THE NAT L. STERNBERG THESIS PRIZE
In tribute to the character and accomplishments of Nat Sternberg, a thesis prize has been established in his name. Its purpose is to encourage young scientists who give early evidence of perpetuating the salient qualities that were Nat Sternberg’s skill, insight, rigor, and dedication to science.
The Nat Sternberg Thesis Prize is a cash award given each year to one male and one female scientist for outstanding Ph.D. work in the field of bacterial molecular biology. The award will be presented at the annual Molecular Genetics of Bacteria and Phages meeting, at which time the recipient will give a presentation about his or her work. The amount of the award will be $750, with the exact amount to be determined by the award committee and the fund manager. The award will provide a travel allowance over and above the prize. A brief introduction of the year’s winner and the nature of the prize will be presented at the meeting by the Award Committee Chair or a designate. The 2018 meeting will be held in Madison, Wisconsin from Monday, August 6 through Friday, August 10.
ELIGIBILITY. Nominees must have completed and successfully defended his or her Ph.D. thesis within a 12-month period prior to June 1 of the year of the award (between June 1, 2017 and May 31, 2018). Nominees should be willing to report on the thesis work at the annual Molecular Genetics of Bacteria and Phages meeting.
SUBMISSION OF NOMINATIONS. Nominations must come from the thesis advisor or a member of the thesis examination committee. Nominations must be received by 5pm on May 15th.
Nominators should send a single collated pdf file containing the following items:
(i) cover letter
(ii) candidate’s curriculum vitae
(iii) a copy of the thesis abstract that indicates the significance of the work to the field
(iv) reprints or preprints of articles based on the thesis material
(v) three letters of reference, one of which must be from the thesis advisor
The file should be named as follows: LastName_FirstName_2018.pdf indicating in the cover letter the member of the Award Committee whose areas of interest most closely corresponds to the topic of the thesis (see below). The site opens for submissions on February 26th. Nominations must be received by 5pm on May 15th. Note that only applications submitted as a single pdf file will be reviewed.
It can be uploaded here
Members of the Award Committee for 2018:
Petra Levin (Chair), Washington University, St. Louis
Gigi Storz, National Institutes of Health
Marvin Whiteley, Georgia Tech
Christopher Hayes, University of California Santa Barbara
Jade Wang, University of Wisconsin
Esther Angert, Cornell University
CALL FOR DONATIONS. Individual and corporate donations to the Nat L. Sternberg Thesis Prize endowment fund are welcome and may be made by contacting Petra Levin (email@example.com).
We acknowledge the generosity of DuPont Merck Pharmaceutical Company for supplying the initial seed money, and of the many private individuals who have provided additional support.
ABOUT NAT STERNBERG (1942-1995)
Nat Sternberg belonged to that rare breed of scientists whose understanding of biology is at once wide-ranging and profound. Throughout a career that began in phage biology, Nat kept adding to his activities and interests without relinquishing the earlier ones, often creating remarkable amalgams of old and new. Starting his studies with T4, he went on to l and then took up the challenge of P1 phage, largely unexplored at that time. Nat proceeded to illuminate nearly every conceivable aspect of P1s alternative ways of life: immunity, site-specific recombination, plasmid and lytic replication, partitioning, DNA methylation, packaging, transducing particle generation, among others. When Nat became interested in difficult and fundamental problems in eukaryotic biology, he created elegant ways to use a variety of microbiological systems for their resolution. Among the sophisticated tools that Nat devised, his P1 cloning system for large genomic DNA is remarkable for the number and ingenuity of its features.
Several eukaryotic topics engaged Nat’s attention, including recombination, genome mapping, and cancer biology. Characteristically, his last publication, an insightful study of the cellular toxicity of tumoricidal intercalating drugs, is based on simple tests with E. coli. The topic had particular significance for Nat, who engaged in a long and debilitating battle with cancer. Nat’s love of science was a sustaining force throughout that struggle. Nat Sternberg died on September 26, 1995.
Nat was a scientist’s scientist, possessed of extraordinary energy, creativity, wit, and, above all, generosity of spirit. In honor of these qualities and of the person in whom they were combined, former associates of Nat, Lynn Enquist and Thomas Silhavy, conceived of the Nat L. Sternberg Thesis Prize. The annual prize was first offered in 1996.
2017 – The prize was shared between: Gregory Goldberg, The Rockefeller University. Thesis advisor: Luciano Marraffini. Thesis title: Investigating genetic (in)compatibility between temperate phages and CRISPR-Cas systems in Staphylococcus aureus. and April Pawluk, University of Toronto. Thesis advisor: Karen Maxwell and Alan Davidson. Thesis title: Prevalence, Diversity, Impact, and Applications of CRISPR-Cas Inhibitors.
2016 – Jared Winkelman, University of Wisconsin-Madison. Thesis advisor: Richard Gourse. Thesis title: Mapping the Path of DNA in Transcription Initiation Intermediates.
2015 – Joseph Bondy-Denomy, University of Toronto. Thesis advisor: Alan Davidson. Thesis title: The diverse impact of bacteriophages on the bacterial host.
