Serometrix is leveraging its Structure Guided atform to develop an internally funded pipeline of novel lead compounds. These lead compounds are focused on unmet commercial opportunities in oncology, autoimmune, inflammation, and infectious disease.

Serometrix has a growing pre-clinical therapeutic pipeline which consists exclusively of internal discoveries enabled by the SimPep™ platform.

The unique capability provided by SimPep™ yields powerful clinically predictive models, which are advancing the understanding of important biological phenomena and enabling the further discovery of a great number of potential therapeutic lead compounds.

 

Predictive Product Pipeline

 
 

SX-GIP34 is a novel oncology therapeutic lead compound that has shown preliminary in vivo activity against metastatic spread of breast and prostate tumors (US Patents 5,674,842 and 5,707,963).

SX-ARPC is a novel family of compounds that have demonstrated in vitro ability to down regulate the AR pathway. Optimized version of these compounds have potential as a novel therapeutic for Prostate Cancer.

SX-METF is an novel modulator of the tumor microenvironment. This compound has demonstrated in vitro regulatory activity for dissociation, migration, cell adhesion, invasion and proliferation (US and International Patents Pending).

SX-RDS1 is a novel DNA Repair Inhibitor discovered to enhance the effectiveness of radiation therapy in a non-toxic manner. This compound is designed to dramatically reduce the frequency and dose of radiation therapy through a unique mechanism of action which gently disables cellular DNA repair mechanisms without interfering with p53 pathways.

SX-PCK9 is a novel set of compounds discovered that have proven in vitro to antagonize the interaction between PCSK9 and LDLR for the treatment of hypercholesterolemia. The program has develeoped compounds against both LDLR and the PCSK9 proteins.

SX-HIV1 is a discovery stage retroviral integrase inhibitor family to prohibit the multimerization of the highly conserved integrase enzyme used by many human retroviruses including HIV. This multimerization process is critical to the integration of viral genetic material with the DNA of the infected host cell.