Roche, Warp Drive form antibiotics pact | October 23, 2017 Issue - Vol. 95 Issue 42 | Chemical & Engineering News
Volume 95 Issue 42 | p. 8 | News of The Week
Issue Date: October 23, 2017 | Web Date: October 18, 2017

Roche, Warp Drive form antibiotics pact

Big pharma firm will pay up to $87 million for access to novel natural product classes
Department: Business
Keywords: Drug discovery, Warp Drive, genome mining, antibiotics
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Warp Drive's Cambridge, Mass., labs
Credit: Warp Drive Bio
Warp Drive's Cambridge, Mass., lab.
 
Warp Drive's Cambridge, Mass., labs
Credit: Warp Drive Bio
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Reid
Credit: Warp Drive Bio
A photo of Warp Drive Bio CEO Laurence Reid.
 
Reid
Credit: Warp Drive Bio

Warp Drive Bio has secured another lucrative partnership for its genome mining drug discovery platform. Roche will pay up to $87 million in preclinical milestones and fees as part of a pact to explore new classes of natural products targeting Gram-negative bacteria.

Researchers have long relied on molecules made by soil bacteria as the starting point for antibiotics development. But despite decades of trying, in the lab they can coax bacteria into making only a limited range of compounds.

As a result, “we continue to mine in the same field,” says Warp Drive Chief Scientific Officer Alan Rigby. “Even the most current molecules are really rip-offs of what’s out there in terms of chemical backbones and, thus, mechanisms.”

Warp Drive is trying to overcome those limitations by mining bacterial genomes for sequences that code for novel molecules. During the company’s first few years, that meant searching for gene clusters that encode key components of known drugs.

The approach allowed the company to unearth novel, built-by-nature analogs of familiar classes of antibiotics. These included β-lactams and aminoglycosides, the latter of which it licensed to Sanofi.

With the Roche pact, Warp Drive will now search for novel classes of antibiotics. To do that, Warp Drive scientists use their database of bacterial genomes two ways. One effort involves looking for genomic signatures that suggest a molecule is related to the synthesis of a polyketide, a huge class of compounds whose structures can be translated from their gene sequences.

“We can look in the genome for gene clusters that we can predict with pretty high confidence will encode natural products that have not historically been analyzed,” says CEO Laurence Reid.

The second effort involves digging for gene clusters where something “looks amiss,” Rigby says. For example, extra copies of a housekeeping gene embedded in a cluster could be a clue to the recipe for a natural product that would overcome a resistance mechanism.

The deal gives Roche, which has cut back on internal research of new antibiotics, an option for global rights to certain antibiotic classes that come out of the collaboration. Warp Drive gets to keep any other promising molecules discovered.

 
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