‘We’re On The Edge Of Knowledge,’ Says Dewpoint CEO

Biomolecular condensates were first observed over 100 years ago, but their function – and the role they might play in a broad range of diseases – is only now being rigorously explored by drug developers. New technological development is helping scientists recreate condensates in laboratory conditions, providing insight into fundamental cellular processes. Amir Nashat, CEO of Dewpoint Therapeutics, told In Vivo that the company, following a recent $77m series B round, now has the resources to get to proof of concept for drugs targeting biomolecular condensates.

Bubbles
• Source: Shutterstock

Dewpoint Therapeutics, with headquarters in Cambridge, Massachusetts and Dresden, Germany, believes understanding and targeting biomolecular condensates – droplets without membranes that form in the cell through a process called phase separation – represents the next “tectonic shift” in drug discovery. With 16 years at investment firm Polaris Partners and multiple start-up CEO roles under his belt, CEO Amir Nashat, who received an Sc.D from Massachusetts Institute of Technology (MIT) in chemical engineering and a biology minor under the tutelage of MIT’s Bob Langer, said he’s never seen anything “so architecturally relevant … to everything in biology.”

The condensate space, said Nashat, “is probably more fundamental to a better understanding of how cells function, and how cell biology works, than anything I’ve ever seen before.” He has seen a lot: as examples, Nashat cited the introduction of population genetics with companies like deCode, or the use of gene editing with Alnylam Pharmaceuticals Inc.

Read the full article – start your free trial today!

Join thousands of industry professionals who rely on In Vivo for daily insights

  • Start your 7-day free trial
  • Explore trusted news, analysis, and insights
  • Access comprehensive global coverage
  • Enjoy instant access – no credit card required

More from Innovation

UCB’s Alistair Henry On How AI Is Reshaping Biopharma Talent

 
• By 

Artificial intelligence is shaping many facets of the drug development and commercialization continuum. The need for computational skills within drug R&D is also changing what companies are looking for in young talent that is capable of both bridge biological expertise with computational literacy.

Lighting The Way To Anxiety Treatments With No Side Effects

 
• By 

Cutting-edge research is revolutionizing anxiety treatment by targeting specific brain circuits, paving the way for therapies that are free from side effects. This innovative approach promises more efficient and precise medicine, offering hope to millions of people living with anxiety.

With 75 Pipeline Candidates, TIL Therapies Gain Momentum in Solid Tumor Space

 
• By 

Tumor infiltrating lymphocyte therapies show promise for solid tumors, with a first FDA approval, but face manufacturing and access challenges as development continues.

NewAmsterdam’s Davidson On Reviving “Failed” Drug Class To Fill Cardiovascular Treatment Gap

 
• By 

After a string of high-profile failures by big pharma, Michael Davidson is positioning his company's CETP inhibitor as the next breakthrough in cardiovascular medicine. The body of data to support this position is growing.

More from In Vivo

Protagonist’s Patel: Building A Differentiated Peptide Platform With Strategic Patience

 
• By 

After revolutionizing the peptide therapeutic landscape, CEO Dinesh Patel reflects on the journey from surviving the 2008 financial crisis to developing a platform now poised to deliver back-to-back blockbuster approvals.

With 75 Pipeline Candidates, TIL Therapies Gain Momentum in Solid Tumor Space

 
• By 

Tumor infiltrating lymphocyte therapies show promise for solid tumors, with a first FDA approval, but face manufacturing and access challenges as development continues.

NewAmsterdam’s Davidson On Reviving “Failed” Drug Class To Fill Cardiovascular Treatment Gap

 
• By 

After a string of high-profile failures by big pharma, Michael Davidson is positioning his company's CETP inhibitor as the next breakthrough in cardiovascular medicine. The body of data to support this position is growing.