Molecular Recognition in Biological Systems and Bioinformatics

Protein methylation; protein phosphorylation; signal transduction; neuronal differentiation and development

Influence of bacteria in geochemical environments; role of adhered and planktonic bacteria in remediation; aqueous chemistry controls of bacterial adhesion; fate and transport of toxic metals; colloidal stability in aqueous and non-aqueous solution.

Protein structure and function; voltage-sensitive ion channels; proteomics; mass spectrometry.

Symbiosis

Genetics; microscopy; signal transduction; genomics; cell polarity

Behavioral neuroscience; signal transduction; intracellular signaling; neuroanotomy; neuroendocrinology

RNA folding and targeting.

Signal transduction; protein phosphorylation; enzymology; proteomics; molecular biology

Protein structure and function; cell development; proteomics; gene regulation.

Transcription regulation; developmental biology; mouse knockouts; genetics; biochemistry.

Molecular biology; mouse molecular genetics; transcriptional regulation; renal development; vascular biology.

Developmental biology; genomics; bioinformatics; genetics; gene regulation.

Oxidative stress; neuropharmacology; neurodegenerative disorders; signal transduction.

Drug discovery; computer-aided-drug design; combinatorial chemistry; medicinal chemistry; molecular recognition.

Lipid biochemistry; electrophysiology; paramecium membrane biology; sensory transduction; Tetrahymena molecular biology.

RNA-protein complexes involved in post-transcriptional control of gene expression; chloroplast gene expression.

Immune cell function in cancer; cytokine therapy of tumors; cancer stem cells; flow cytometry.

Endothelial cell migration; wound repair; tissue remodeling; fluorescence microscopy; cytoskeletal dynamics and regulation; cellular response to hemodynamics.

Protein structure and function; bioinorganic chemistry; biophysical methods; oxidative stress.

DNA binding; kinetics; transcriptional regulation; molecular modeling; microbial pathogenesis.

Protein biochemistry; structure-based drug design; bioorganic chemistry.

Protein structure and function; membrane proteins; crystallography.

Signal transduction; calcium buffering; physiology of taste cells.

Mechanisms of DNA replication; DNA damage regulation of DNA replication; Papillomavirus; Enzymology; Biochemistry.

Molecular Biology (general); heterologous protein expression and purification; two-electrode voltage clamp electrophysiology.

Developmental Biology, Neural Development, Genomics, Mouse genetics, Transcription regulation.

CYP-Specific PBPK/PD Models to Interpret Biomarkers for Organophosphate Pesticides.

Protein structure and function; membrane protein dynamics; voltage-sensitive ion channels.

Hyperoxia; neonatal lung injury and repair; growth factors.

Protein structure and function; voltage-sensitive ion channels; mechano-sensitive ion channels; ligand gated ion channels; natural products pharmaceuticals; AFM; kinetic modeling software; anatomy; FRET; digital image processing; cell mechanics; advanced instrumentation for cell biophysics; electron microscopy; molecular biology of structural proteins; patch clamp.

Transcription regulation; Developmental Biology; Mouse knockouts; Genetics; Biochemistry; Transgenics

Protein structure and function; RNA-protein interactions; NMR Spectroscopy; mass spectrometry.

Biochemistry; Pharmacology; Molecular Biology; Bioinformatics.

Synaptic physiology; slice physiology; calcium imaging.

Protein arginine methylation; genomics; gene expression.