Department of Biochemistry & Molecular Biophysics
141 Chalmers Hall
Manhattan, KS 66506
785-532-6121
785-532-7278 fax
biochem@k-state.edu



Biotechnology Core Facility
206 Burt Hall
785-532-5956
785-532-6297 fax



Biomolecular NMR Facility
37 Chalmers Hall
785-532-2345

Faculty and research areas

Image of Jianhan Chen, Ph.D.

Jianhan Chen

Biomolecular modeling and simulation.

Dr. Chen's lab

Image of Lawrence Davis, Ph.D.

Lawrence Davis

Nitrogen fixation mutants, structure-function relationships, associating macromolecules; environmental metabolic processes, bioremediation; science education.

Image of Neal Dittmer, Ph.D.

Neal Dittmer

Insect biochemistry and molecular biology; insect cuticle synthesis and sclerotization; insect multicopper oxidases

Image of Timothy Durrett, Ph.D.

Timothy Durrett

Biochemistry of triacylglycerol biosynthesis. Structure and function of membrane bound acyltransferases. Genetically modifying the physical properties of seed oils for industrial and biofuel applications.

Image of Brian Geisbrecht, Ph.D.

Brian Geisbrecht

Innate Immunity; Molecular Basis of Infectious Diseases and Host-Pathogen Interactions; Structural Biology and Molecular Recognition

Image of Erika Geisbrecht, Ph.D.

Erika Geisbrecht

Formation and maintenance of muscle and heart tissue; biochemistry and molecular genetics of Drosophila; and cell signaling in development.

Image of Maureen Gorman, Ph.D.

Maureen Gorman

Insect biochemistry, molecular biology and genetics; mechanisms of iron metabolism in insects; function of insect multicopper oxidases; insect innate immunity.

Image of Michael Kanost, Ph.D.

Michael Kanost

Insect hemolymph proteins: biochemistry and molecular biology. Structure and function of serine proteinases, proteinase inhibitors, and antibacterial response proteins from  insect hemolymph.

Dr. Kanost's lab

Image of Phillip Klebba, Ph.D.

Phillip E. Klebba

Iron acquisition by active transport through the cell envelopes of bacteria; Immunological approaches to bacterial pathogenesis; Biophysical analyses of bacterial membrane transport in living cells

Dr. Klebba's lab

Image of Ramaswamy Krishnamoorthi, Ph.D.

Ramaswamy Krishnamoorthi

Structural Biology; NMR studies of protein structure, dynamics, and stability in relation to function; serine proteinases and their protein inhibitors; protein domains involved in signal transduction (plant phospholipase D domains; insect glucan-binding proteins).

 

Image of Subbaratnam Muthukrishnan, Ph.D.

Subbaratnam Muthukrishnan

Characterization and manipulation of expression of defense genes to enhance plant resistance to fungal and insect pests

Image of Salete Newton, Ph.D.

Salete Newton

Vaccine biotechnology; molecular biology of bacterial membrane proteins; biochemistry of iron uptake by bacteria.

Image of Om Prakash, Ph.D.

Om Prakash

Structural characterization and molecular recognition using Nuclear Magnetic Resonance (NMR) and Computer Aided Molecular Design (CAMD).

NMR lab

Image of Xueying (Sharon) Qin, Ph.D.

Xueying (Sharon) Qin

Development of new single particle mass spectrometry such as ATOFMS, and understanding the chemistry and physics of aerosols in air polution, climate change and human health.

 

Image of Gerald Reeck, Ph.D.

Gerald Reeck

Proteins and enzymes of aphid saliva and of stored product insect pests; biochemistry and molecular genetics of Armet (MANF), both human and insect; and cereal proteins and inhibitors.

Image of John Tomich, Ph.D.

John Tomich

Amphipatic peptides as models for the pore-forming structures of ionic channels.

Dr. Tomich's lab

Image of Anna Zolkiewska, Ph.D.

Anna Zolkiewska

ADAM proteins, Notch signaling, and cancer.

 

Image of Michal Zolkiewski, Ph.D.

Michal Zolkiewski

Protein folding, molecular chaperones, structure and function of the heat-shock proteins Hsp100.

Ancillary Faculty
Image of Jeremy Schmit, Ph.D.

Jeremy Schmit

Theoretical Soft Condensed Matter and Biological Physics

Dr. Schmit's Lab

 
Emeritus Faculty 
Image of Karl Kramer, Ph.D.

Karl Kramer

Insect biochemistry, cuticle sclerotization, molting, control, and metabolism.

Image of Tom Roche, Ph.D.

Tom Roche

Structure, function and regulation of mammalian pyruvate dehydrogenase complex

Image of Dolores Takemoto, Ph.D.

Dolores Takemoto

Biochemistry of proteins in the retina and lens of the eye, the mechanism of cell growth control and repair during diabetes, and identification of antioxidants in foods which are responsible for anticancer activity.