With our technology platform, we are able to develop a pipeline that target different growth factors to treat different solid tumours
Technology Platform
We design synthetic therapeutics that include immunogenic sequence of growth factors domain that express with a synthetic carrier
We develop biologics that include growth factor domain(s) and an immunogenic carrier.
In3Bio’s innovative approach allows us to develop novel mono- or bi-specific therapeutics, in order to treat cancers which are often controlled by multiple growth factor-triggered pathways.
Our broad portfolio contains engineered synthetic growth factors; their natural counterparts playing crucial roles in tumour signalling pathways and (thereby) drug resistance modulation. Our pipeline covers a broad selection of candidates, each targeting major and multiple indications.
Together with other approved agents, in particular various small-molecule inhibitors used in precision-medicine directed targeted therapy, our pipeline includes combinations that have demonstrated significant potential in established pre-clinical models.


Pipeline
Focusing on pathways that are active in tumour proliferation, In3Bio has created a robust and diversified pipeline of novel therapeutics addressing multiple indications.
Our pipeline contains both single and bi-specific molecules targeting different pathways active in solid tumours. Our width and strength enable us to create potential solutions for different cancer indications
Single Target Molecules

Bi-Specific Molecules

Patents
In3Bio has filed and been granted patent applications, including Patent Cooperation Treaties (PCTs), and nationalized patents. The protection of the intellectual property covers the United States, Europe, Japan, China, Australia and other countries.
The company has comprehensive team of scientist and lawyers who are responsible for the patents filing. Our legal teams are based in Boston, USA, and London, UK.
The company has granted patent for its platform technology and broad portfolio of growth factor targets
