KiraGen advances glioblastoma program with patient-derived tumor studies
KiraGen is evaluating multiplex-engineered CAR-T cells in patient-derived tumor samples and brain-tumor models in mice.
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Company updates, scientific perspectives, publications, and milestones from KiraGen Bio.
KiraGen is evaluating multiplex-engineered CAR-T cells in patient-derived tumor samples and brain-tumor models in mice.
The former Poseida cell-therapy CSO brings experience in allogeneic CAR-T engineering, platform development, and clinical translation to KiraGen's scientific advisory team.
The venture philanthropy grant supports evaluation of KiraGen's engineered CAR-T candidates in patient-derived GBM tumoroids to help guide continued product development.
KiraGen is evaluating multiplex-engineered CAR-T cells in patient-derived tumor samples and brain-tumor models in mice.
KiraGen's Head of Immunoinformatics contributed to three recent studies spanning tumor biology, single-cell analysis, and the reliability of biomedical machine learning.
Co-founder and CEO Aaron Edwards will present KiraGen's approach to multiplex engineering for durable CAR-T activity in glioblastoma on September 15 at the CAR-TCR Summit in Boston.
The former Poseida cell-therapy CSO brings experience in allogeneic CAR-T engineering, platform development, and clinical translation to KiraGen's scientific advisory team.
KiraGen moved into Tufts Launchpad | BioLabs in downtown Boston, expanding its access to flexible laboratory infrastructure, shared resources, and a collaborative biotech community.
Co-founder and CEO Aaron Edwards presented KiraGen's approach to building allogeneic CAR-T cells with intrinsic resistance to multiple suppressive pathways during an invited ASGCT symposium.
Additional provisional filings related to engineered immune cells expand KiraGen's developing intellectual property portfolio around its platform and product programs.
An Incite Labs-supported collaboration will evaluate KiraGen's multiplex-engineered CAR-T approach in dedifferentiated liposarcoma models.
The venture philanthropy grant supports evaluation of KiraGen's engineered CAR-T candidates in patient-derived GBM tumoroids to help guide continued product development.
KiraGen highlighted co-founder and CSO Ryan Murray's research on coordinated engineering against rejection and overlapping tumor suppression.
The foundation joined KiraGen as an investor in support of durable cell-therapy approaches for brain cancers.
The translational research grant supports development of suppression-resistant CAR-T cells for DIPG and diffuse midline glioma, extending KiraGen's approach into pediatric brain tumors.
The award provides a $50,000 credit toward LabCentral laboratory space and a one-year fellowship, expanding KiraGen's access to infrastructure, support, and Boston's biotech community.
The award expands KiraGen's access to high-dimensional protein profiling, enabling deeper measurement of how engineered CAR-T cells respond to suppressive tumor signals.
The Penn neurosurgeon and glioblastoma CAR-T investigator brings clinical, translational, and CNS-delivery expertise to guide KiraGen's brain tumor program.
LabCentral and C10 Labs selected KiraGen for a cohort combining wet-lab infrastructure, computation, and company-building support.
Co-founder and CEO Aaron Edwards discussed KiraGen's founding, solid-tumor barriers, multiplex engineering, and glioblastoma on The Sheekey Science Show.
Co-founder and CSO Ryan Murray presented preclinical findings from KiraGen's five-edit CAR-T precursor during a GenScript exhibitor showcase at ASGCT 2025.
KiraGen was selected as one of ten companies from more than 200 applicants for Recode's healthcare AI program.
KiraGen was selected as a Boston Regional Finalist in the Harvard Business School New Venture Competition's Alumni Track.