Advanced treatment of selected topics in biochemistry, with readings taken from the current literature. Emphasis on experimental approaches and problem solving. Topics include protein structure-function, protein folding and modification, enzyme kinetics, and the study of metabolic processes (pathways and their regulation) with a molecular genetic approach. Students enrolled in this course are expected to have taken at least a one-semester course in upper division biochemistry and BIOCHEM 642.

Advanced treatment of selected topics in biochemistry, with readings taken from the current literature. Emphasis on experimental approaches and problem solving. Topics include protein structure-function, protein folding and modification, enzyme kinetics, and the study of metabolic processes (pathways and their regulation) with a molecular genetic approach. Students enrolled in this course are expected to have taken at least a one-semester course in upper division biochemistry and BIOCHEM 642.

Not available at this time

Modern techniques in experimental biochemistry and molecular biology. Experiments include enzymology, protein purification, and gene expression and organization. Methods include spectrophotometry, polymerase chain reaction, DNA cloning, electrophoresis, protein detection by immunoblot, RNA hybridization, and computer analysis of DNA and protein sequence data. Manipulation of animal, plant, yeast, and bacterial systems. This course is Part I of the Junior Year Writing Requirement for Biochem majors.

Modern techniques in experimental biochemistry and molecular biology. Experiments include enzymology, protein purification, and gene expression and organization. Methods include spectrophotometry, polymerase chain reaction, DNA cloning, electrophoresis, protein detection by immunoblot, RNA hybridization, and computer analysis of DNA and protein sequence data. Manipulation of animal, plant, yeast, and bacterial systems. This course is Part I of the Junior Year Writing Requirement for Biochem majors.

An integrated presentation of the biochemistry and molecular biology of cellular interactions. Emphasis on accounting for complex cellular processes in terms of protein structure and regulation of gene expression. Topics include gene structures and techniques for studying them; replication; control of gene expression; post-translational processing; membrane associated energetics; behavior of transport systems; mechanisms of signal transduction; and interactions of cells with extracellular matrix and with other cells. Taking BIOCHEM 523 before enrolling in this course is strongly recommended.

Intensive laboratory research project under supervision of a faculty member. Permission of department required.

Continuation of the laboratory research project of BIOCHEM 499Y. Thesis written at completion of the lab work. Prerequisite: BIOCHEM 499Y.

Not available at this time

Not available at this time