Blood cancers · 2024–25 results
Multiplex-edited CAR-T inducing remissions
Early clinical studies show that cells carrying multiple base edits can induce remissions.
Chiesa et al., NEJMStarting with recurrent glioblastoma
We engineer healthy-donor CAR-T cells to resist the signals tumors use to shut them down.
KGEN-001 · Preclinical development
Explore Our Science
KGEN-001 · Lead program
KGEN-001 starts with healthy-donor cells. Engineered to resist multiple GBM suppression pathways.
Explore KGEN-001KGEN-001 is in preclinical development.
CAR-T therapies use engineered immune cells to recognize and attack cancer.
The durability gap
Published GBM CAR-T example Not KGEN-001
Patient 26 · Disease progressed by month 1
Why now
Blood cancers · 2024–25 results
Early clinical studies show that cells carrying multiple base edits can induce remissions.
Chiesa et al., NEJMRecurrent GBM · 2025
T-Maximum announced FDA clearance for a Phase 2 trial of donor-derived CAR-T in recurrent GBM.
T-Maximum announcementHuman GBM · 2026
Human studies link suppressive immune-cell populations to poorer CAR-T responses.
Freeburg et al., CellPatient evidence guides what we protect against. Multiplex editing lets us combine those protections in one CAR-T cell.
External clinical and biological precedents, not KGEN-001 results. Early T-ALL/T-LL studies; nine BE-CAR7 responders proceeded to stem-cell transplantation.

KiraGen’s approach
We build CAR-T cells to ignore multiple signals, not overpower them.
Combinations of coordinated gene edits. Designed to resist multiple tumor shutdown signals.Explore our approachWhy this team
Members of our team have helped advance multiplex base-edited CAR-T cells from research into clinical development.





The vision
KGEN-001 is our first design.
KiraLOGIC prioritizes what we build and test next.
Ready when patients need them.
Built to endure when tumors fight back.
Investor backing