My research interests are in bioinorganic chemistry and metallobiochemistry with an emphasis on elucidating roles of metal ions in catalysis by metalloenzymes, as well as processes by which microbes acquire metal ions they need to grow. We are currently focusing on the biosynthesis of siderophores in regards to microbial iron acquisition, with a focus on chirality in biosynthesis and chirality of the Fe(III)-siderophores; the role of haloperoxidases in disruption of microbial quorum sensing, as well as in cryptic halogenation reactions; the design of catechol compounds for wet adhesion; and the role of microbial peroxidases in lignin disassembly.
My research is centered around the newly identified C-diazeniumdiolate Fe(III) ligand. Guided by genomics, I am characterizing new microbial siderophores which incorporate this ligand and investigating their unique photoreactivity and biosynthesis.
I study novel siderophores containing the C-diazeniumdiolate binding ligand. My work centers around the characterization of these compounds, as well as their metal binding properties and mechanisms.
My research also includes the synthesis and surface force analysis of bio-inspired wet adhesive compounds.
I have worked as an undergraduate researcher in Dr. Butler’s lab for two full years and am currently attending my final year to earn a B.S. in biochemistry through the chemistry department at UCSB. My projects have included synthesizing derivatives of siderophores for wet adhesion purposes and conducting genomic studies to determine the genes responsible for siderophore production in bacteria. I hope to continue research after graduating and plan to attend graduate school after enjoying a year off of hiking and traveling.
Currently, Graduate Student in Chemistry at Caltech
Currently, Professor, Scripps Institution of Oceanography, UC San Diego
Currently, Associate Professor, Laboratory of Food Hygiene, Department of Food Science and Nutrition, Kyoritsu Women’s University, Tokyo, Japan
Currently, Senior Scientist, Special Technologies Laboratory within National Security Technologies
Currently, Professor and Chair in Marine Biodiversity, University of Aberdeen, Scotland
Currently, Laboratory Manager in Chemistry at Harvard University
Currently, Assistant Professor of Chemistry, University of Wisconsin-Eau Claire
My research is on the structural elucidation of novel siderophores found through genome mining, and the investigation of unique chemical processes carried out by siderophores either in their apo form or when bound to various metals.
Currently, Senior Scientist at Genentech Roche
in Pharma Technical Development, working on Antibody Drug Conjugates and New Molecular Formats.
Currently, Senior Research Scientist, Analytical Development, Bioproduct Pharmaceutical Research and Development, Eli Lilly and Co.
Formerly, NSF Postdoctoral Fellow at Woods Hole Oceanographic Institution, MA
Currently, carrying out mass spectrometry research at UCSD
Currently, Group Leader at Lawrence Livermore National Laboratory
Functional Material Synthesis & Integration Group, Chemical Sciences Division, Physical and Life Sciences Directorate
My research focuses on predicting and characterizing siderophores with unusual characteristics through a genome mining approach.
Currently, Associate Professor at Duke University
Department of Medicine, Division of Endocrinology, Metabolism and Nutrition and Department of Pharmacology and Cancer Biology
Currently, Lecturer, School of Chemistry and Chemical Engineering, and School of Environmental Science and Engineering at Shandong University, China
Currently, Senior Analytical Scientist, Rohto Pharmaceutical Co., Osaka, Japan
My work explores the form-function relationship of iterative non-ribosomal peptide synthetases (NRPSs) involved in siderophore biosynthesis through cloning and site-directed mutagenesis. I am also isolating and characterizing bacterial siderophores predicted through genome mining techniques.
Currently, Chair and Professor, Chemistry, Santa Barbara City College
Robert is an organic chemist in a bioinorganic laboratory. His research has focused on structure elucidation of siderophores and on the synthesis of siderophore analogues as small molecule models to further understand mussel foot protein adhesion on wet surfaces. He also enjoys talking in the third person apparently.
I’m interested in understanding how mussel foot proteins adhere to surfaces underwater and how to apply what we learn to synthetic adhesives. I synthesize small molecule models of mussel foot proteins to understand the role of lysine in adhesion. Additionally, I’m tracking oxidation kinetics of modified catechol in an effort to promote adhesion at physiologically relevant conditions.
Currently, Associate Dean and Professor, Chemistry, Northeastern State University, OK
Currently, CoDeputy Director, Institute for Materials Science and Senior Scientist at Los Alamos National laboratory
Center for Integrated Nanotechnologies and Soft, Biological and Composite Nanomaterials
My work focuses on the isolation and structural characterization of bacterial siderophores predicted using genome mining techniques. I am interested in bioinformatics, NRPS-based biosynthesis, the evolution of siderophores.
Currently, Research Educator, Departments of Chemistry and Biology, University of Texas, Austin
Currently, Senior Director Quality Assurance and Compliance, Dairy Farmers of America.
Currently, Director, Pharmacokinetics, Pharmacodynamics and Drug Metabolism at Merck
Currently, Technical Advisor, Conley Rose Intellectual Property Law
I am currently working on siderophore production by shallow marine hydrothermal heterotrophic and elemental sulfur-reducing bacteria under aerobic and anaerobic conditions.
Currently, Senior Principal Chemist, at Medtronic Diabetes in Northridge, CA
PhD 2013;Currently, Research Assistant, Instituto de Investigaciones Biologicas Clemente Estable, Montevideo, Uruguay
Mateo Santizo, 2014; Cloning and expression of Vibrio harveyi esterases
Khrista DeLucci, 2014; Chiral amino acid analysis in different bacterial sources of amphibactins
Amanda Henry, 2013; Biosynthesis of siderophores-Cloning NRPS enzymes
Laura Jacoby, 2013; Characterization of marinobactin natural products
Eric Rinehart, 2013; Synthesis of Trichrysobactin
Yang Yang Shi, 2011-2012; Shewanella siderophore production (UCSB URCA Fellowship)
Austin Wang, 2009; Microbial siderophore production
Jason Klima, 2008; Siderophore investigations (As of 2013: Graduate student at the University of Washington)
Nicholas Batara, 2008-2009; Siderophore investigations (As of 2011: Graduate student at Caltech)
Tania Darnton, 2007-2008; Siderophore characterization in Shewanella, UCSB RISE Research Fellowship (As of 2011: Graduate Student at Caltech)
Harris Ken-Ming Liu, 2007-2009; Siderophores, CEBIC Summer Fellowship (As of 2010: Graduate Student at M.I.T)
Leah Silverstein, Summer 2006, Siderophores (CEBIC Summer Fellowship; Princeton University Student)
Janine Boucher, 2006, Isolation of New Siderophores
Yasuhide Nakamura, 2006, Synthesis of Amphiphilic Siderophores
Carey Batha, 2005, Isolation and Characterization of Siderophores
Dena Bodzin, Summer 2004, (CEBIC Summer Fellowship; Harvey Mudd Student)