07-29-2011: Exonhit and BGI announced the successful completion of a project dedicated to expanding Exonhit’s Genome-Wide SpliceArrayTM to an additional strategic preclinical animal model species.
To answer the need for a comprehensive understanding of gene deregulation and the expanding interest in developing biomarkers and molecular diagnostic tests for complex diseases, Exonhit and BGI decided to leverage their technology and know-how by combining the complementary features of massive parallel sequencing and Exonhit’s proprietary SpliceArray™ platform.
“Combining BGI’s next-generation sequencing ability with the profiling efficiency of Exonhit unique SpliceArray™ platform to discover new transcript content will enable a better understanding of the biology contributing to the onset and progression of disease. This new powerful combination will facilitate the rapid discovery, development and commercialization of the most relevant therapeutics, biomarkers and molecular diagnostics. We look forward to working with BGI as a preferred partner on future discovery projects,” commented Matthew Pando, Ph.D., Executive Vice President, Therapeutics at Exonhit.
“There is a high need for biomarker discovery as Pharma and Biotech players search for prognostic and predictive biomarkers in animal models, for designing clinical trials and developing companion diagnostics,” said Zifei Yang, Director of Pharma Business Development at BGI. “BGI Europe is pleased to partner with Exonhit to leverage BGI’s next-generation sequencing technology with Exonhit’s SpliceArray™ platform.”
Exonhit and BGI announced the successful completion of a project dedicated to expanding Exonhit’s Genome-Wide SpliceArrayTM to an additional strategic preclinical animal model species.To answer the need for a comprehensive understanding of gene deregulation and the expanding interest in dev ... more
Following the first data in benign and malignant fine-needle aspiration (FNA) samples, Exonhit announced successful completion of the second phase of the validation study of EHT Dx14, a new transcriptomic signature allowing to differentiate, at molecular level, benign breast tumors from mal ... more
ExonHit Therapeutics announced successful completion of the first phase of the validation study of EHT Dx14, a new transcriptomic signature allowing to differentiate, at molecular level, benign breast tumors from malignant ones.“These very promising first results confirm EHT Dx14 capability ... more