Angela Belcher

Department of Biological Engineering, MIT
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Inventions

Microporous Carbon Nanofibers
Nanoparticle Conjugates of Highly Potent Toxins
Engineered Yeast as a Method for Bioremediation
M13 Phage Assembly System for Optimal Blood Trafficking, Tumor Penetration, and Passage Across the Blood Brain Barrier
Cell Display as a Method for Assembling Novel or Improved Materials and Microelectronic Components
Biological Method for Detecting and Repairing Defects in Material Surfaces
Advanced Lithium-ion Battery that Self-assembles using Viral Particles
Monolayer Fabrication using Electrostatically Mediated Viruses
Virus-based Fabrication of Electrochromic Materials with Enhanced Functionality
Oxide-binding Peptides for Versatile Surface Functionalization
Virus/Nanowires Encapsulation within Polymer Microgels for Energy and Electronics
Planar Mixed-metal Perovskite Photovoltaics
Engineered Multifunctional Particles for Enhanced Oil Recovery
Deep-tissue, High-resolution Imaging for Intact Biological Organisms
Virus Enabled Self-assembly of Nanocomposites for Highly Efficient Photovoltaic Devices
Biologically Catalyzed Carbon Dioxide Mineralization Using Yeast-displayed Enzymes and Proteins
Recycling Car Batteries for Efficient Perovskite Solar Cells
M13 Phage-functionalized Single-walled CNT Probe for Tumor Imaging
Graphene Oxide Sheets with Enhanced Visible Light Absorption and Electrical Conductivity
Virus Film as Template for Porous Inorganic Scaffolds
Plasmon-Enhanced Dye-Sensitized Solar Cells