Monthly Archives: May 2011

TechID 22809: Development of Protease Activated Trastuzumab for Reduced Cardiac Toxicity

A pro-antibody variant of Trastuzumab (ProTrastuzumab) designed to be active in tumor rather than cardiac tissues. READ MORE

TechID 22808: High Affinity Peptide and Cyclotide Antagonists of Neuropilin-1

Novel peptide ligands for neuropillin-1 using a constrained, stable peptide scaffold. READ MORE

TechID 22760: Wafer Scale Integration of CMOS Chips for Biomedical Applications

A novel technique for the integration of small complementary metal-oxide semiconductor (CMOS) chips into a large area substrate. READ MORE.

TechID 22764: A New TriBeam System for Three-Dimensional Multimodal Materials Analysis

A new system for rapid 3D materials analysis that integrates the unique capabilities of ultrashort pulse femtosecond lasers with a focused ion beam (FIB). READ MORE.

TechID 22715: Method of Preparing Silicon and Silicon-Germanium Nanocomposites as Thermoelectric Materials

A novel, low temperature process to prepare silicon germanium nanocomposite for thermoelectric application from cheap oxide. READ MORE.

TechID 22520: Method and Apparatus for High Quality Video Reconstruction

A novel method and apparatus to improve the overall quality of a reconstructed video signal at a given transmission rate, or to maintain the current signal quality at reduced transmission rates. READ MORE.

TechID 22519: Apparatus for Polyphonic Audio Frame Loss Concealment

A novel apparatus to conceal the damage due to lost signal data and to estimate all periodic components of polyphonic audio for audio signal prediction. READ MORE.

TechID 22517: Highly Controllable Living Radical Polymerization Reactions for the Synthesis of Novel Polymers and Macromolecules

A novel living radical polymerization with highly responsive control over the activation and deactivation of polymerization using visible light as a trigger. READ MORE.

TechID 22516: Reverse Photochromic Switch Compound for Opto-Mechanical Materials

A synthesis technique to create a novel photochromic material for photoswitching applications. READ MORE

TechID 22457: High Sensitivity Transistor-Based Biosensors for Diagnostic and Forensic Applications

A novel type of biosensor based on Tunnel Field-Effect Transistors (TFETs) for diagnostic applications. The TFET biosensor is over ten thousand times more sensitive than conventional FET-based biosensors. This significant sensitivity improvement helps the biosensors identify target biomolecules at very low concentrations, which is a useful tool when dealing with time-sensitive diseases such as cancer. READ MORE.