Translating scientific breakthroughs into first-in-class treatments

Novel insights into human biology define our development programs that target cancer

Pipeline Overview

Our oncology pipeline is focused on restoring and bolstering immune responses and includes TTX-080. 

TTX-080

   

TZ-040

   

TZ-050

   

Undisclosed Programs

   

HLA-G, a Novel Immune Checkpoint

Tizona HLA-G image

HLA-G is normally expressed at the maternal-fetal interface and certain sites of immune privilege. In cancer, its expression is used as an immune evasion strategy. HLA-G mediates its potent suppression through binding to receptors found on tumor infiltrating immune cells.

TTX-080, a first-in-class Anti-HLA-G Antibody

Tizona TTX-080 image

TTX-080 is a potentially first-in-class medicine that targets HLA-G, a novel and emerging immune checkpoint expressed across multiple tumor types. By blocking the interaction of HLA-G with its receptors, TTX-080 prevents the suppression of both innate and adaptive immune activity and has the potential to enhance anti-tumor responses.

Tizona is enrolling patients in a Phase 1 clinical trial (NCT04485013) evaluating TTX-080 both as a monotherapy and in combination with other agents in patients with advanced cancers.

TZ-040, a Pre-Clinical Stage Program

Tumors have developed mechanisms to limit, or even prevent, the infiltration of immune cells into the tumor microenvironment (TME). TZ-040 targets a pathway that is known to suppress the accumulation, activation, and organization of immune cells and tertiary lymphoid structures within the tumor. By blocking this pathway, TZ-040 allows the immune system to access the site of the cancer and mount a coordinated response. TZ-040 is a pre-clinical stage program anticipated to enter IND-enabling studies in the first half of 2021.

Early Stage Pipeline

Tizona continues to develop a pipeline of innovative first-in-class immunomodulatory therapeutics focusing on targets expressed on leukocytes and tumor cells. Blocking these targets has the potential to stimulate the immune system and limit tumor cell growth with the potential to broadly impact patients with cancer.