Bio-materials
ASU research involving biomaterials aims to help the disabled and ill by restoring and improving physiological function. Biomaterial research concerns the way biological materials such as cells, tissues and organs interact with synthetic materials and substances.
PortfolioDNA Nanocages-Building Addressable Nanoparticle Based Architectures for Sensitive Biosensing
Three-dimensional, polymer-based micro-electrode arrays for the central nervous system
Novel Hydrogel Blends for Angiogenesis
Reversible Sterilization/Contraception using in situ Gelling Materials
Self-Assembled Combinatorial Encoding Nanoarrays for Multiplexed Biosensing
Production of Bioplastics and other biomaterials From the Cyanobacterium Synechocystis
Methods to Modulate Enzyme Activity and Cooperativity
Therapeutic Bioconjugates - An Improved Formulation
Programmable Activation of Immune Responses Through Cross-linking Pathogen Sensors by Nano-engineered Multivalency
Fluorescence-Bleaching of Nucleotides in Sequencing-By-Extension
Novel Cationic Polymers for Nanoparticle Stability
Synthetic Antibodies
Polymers for Delivering Substances into Cells
Tumor-Targeted Killing with Aptamer Nucleic Acid Nanostructures
Neural Enabled Prosthesis-Communication Interface for Sensory Stimulation
Neutral Lipid Producing Cyanobacteria
Production and Secretion of Fatty Acids in Genetically Engineered Cyanobacteria
Cyanobacterium Capable of Secreting Fatty Acids
Methods for Degrading the Peptidoglycan Layer of a Bacterial Cell Wall
