Chemistry and Biochemistry
2017-18 General Catalog
Chemistry and Biochemistry Department
230 Physical Sciences Building
(831) 459-4125
http://chemistry.ucsc.edu
Program Statement | Course Descriptions
Faculty and Professional Interests
Professor
Ilan Benjamin
Theoretical chemistry, molecular dynamics of chemical reactions in liquids and at interfaces
Rebecca Braslau
Synthetic organic chemistry: new synthetic methodologies using free radicals; nitroxides, nitroxide mediated “living” polymerizations: design and functionalization of tailored polymers for biomedical applications and nanotechnology, profluorescent nitroxides as sensors, synthetically modified polymers, development of non-migratory plasticizers
Shaowei Chen
Synthesis, characterization, and manipulation of novel functional nanomaterials (metals and semiconductors); surface engineering of nanoparticles; nanoscale electron transfer; applications in fuel cells, photocatalysis, photovoltaics, and nano optoelectronics
Ólöf Einarsdóttir
Time-resolved spectroscopy; biophysics and bioenergetics; heme-copper oxidases; electron transfer and ligand binding; application of photolabile NO and 02 donors; molecular dynamics simulations of ligand access channels in heme-copper oxidases
Theodore R. Holman
Biochemistry and bioinorganic chemistry; lipoxygenase enzymology, protein engineering, inhibitor discovery, computer inhibitor design, mass spectroscopy, electron paramagnetic resonance
Joseph P. Konopelski
Synthetic organic chemistry; heterocyclic chemistry, bioorganic chemistry
R.Scott Lokey
Organic chemistry; combinatorial synthesis, biotechnology, molecular cell biology
John MacMillan, Professor, Chemistry and Biochemistry
Natural products chemistry, chemical biology, structural elucidation, cancer biology, microbial natural products
Pradip Mascharak
Bioinorganic chemistry, design of antitumor drugs, modeling of active sites of metalloenzymes, design of catalysts for hydrocarbon oxidation, studies on intermediates in non-heme oxygenase chemistry, design of NO-donors for photodynamic therapy
Glenn L. Millhauser
Electron paramagnetic resonance; nuclear magnetic resonance, protein structure and function, peptide synthesis, prions, melanocortin signaling
Scott R. Oliver
Materials chemistry: nanoporous inorganic and metal-organic materials for environmental cleanup of water, desulfurization of fuel and biomaterials
Seth M. Rubin
Biomolecular mechanisms of cell-cycle regulation and cancer; structural biology and biochemistry; macromolecular x-ray crystallography; nuclear magnetic resonance
William G. Scott
Structure and function of RNA, proteins, and their complexes, origin of life
Bakthan Singaram
Organic synthesis, organoborane chemistry, heterocyclic chemistry, organometallic chemistry, asymmetric synthesis, biosensors, and natural products chemistry
Jin Z. Zhang
Design, synthesis, characterization, and application of nanomaterials, including semiconductors, metals, and metal oxides; ultrafast dynamics and laser spectroscopy; cancer diagnosis and therapy; solar energy conversion; surface-enhanced Raman spectroscopy (SERS)
Associate Professor
Yat Li
Experimental physical chemistry, nanomaterials, energy conversion and storage, microbial fuel cell technology
Carrie Partch
Biochemistry and biophysics, nuclear magnetic resonance spectroscopy; molecular mechanism of circadian rhythmicity
Michael Stone
Molecular basis of telomere length and telomerase-related diseases; biophysical characterization of nucleic acid-associated molecular motors; development of novel approaches for imaging enzymes in cells
Assistant Professor
Alexander Ayzner
Experimental physical chemistry; organic semiconductors; molecular spectroscopy; electron transfer dynamics; X-ray scattering and spectroscopy
Yuan Ping
Theoretical and computational materials chemistry; solar energy conversion; electronic, optical and carrier transport properties of transition metal oxides and nanomaterials; heterogeneous catalysts; solid/liquid interfaces
