The Norberto J. Palleroni Award for Excellence in Pseudomonas Research This award honors the legacy of Dr. Norberto J. Palleroni (1922-2018), who established the modern taxonomy of the Pseudomonas genus through pioneering ribosomal RNA homology experiments that transformed bacterial classification.
About Dr. Palleroni:
Dr. Palleroni earned his Ph.D. from the University of Buenos Aires in 1947. From 1954-1972, he worked at the University of California, Berkeley, starting as a postdoctoral associate in Roger Stanier and Michael Doudoroff's laboratory. His groundbreaking research with Stanier and Doudoroff focused on the biochemistry and taxonomy of Pseudomonas. He later served as Head of the Hoffman-La Roche laboratory in Nutley, New Jersey (1974-1985), before joining the faculties of Rutgers University and New York University School of Medicine.
Recognition:
Award Criteria:
The Palleroni Award, established in 2024 at the Conference in Copenhagen, Denmark, recognizes a distinguished career in Pseudomonas research and significant contributions to advancing our understanding of the biology of this diverse bacterial genus.
Professor Kenneth N. Timmis
Palleroni Award Recipient, 2024
Professor Timmis established Pseudomonas biology on the international research landscape. His groundbreaking work on the TOL plasmid advanced our understanding of aromatic catabolism and the genetic regulation of cognate activities. A true mentor and visionary, Ken inspired countless scientists—no one left his office without new ideas. He championed early career scientists with unwavering enthusiasm and initiated massive efforts in microbiology literacy that continue to enlighten new generations.
Professor Søren Molin
Palleroni Award Recipient, 2024
Professor Molin's contributions to understanding Pseudomonas aeruginosa evolution in cystic fibrosis continue to inspire researchers worldwide. His pioneering research developed in vitro models to simulate bacterial infections and study antibiotic resistance evolution in P. aeruginosa. Through genomics and functional biology, Søren uncovered the genetic changes enabling Pseudomonas to survive in hostile environments, including the human body during infection. His work has fundamentally shaped our understanding of bacterial adaptation and persistence.
Copyright 2026 Pseudomonas Conference. All Rights Reserved.
Powered By