2014 – The prize was shared between: Thomas Norman, Harvard University. Thesis advisors: Richard Losick and Johan Paulsson. Thesis title: Memory in a phenotypic switch and noise in gene networks; and Chao Jiang, Indiana University. Thesis advisor: Yves Brun. Thesis title: Evolution of bacterial morphology and beyond.
2013 – Jason Peters, University of Wisconsin, Madison; Thesis Advisor, Robert Landick; Thesis Title: Genome-scale studies of Rho-dependent transcription termination in Escherichia coli.
2012 – Elie Diner, University of California Santa Barbara; Thesis Advisor, Christopher Hayes; Thesis Title: Identification of a target cell permissive factor required for contact-dependent growth inhibition (CDI).
2011 – Matthijs M. Jore, Wageningen University, The Netherlands. Thesis advisors: John van der Oost and Stan J. Brouns ; Thesis Title: CRISPR-mediated antiviral defense in prokaryotes.
2010 – Tim R. Blower, University of Cambridge, UK. Thesis advisor: George Salmond; Thesis Title: Functional and structural studies of the toxIN abortive infection and toxin-antitoxin locus from Erwinia carotovora subspecies atroseptica
2009 – The prize was shared between Mike Pearce-New York University; Thesis Advisor, Heran Darwin; Thesis Title: Identification of Substrates of the Mycobacterium tuberculosis Proteasome and Characterization of a Ubiquitin-like Protein that Signals their Degradation and Julia van Kessel-University of Pittsburgh; Thesis Advisor, Graham Hatfull; Thesis Title: Recombineering in Mycobacteria using Mycobacteriophage Proteins
2008 – Richard Weart, Ph.D. Washington University; Thesis Advisor, Petra Levin; Thesis title: Regulation of FtsZ ring assembly and cell division in Bacillus subtilis.
2007 – Wiep K. Smits, University of Groningen, The Netherlands; Thesis advisor, Prof. Dr. O.P. Kuipers; Thesis title: To be competent or not: an inquiry into the molecular basis of bacterial differentiation.
2006 – Hubert Lam, Ph.D. Yale University; Thesis Advisor, Christine Jacobs-Wagner. Thesis Title: Regulation of polarity and cell cycle progression in Caulobacter crescentus.
2005 – Ishita Shaw, Ph.D. University of Maryland Baltimore County; Thesis Advisor, Richard Wolf; Thesis Title: Characterization of the Escherichia coli transcription activator SoxS: protein-protein interactions with RNA polymerase and regulation of its proteolysis.
2004 – Ali Nahvi, Ph.D., Yale University; Thesis Advisor, Ronald Breaker; Thesis title: Riboswitch Regulation of Gene Expression in Bacteria.
2003 – The prize was shared between Benjamin Alba, Ph.D. University of California at San Francisco; Thesis advisor, Carol Gross; Thesis title: Control of the Sigma E-dependent extracytoplasmic stress response by regulated proteolysis, and Rut Carballido-Lòpez, Ph.D. University of Oxford; Thesis Advisor, Jeff Errington; Thesis title: Bacterial cytoskeleton: Cell shape determination in Bacillus subtilis.
2002 – Thomas Bernhardt, Ph.D. Texas A&M University; Thesis advisor, Ryland Young; Thesis title: Breaking Free: Small Phages Inhibit Murein Synthesis to Lyse Their Host.
2001 – Maria Lara-Tejero, Ph.D. Yale University, Thesis advisor, Jorge Galan; Thesis title: Molecular and Functional Characterization of the Campylobacter jejuni cytolethal distending toxin.
2000 – Deborah M. Anderson, Ph.D. UCLA; Thesis advisor: Olaf Schneewind; Thesis title: Recognition of type III secretion substrates in Yersinia enterocolitica.
1999 – Jessica M. Jones, Ph.D. Georgetown University; Thesis advisor, Hiroshi Nakai; Thesis title: Transpososome to replisome: The role of the Escherichia coli PriA protein in bacteriophage mu replication by transposition.
1998 – Robert B. Tracy, Ph.D. University of California, Davis; Thesis advisor, Stephen Kowalczykowski; Thesis title: Biochemical investigation of the preferential binding and homologous pairing of GT-rich sequences by the Escherichia coli RecA protein and the Saccharomyces cerevisiae Rad51 protein.
1997 – Barbara A. Bensing, Ph.D. University of Minnesota; Thesis advisor, Gary M. Dunny; Thesis title: Activation of pheromone-inducible plasmid transfer functions in Enterococcus faecalis: Interaction of a regulatory RNA with components of the ribosome.
1996 – The prize was shared between Leonard Duncan, Ph.D. Harvard University; Thesis advisor, Richard Losick; Thesis title: Cell-specific activation of transcription factor sF in sporulating Bacillus subtilis, and Jin-Ying Yang, Ph.D. University of Texas at Austin; Thesis advisor, Rasika M. Harshey; Thesis title: Active site assembly during Mu transposition.