Macromolecular organization of hemocyanins and apohemocyanins as revealed by electron microscopy.
Macromolecular organization of hemocyanins and apohemocyanins as revealed by electron microscopy
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Macromolecular organization of hemocyanins and apohemocyanins as revealed by electron microscopy
Macromolecular parameters of memory and learning and information processing in molecular genetics, molecular immunology and molecular neurology
Neuroscience research on correlations between human brain lesions and memory changes, and on hysteresis and macromolecular memory
Hysteresis and macromolecular memory, and memory device requirements as part of cybernetic self-organizing systems
Nonlinear macroscopic rheological behavior of dilute suspensions of deformable spheres
We are developing a nanofluidic size exclusion chromatograph system that can be incorporated into a miniature lab-on-a-chip devices which will provide detailed information on the geochemical and biological history of soil, ice, and water samples by identifying and qualifying a broad range of macromolecular polar and nonpolar organic compounds.
Our goal is to develop a unique, miniaturized, solute analyzer based on microfluidics technology. The analyzer consists of an integrated microfluidics High Performance Liquid Chromatographic chip / Differential Mobility Spectrometer (?HPLCchip/ DMS) detection system