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Department
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Research & Teaching Interests
Chemical Biology; Cysteine Proteomics; Redox Signaling; Glutathione; and Post-translational Modifications; Medicinal Chemistry.
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Department
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Research & Teaching Interests
Inorganic materials chemistry;
Semiconductor nanoparticles;
Ultrafast spectroscopy;
Crystallization, self-assembly, and phase transitions;
Optoelectronic properties
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Department
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Research & Teaching Interests
Nanocrystal synthesis and surface chemistry. Self- and directed-assembly of nanocrystal solids for use as energy conversion materials. Ultra-fast and steady state spectroscopy to study the behavior of electrons in semiconductor nanocrystals. Courtesy appointment in the Department of Chemistry.
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Department
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Research & Teaching Interests
Modification of polymers for diverse applications; utilizing thermal analysis techniques to study polymeric and non-polymeric materials; nanotechnology; applying Multi-detector Size Exclusion Chromatography for characterization of polymers; creating composites to improve materials’ properties.
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Department
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Research & Teaching Interests
Research is focused on rapidly constructing biologically relevant scaffolds as potential pharmaceutical leads. Two complementary research areas comprise most of the research effort: the use of metalated nitriles as potent nucleophiles for hindered bond construction, and the use of metalated isocyanides as precursors to peptide mimics.
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Department
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Research & Teaching Interests
Interfacial studies on the self-assembly of natural organic materials, Dendrimer/metal nanocomposite design and synthesis hosting metal nanoparticles, surface and interfacial science applications
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Department
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Research & Teaching Interests
Development of student-centered learning-teaching activities;
Implementation/evaluation of active learning and evidence-based teaching/pedagogical strategies;
Curriculum integrated and applicative content delivery;
Structure- and fragment-based drug design guided by drug-target biological evaluation;
Structural characteristics and in vivo roles of metalloproteins connected with physiopathology;
Spectrometric techniques for structural analysis of small molecules and their supra-molecular assemblies;
Biochemistry/molecular biology techniques for protein expression, purification, and immunodetection
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Department
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Research & Teaching Interests
Organic and Polymer Chemistry; Drug discovery; Biofilm; Phosphorus-based nanomaterials; Plasma chemistry and it’s medical applications
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Department
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Research & Teaching Interests
Active learning pedagogy; Assessment of technology use; Guided inquiry (i.e., POGIL) activities; Incorporation of real-world context
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Department
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Research & Teaching Interests
Neurodegenerative protein aggregation;
Membrane associated amyloid fibrils;
Molecular structures, dynamics, and intermolecular interactions of biological macro molecules;
Solid-state NMR and Cryo-electron microscopy (Cryo-EM)
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Department
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Research & Teaching Interests
flipped-classroom; chemistry; education
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Department
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Research & Teaching Interests
Development of labs and lecture demonstrations for general and organic chemistry courses; Development of evidence-based teaching strategies; Cosmetic chemistry; STEM outreach programs
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Department
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Research & Teaching Interests
Theoretical chemistry; computational chemistry; materials research; mechanically interlocked macromolecular complexes (MIMAs); surface modeling.
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Department
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Research & Teaching Interests
Atmospheric Chemistry; Air Pollution; Climate Change; Analytical Instrumentation
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Department
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Research & Teaching Interests
QCM; cell adhesion; enzyme; problem-based learning; peer learning
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Department
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Research & Teaching Interests
Theoretical Chemistry;
Computational Chemistry;
Chemistry Education;
Biochemistry/Biophysics;
Biomineralization;
Interfacial Chemistry;
Materials Science
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