32 A DECADE OF RESEARCH Nanomaterials • Innovative methods for nanoparticle fabrication & characterization • Self-assembled monolayer films • Nanoscale organic and inorganic coatings • Functional and chiral self-assembly monolayers • Carbon nanotubes growth mechanisms & functionalization • Phase transition in nano-scale systems • Theoretical properties of nanoparticles, layers & devices • Graphene, 2-D materials & metamaterials Clean-Tech • Development of new approaches for breaking down hazardous biofilms • Micro-porous, double-layer carbon electrodes for water de-ionization and desalination Bioconvergence • Medical applications: Remote sensing Bacterial identification Genome editing • Defective DNA repair • Immunotherapy • Mitochondrial transplant • Quick diagnosis • RNA processing, RNA sequencing inside tissues, RNA editing in human and animal models • Genomics data analysis • CRISPR nanoparticles for in vivo gene therapy • Cyborg—the hybrid cellchip • Synthetic biosensor chip • Tissue engineering • Devices for reagents delivery into live tissue • Neuroprosthetic devices Biomedicine • Nano-based methods for targeted drug delivery • Nanoparticles for diagnostics • Nano chemistry & biochemistry for liposomes & membranes • Microfluidic-based studies of virus-host interaction • Nanoparticles for gene silencing • Structure and function of ion channels • Nanoparticles for improved CT imaging • mRNA dynamics in living cell systems • Neuronal nanoengineering • Protein-DNA interaction on the singlemolecule level • Nanoparticles for imaging and treatment of brain tumors • Rapid and highly sensitive detection of biomarkers • Label-free photoacoustic (PA) tomography • Nanoscale sensors for medical applications • BioMEMS & “Lab on a Chip” devices • Bio-imaging & Plasmonic nanoparticles • Neural Prosthetic devices • Neurobiological systems development • Nano-based methods for skin grafts • Devices for reagents delivery into live tissue • Neuroprosthetic devices • Artificial vision • Developing CRISPR technology as a method of gene therapy • Exploring the cellular and viral pathways of KSHV infection cycle and pathogenesis, clinical and epidemiological studies • Nanomechanisms in cell cycles & growth
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