Jevgenij Raskatov
Chemical biology, organic chemistry, molecular modeling, chemotherapy, inflammation
Nikolaos Sgourakis
Modeling protein complexes from sparse NMR data; hybrid methods in structural biology; antigen processing and presentation; viral immune regulation mechanisms
Chemistry and Biochemistry Research Professors
Philip O. Crews
Marine natural products chemistry, bioorganic chemistry, organic structural analysis by NMR, natural products of marine macro- and microorganisms
David S. Kliger
Time-resolved laser spectroscopy, biophysics, studies of visual transduction, protein function, and protein folding
Chemistry and Biochemistry Emeritus Faculty
Roger W. Anderson
Design of anti-reflection graded refractive index coatings for solar energy collection, achromatic focusing of molecules with external electric fields, discrete orthoganol polynomials in molecular collision theory, and semiclassical asymptotic analysis of Racah and Hahn polynomials
Frank C. Andrews
Claude F. Bernasconi
Kinetic studies of fast reactions, organic reaction mechanisms, acid-base catalysis, proton transfers, nucleophilic reactions, organometallic reactions, ab initio molecular orbital calculations
Roberto A. Bogomolni
Biophysical chemistry, photobiology, light energy conversion and signal transduction in biological systems
Joseph F. Bunnett
Physical organic chemistry, with special attention to mechanisms of aromatic nucleophilic substitution
Thomas W. Schleich
Biomedical magnetic resonance spectroscopy, magnetic resonance imaging, nuclear magnetic resonance spectroscopy, biophysical chemistry
Eugene Switkes
Quantum theory applied to problems in chemistry and biochemistry; visual information processing, spatial vision, color vision
Stanley M. Williamson
W. Todd Wipke
Molecular engineering for drug discovery; computational chemistry in improving cancer chemotherapy, solar energy conversion, and continuous glucose monitoring
Chemistry and Biochemistry Lecturers
Caitlin Binder
Randa Roland
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Adjuncts
Christopher H. Becker (Protein Metrics Inc.)
Biological mass spectrometry, therapeutic protein development, biomarker development, chemical physics
William L. Fitch (Stanford, Roche Palo Alto)
Organic mass spectrometry, drug metabolism, metabolomics, bioanalytical chemistry
Jinghua Guo (Lawrence Berkeley National Laboratory)
Nanostructured materials, interfacial structure and chemistry in energy conversion, energy storage, and catalysis; electronic structure and synchrotron radiation based soft X-ray spectroscopy
Greg L. Hura (Lawrence Berkeley National Laboratory)
Mechanisms of biological macromolecules inspire nanoscale engineering strategies and provide insights into disease; biochemistry and biophysics
Thomas Webb (SRI Biosciences)
Medicinal and synthetic chemistry, drug design, pharmacophore methods, natural product analogs, enzymes for organic synthesis and drug discovery, anticancer and antiviral drug discovery, spliceosome chemical biology, and new therapeutic targets in cancer
Affiliates
Phillip Berman (Biomolecular Engineering)
Drug development vaccines, AIDS, monoclonal antibody therapeutics, immunology, molecular cell/biology, recombinant protein production (commercial scale)
Manel Camps (Microbiology and Environmental Toxicology)
Molecular mechanisms of reactive DNA methylation toxicity
Donald R. Smith (Microbiology and Environmental Toxicology)
Neurotoxicity, cellular and organismal responses to environmental toxins
Phillip Berman (Biomolecular Engineering)
Drug development vaccines, AIDS, monoclonal antibody therapeutics, immunology, molecular cell/biology, recombinant protein production (commercial scale)
Holger Schmidt (Electrical Engineering)
Optofluidics, atom photonics, hollow-core photonics for biomedicine and quantum optics, nanomagnetism, nanomagneto-optics, single-particle spectroscopy, ultrafast optics
Revised: 09/01/17
