Dorian Therapeutics Accesses Novel Compound Library From Ubiquigent

Ubiquigent Limited, a company focused on enabling and supporting ubiquitin system-focused drug discovery, announced that it had entered into an agreement with Dorian Therapeutics to provide access to one of its novel small molecule libraries specifically designed to target deubiquitylase (DUB) enzymes.

Under the terms of the agreement Ubiquigent will provide Dorian with access to the library as both a physical compound collection and a dataset where the library has been screened by Ubiquigent for DUB inhibitory activity using its DUBprofiler™ screening platform. The intention is to provide Dorian with novel hits that can form the basis of drug discovery programmes.

Ubiquigent is a world-leading provider of biology assay services, novel chemistry and expertise in the emerging space of ubiquitin-system and protein degradation drug discovery. Historically, one of the main rate-limiting factors has been the availability of small molecules to support early drug development. This agreement with Dorian builds on Ubiquigent’s strategy of developing highly-targeted, small molecule libraries focused on unlocking the potential of targeting DUB enzymes for the development of novel therapeutics.

Ubiquigent continues to provide access to its ubiquitin system focused capabilities to the wider scientific community including its Research Tools, Drug Discovery Services,, and non-exclusive compound libraries. It will also continue to explore other opportunities for strategic collaborations in the ubiquitin field.

Ubiquigent’s Managing Director, Mr. Jason Mundin commented: “We are extremely pleased to enter into this initial agreement with Dorian and look forward to developing our relationship based on our shared interest and expertise in the DUB field. This agreement further supports our strategy of supporting companies seeking to exploit the ubiquitin system for therapeutic benefit.”

Dorian’s Co-Founder and CEO, Dr. Maddalena Adorno also shared her enthusiasm for the collaboration: “We hope that this is just the beginning of a fruitful partnership, and that together we will make an impact on the way we treat age-associated diseases. DUBs are powerful targets which haven’t been fully explored until now, but we are here to change that.”

About Ubiquigent (www.ubiquigent.com)
Ubiquigent Limited enables and supports protein degradation focused drug discovery via modulation and exploitation of the ubiquitin system. Our chemistry and biology platforms allow us to design and develop novel compounds as part of strategic partnerships. In parallel we also provide access to our platforms and capabilities for the evaluation of our partners’ compounds.

Ubiquigent provides support to programmes in a number of ways ranging from larger Collaborative Drug Discovery Programmes for the delivery of hit and lead compounds, the provision of assay development compound profiling Drug Discovery Services on a CRO basis, through to the supply of Research Tools and reagents. At every stage Ubiquigent leverages its ubiquitin system focused knowledge and expertise to support partner programmes.

About Dorian Therapeutics (www.doriantherapeutics.com)
Dorian Therapeutics is a Silicon Valley start-up focused on developing treatments that block aging in degenerative diseases and during cellular therapy. Committed to commercialising technologies developed over the last decade, Dorian’s innovative approach benefits from the convergence of stem cell therapy, aging biology, and immunotherapy. Founded by two Stanford alumni, the company has the support of private VCs and top biotech incubators, including Y Combinator and StartX.

About the ubiquitin system
The ubiquitin system offers many new drug discovery target opportunities across multiple therapeutic areas including cancer, cardiovascular and metabolic, neurological and musculoskeletal, and infection and immunity. Involving the modification of proteins through the attachment of the protein ubiquitin, or ubiquitin-like proteins (Ubls), ubiquitylation and related Ubl modifications are key to the control of cellular protein homeostasis as well as signalling, akin to the critical role played by phosphorylation (approximately 30% of commercial drug discovery programmes target phosphorylation enzymes) and holds similar if not greater potential for clinical utility.