University of Utah Department of Biochemistry

We are a diverse and inclusive community conducting biochemical research at the forefront of current knowledge; educating medical students, graduate students and fellows; and serving the institution, the extended scientific community, and society at large. Our particular focus is the characterization of macromolecules and biological processes at the molecular level. Research groups in the department determine the structures of biological macromolecules, elucidate the mechanisms by which they function, and translate this information to advance research technology and medicine

Double-stranded rna (dsrna),atomic-sale mechanisms of how membrane proteins function,precise genome engineering,using the zfn,talen and crispr-cas platforms,regulation of gene expression and functions of viral and cellular non-coding rnas,type i diabetes research,biochemical,cellular and organismal changes in metabolism that enable disease,fact,which reorganizes nucleosomes and therefore alters the fundamental structure of chromatin,how proteins function in important biological processes by determining their structures at atomic resolution,identify mechanisms cells use to achieve organelle homeostasis,and understand how failure to maintain organelle integrity contributes to aging,creating accurate and compelling visualizations of molecular and cellular processes that will support research,learning and scientific communication,finding ways to combat hiv infection and other life threatening diseases,teaching metabolism from an intuitive perspective,with a strong emphasis on nutrition,protein biochemistry,yeast genetics,cell biology,and biophysical approaches to understand the macromolecular machines responsible for cell division,microenvironmental influences on tumor cell behaviour in vivo,cellular metabolic homeostasis—the concept that cells must constantly monitor their nutrient,metabolic and hormonal environments and adjust their behavior accordingly,computational and experimental tools for the discovery of toxins with therapeutic potential,how mitochondrial fission,fusion and transport regulate mitochondrial function,and inheritance during cell division,using cryo-em to visualize dynamics among multi-component protein complexes,cellular,genetic,chemical,and biophysical tools to uncover general metabolic principles and adaptations governing the unique biology of p. falciparum parasites during infection of human red blood cells,cellular,molecular and structural biology of retroviruses,particularly hiv,and the roles of the escrt pathway in cell division and the abscission checkpoint,and transcriptional regulation of metabolism and how adipocytes establish their distinct metabolic programs

University of utah department of biochemistry operates in the Research industry.

University of utah department of biochemistry's revenue is 11m - 100m

University of utah department of biochemistry has 11 - 50 employees.