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Crystal structure electron density map showing a ligand (Neu5Gc) bound within a protein active site, visualized in a blue mesh with surrounding amino acid side chains highlighted in cyan.

Structures

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Structures

View all the structures solved by the lab that are deposited in PDB here.

Photo(s)

Ribbon diagram of an ADAR protein bound to double-stranded RNA, showing protein secondary structures in tan and the RNA duplex in pink and blue helices with a bound molecule in red.

Cover of Archives of Biochemistry and Biophysics journal, showing a colorful molecular surface rendering of a large protein complex with red, yellow, blue, orange, and green subunits.

Surface rendering of ADAR protein bound to RNA, displaying the protein in tan and RNA in blue and pink, with a small red ligand nestled in the binding pocket.

Ribbon model of a hexameric Aquifex enzyme with alternating subunits colored in green and purple; ball-and-stick models represent bound cofactors or substrates in multiple sites.

Cartoon representation of a dimeric protein structure with one monomer in red and the other in blue, showing helices, beta sheets, and bound ligands in yellow and white stick models.

Molecular surface rendering of a protein showing two ligands in green and pink bound to different active sites, with colored surface charge mapping.

Electrostatic surface map of a protein complex with a ligand bound in a cleft, highlighting molecular interactions and binding pockets.

Cartoon ribbon model of a dimeric protein structure with alpha helices in pink and blue, illustrating secondary structure features.

Multimeric protein assembly displayed in ribbon format with distinct colors for each subunit, showcasing complex quaternary structure.

Simplified ribbon diagram of a small protein composed of two subunits in pastel pink and blue, joined via beta strands.

ACS Biochemistry journal cover showing a stylized cartoon protein with helices and bound spheres, representing a biochemical complex.

Crystal structure electron density map showing a ligand (Neu5Gc) bound within a protein active site, visualized in a blue mesh with surrounding amino acid side chains highlighted in cyan.

Ribbon diagram of a large, multimeric protein complex with pastel-colored subunits on a magenta background, featured on the Biochemistry journal cover.

Surface model of a protein with a cyan ligand and a yellow metal ion bound in the active site.

Cartoon model of a protein with multi-colored helices and sheets, with a bound molecule shown in space-filling representation.

Labeled domain diagram of a multi-domain glycosyltransferase protein showing active site binding to a sugar analog.

Cover image from the April 2, 2002 issue of Biochemistry, showing a multicolor ribbon diagram of a protein complex on a magenta background.

Molecular surface rendering with an electrostatic map in red, blue, and white, showing a small-molecule ligand docked into a binding pocket with a yellow sphere indicating a metal ion.

Ribbon diagram of a symmetric protein complex with multiple colored subunits forming a circular arrangement.

Structural representation of a membrane protein with bound ligands shown as space-filling models, highlighting domain organization.

Cartoon representation of a protein with color-coded secondary structures, showing an active site interaction.

Crystal structure of a protein dimer with ligands in the binding interface, highlighting beta sheets and loops.

Multicolored ribbon diagram of a large protein complex with bound ligands shown in ball-and-stick format.

Surface rendering of a protein-DNA complex showing two protein subunits (one in blue, one in pink) bound to opposite sides of a double-stranded DNA helix, illustrating molecular recognition at the DNA interface.

Ribbon diagram showing a central protein (in rainbow color) bound between two symmetric pink domains.

Protein structure with a rainbow-colored backbone, displaying multiple alpha helices and beta sheets.

Another conformation of the same protein, highlighting secondary structural elements in rainbow coloring.

Protein structure labeled with key structural loops and the PAP ligand; colored helices and beta sheets illustrate topology.

Electron density map highlighting a ligand in stick representation with surrounding mesh and coordination spheres.

Ribbon diagram of a multi-domain protein with alpha helices and beta sheets colored in a gradient from red to green to blue, displaying a ligand bound within a central beta-sheet barrel.

Ribbon structure of a protein complex with mesh overlay highlighting ligand binding at the center.

Superimposed protein models showing conformational similarity, with ligands in stick representation.

Domain-labeled ribbon model of a protein structure in rainbow colors with alpha helices and beta sheets.

Symmetric multimeric protein structure in rainbow ribbon format, indicating subunit organization.

Electron density mesh surrounding a short peptide fragment with amino acid side chains resolved.

University of California, Davis
Departments of Chemistry and Molecular and Cellular Biology
Lab: Briggs Hall, Room 4
Office: Briggs Hall, Room 4A
X-ray Lab Location: Chemistry Annex, Room 4445

University of California, Davis
One Shields Avenue
Davis, CA 95616

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