Transforming Fibrosis Treatment With Precision Matrix Targeting
Short Business Description:
Fibrosis contributes to over 45% of deaths in the developed world. By using evolutionarily optimized matrix targeting peptides, Tandem Tx overcomes the extracellular matrix barrier to unlock the previously inaccessible multidimensional druggable space. Using a deep understanding of matrix mechanobiology and its relation to disease progression, the ETH-spinoff is developing a pipeline of conditionally targeted, efficacious and safer therapies to treat fibrotic diseases.
45% of all deaths is in the developed world are associated with fibrosis and yet there is no available cure. Current approaches do not reverse fibrosis, they just delay organ failure.
Most drug development efforts are focused on targeting the cells themselves, thereby overlooking the extracellular matrix. This meshwork of proteins acts as a hub for various physical and biochemical interactions that take place between different cells to maintain a state of health. The matrix is an active contributor to cancer and fibrosis progression primarily through dynamic remodeling as a response to any changes. Its nodes can be targeted or modulated to change the course of the disease.
This is what Tandem Therapeutics aims to do by developing novel first-in-class peptide therapeutics for precision targeting of the extracellular matrix in fibrotic cancers and other fibrotic diseases. By using evolutionarily optimized matrix targeting peptides, Tandem Therapeutics overcomes the extracellular matrix barrier to unlock the previously inaccessible multidimensional druggable space to create breakthrough solutions for patients burdened with fibrotic diseases. At the core of their innovation is the deep understanding of the protein-protein interaction and how matrix tensional changes can be mapped and targeted.
The core team consists of three cofounders: Dr. Mamta Chabria, Prof. Dr. Viola Vogel and Dr. Martin Behe.