elimination. The company anticipates further clinical developments and updates at upcoming medical meetings.
IN8bio, Inc. (Nasdaq: INAB) announced groundbreaking results from the Phase 1 trial of INB-100 for treating high-risk leukemia patients. As of April 21, 2023, all 7 evaluable patients achieved 100% complete remission (CR) and remain alive, with one patient surviving beyond 3 years. The treatment demonstrated significant gamma-delta T cell expansion, achieving an average of 82.9 times greater expansion at 60 days compared to standard care. Low-grade graft versus host disease was reported, with no dose-limiting toxicities observed. The company recommends Dose Level 2 as the next phase, expanding the trial to enroll more patients. A conference call is scheduled for April 24, 2023, to discuss these clinical updates and future directions.
IN8bio has announced promising preclinical data for its innovative non-signaling CAR (nsCAR) platform, particularly in the treatment of acute myeloid leukemia (AML) targeting CD33. The recent findings, highlighted at the AACR Annual Meeting 2023, showcase the ability of gamma-delta T cells to distinguish between cancerous and healthy cells, minimizing side effects. The nsCAR platform demonstrated significant efficacy, with a CD19 targeting construct achieving 80% kill rate against leukemia cells while sparing 95% of healthy B cells. The new INB-330 program aims to address challenges in AML treatments due to CD33's presence on both leukemic cells and healthy stem cells. The company is focused on further optimizing CAR constructs for enhanced targeting capabilities, signaling potential advancements in previously difficult-to-treat cancers.