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Biochemistry & Cell Biology Advising Packet Fall ... - Rice University

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Kathleen S. Matthews<br />

Structure and function of genetic regulatory proteins<br />

James McNew<br />

Molecular mechanism of biological membrane fusion;<br />

functional reconstitution of exocytosis; role of SNARE<br />

regulator proteins in membrane fusion; peroxisome<br />

biogenesis and function in Drosophila melanogaster<br />

Edward P. Nikonowicz<br />

NMR spectroscopy of RNA and RNA-protein interactions -<br />

correlation of structure, function, and dynamics; structural<br />

and dynamics studies of phage regulatory elements; structural<br />

studies of rRNA protein recognition sites; isotopic<br />

enrichment structure and thermodynamic studies of basemodified<br />

tRNAs<br />

John S. Olson<br />

Biochemical, biophysical, and physiological properties of<br />

myoglobins, hemoglobins, flavohemoglobins, and red blood<br />

cells; genetic engineering of heme protein based blood<br />

substitutes; enhancement of recombinant hemoglobin<br />

expression in bacteria; application of rapid kinetic techniques<br />

to biological problems<br />

George N. Phillips, Jr.<br />

Relationship of three-dimensional structure and dynamics of<br />

proteins to biological function<br />

Yousif Shamoo<br />

DNA replication and its relationship to cancer; sequence<br />

specific protein-RNA interactions in eukaryotic RNA<br />

processing proteins; in vivo pathways of molecular evolution;<br />

acquisition of thermostability by mesophilic adenylate kinase<br />

in Bacillus stearothermophilus<br />

Jonathan Silberg<br />

Directed evolution, extremophiles, iron-sulfur cluster<br />

biogenesis, and molecular chaperones<br />

Michael Stern<br />

Molecular and genetic control of ion channel activity and<br />

synaptic transmission in the Drosophila nervous system<br />

Charles R. Stewart<br />

Bacteriophage molecular genetics: mechanisms of host<br />

takeover during bacteriophage infection; mechanisms of<br />

bactericidal gene action<br />

BCB Teaching Faculty<br />

Beth Beason-Abmayr<br />

BIOC 111, BIOC 311, 313, 413, and others<br />

Elizabeth Eich<br />

BIOC 211, FWIS 121, and other courses; Communication in<br />

Natural Sciences program,<br />

David R. Caprette (Professor In The Practice)<br />

BIOC 111, 122, 318, 385, 415, and others.<br />

Alma Novotny<br />

BIOC 201, BIOC 372, MLSC 525, and other courses<br />

Dereth Phillips<br />

BIOC 115, 310, BCB Opportunities site, undergraduate<br />

research advisor.<br />

Gabriel Villares<br />

BIOC 201, 211, 341, 460<br />

Joint faculty<br />

Herbert Levine (Bioengineering)<br />

Seiichi P.T. Matsuda (Chemistry, chair)<br />

George McLendon (Provost)<br />

Luay Nakhleh (Computer Science)<br />

José Onuchic (Physics & Astronomy)<br />

Ronald J. Parry (Chemistry)<br />

Laura Segatori (Chemical & Biomolecular Eng.)<br />

Jeffrey J. Tabor (Bioengineering)<br />

Peter Wolynes (Chemistry<br />

For more detailed information about BCB faculty and<br />

their research, visit the BCB website:<br />

http://biochem.rice.edu<br />

Yizhi Jane Tao<br />

Molecular mechanism of viral genome replication and<br />

transcription<br />

Daniel S. Wagner<br />

Vertebrate development, embryonic morphogenesis,<br />

zebrafish genetics<br />

Weiwei Zhong<br />

Genetic interaction networks, high-throughput tools for<br />

genetic screens.<br />

13

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