The Moraski Lab

Turning Negatives to Positives in Drug Discovery.

Medicinal Chemistry Research and Drug Design

Research Interests: The Moraski group has long been interested in inhibiting human health pathogens, with a particular emphasis on mycobacteria, including M. tuberculosis, M. avium, and M. abscessus. As a career medicinal chemist, he makes drug-like molecules and screens them for efficacy, which is paramount in his group’s antibacterial research.

Medicinal Chemistry Project: The Moraski lab has long-standing collaborations and a publication record with many well-known scientists, including Marvin Miller (chemist and academic mentor) and Jeff Schorey (microbiologist) at the University of Notre Dame; Scott Franzblau (Director, Institute for Tuberculosis Research, University of Illinois at Chicago); Michael Berney (microbiologist, Albert Einstein University); Kevin Pethe (Director, Ineos Oxford Institute); and Gerhard Gruber (molecular biologist, Nanyang Technological University). His projects have received direct and indirect support from the NIH, Hsiri Therapeutics, Shionogi, and Eli Lilly. He is lucky to keep connections with many former colleagues from the industry, particularly Joe Lyssikatos.

Research Interests

Small molecule antibacterial agents, Medicinal Chemistry, Drug Discovery, Inhibitors of Mycobacterial diseases (M. tuberculosis, M. avium, M. abscessus).

Teaching Interests

Directed Undergraduate Research

Selected Intellectual Contributions
 
Selected Awards
  • Vice President for Research Meritorious Technology/Science Award (2020)
    Montana State University – Vice President of Research, Economic Development and Graduate Education
  • Presidential Achievement Award (2012)
    Univeristy of Notre Dame
  • Top PRG (Pfizer Rating Grade) (2000)
    Pfizer
  • Highest Performance Rating in Peer Group (2001)
    ArrayBiopharma
  • Highest Performance Rating in Peer Group (2002)
    Thios Pharmaceuticals
Selected Grants
  • Hsiri Sponsored Research: Antibacterial Agents Targeting Drug Resistant Strains, from Hsiri Therapeutics LLC (HSITHE).
  • DESIGN, SYNTHESES AND STUDIES OF NOVEL ANTITUBERCULOSIS AGENTS, from University of Notre Dame (UNINOT).
  • Eradicating persistent M. tuberculosis by synthetic lethality of terminal respiratory oxidases, from Albert Einstein College of Medicine (ALBEIN).