CEO leading Curza's first-in-class antibiotic program against drug-resistant Gram-negative bacteria — filling a gap no new class has addressed in nearly 50 years.

Chad Testa

person active confidence: Medium status: Draft updated 2026-06-21

Type
person
Status
Draft
Confidence
Medium
Tier
C
Builder-tier
A
Activity-signal
2025-08-26 · https://www.biohive.com/fighting-the-silent-pandemic-how-curza-is-reshaping-the-future-of-antibiotics/
Activity-checked
2026-08-14
Focus
antibiotics, antimicrobial resistance, biotech CEO, mission-driven pharma, Gram-negative bacteria
Primary Location
Salt Lake City, UT
Utah Location
Salt Lake City, UT
Updated
2026-06-21
Domain
health-bio
Region
Salt Lake City
Relates
helps Curza

Summary

Chad Testa is the CEO of Curza, a University of Utah spinout in Salt Lake City developing novel antibiotics for drug-resistant Gram-negative bacteria. Antimicrobial resistance is a large global health problem, but this page's former mortality projections were not supported by an existing wiki source.

Impact

Antimicrobial resistance is a large global health problem, but this page's former mortality projections were not supported by an existing wiki source. Testa leads a Utah company targeting hard-to-treat Gram-negative pathogens.

Curza reports a DTRA partnership with University of Florida collaborators, signaling that ESKAPE pathogens are also a biodefense priority; the award amount requires a captured government record.

What They Offer

  • Direct operational experience running a grant-funded biotech spinout through preclinical and IND-preparation stages
  • Deep familiarity with DTRA, NIH, CARB-X, and impact-investment funding for AMR programs
  • University of Utah technology-transfer and licensing navigation experience
  • Mission-driven leadership model for pharma work where standard commercial incentives are absent

What They're Looking For

Testa and Curza need medicinal chemists, microbiologists, and ribosome biochemists for the lead program; CMC and regulatory support for IND preparation; and additional government and impact grant connections to fund through Phase 1 and beyond. Operators motivated by AMR mission and biodefense relevance rather than typical VC pharma return timelines tend to fit best.

Track Record

  • CEO of Curza and operator of a grant- and impact-funded biotechnology company
  • Led a DTRA partnership with University of Florida collaborators
  • Managed CARB-X and Novo Holdings REPAIR Fund relationships
  • University of Utah spinout commercialization in a notoriously difficult market

Good Fits

  • AMR-focused researchers looking for a clinical-stage Utah biotech where their work connects directly to ESKAPE pathogen treatment
  • Grant-writers and government-relations advisors with DTRA or NIH biodefense experience
  • Impact investors and family offices interested in AMR as a mission-aligned portfolio area

Public Connection Path

Curza official channels; University of Utah Research and Innovation or licensing contacts; CARB-X and Novo REPAIR Fund networks; AMR conference circuit (ASM Microbe, ID Week).

Evidence

  • Curza — company he leads

See Also

  • Curza — venture page with full program detail
  • Atavistik Bio — another U of U spinout pushing into underdrugged mechanism space
  • Dave Bearss — U of U-adjacent life-science leader and U2TAH senior managing director

Open Questions

  • Has CZ-02 entered Phase 1 clinical trials, and what are the initial safety and PK results?
  • What reimbursement or pull-incentive model does Testa plan if Phase 3 succeeds, given broken antibiotic commercialization economics?
  • How does the DTRA nine-year partnership timeline map against Curza's near-term fundraising and operating runway?