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The World’s First Pollution Eating Poem

The World’s First Pollution Eating Poem

Academics from the University of Sheffield’s Department of Chemistry and School of English have joined forces in order to create the world’s first air-cleaning poem which uses revolutionary nano-technology. [More]
Sulfide and Oxide Nanoparticles, Core-Shell Particles and Hollow Fibers

Sulfide and Oxide Nanoparticles, Core-Shell Particles and Hollow Fibers

This article discusses the various products offered by NEI Corporation, including sulfide nanomaterials, oxide nanomaterials, core-shell particles and hollow fibers. [More]
Using Aridion™ Nano-Coating Technology from P2i for Liquid Repellent Hearing Aids

Using Aridion™ Nano-Coating Technology from P2i for Liquid Repellent Hearing Aids

Compared to alternative methods, Aridion™ nano-coating technology from P2i provides much better protection to finished products through complete coverage of their every feature at the nanoscale. Aridion™ is a truly liquid-repellent coating with excellent durability that significantly lowers maintenance costs and warranty failure of finished goods. [More]
The Benefits of Plasma Hydrophobic Coatings from P2i

The Benefits of Plasma Hydrophobic Coatings from P2i

The application of hydrophobic coatings makes a surface repellent to liquids such as water by creating a low surface energy, which allows the liquid to create beads and slide off from the surface. P2i offers plasma hydrophobic coatings. [More]
Infographic: The Plasma Enhanced Vapor Deposition Process

Infographic: The Plasma Enhanced Vapor Deposition Process

Plasma enhanced vapor deposition technology is used to apply P2i’s nano-coating. P2i’s technology is an automated process wherein the coating is bonded to every aspect of a completely constructed device, coating the device from inside to outside. [More]
Analysis of Nanoparticle Coatings

Analysis of Nanoparticle Coatings

Surface properties of a particle gain more significance with a decrease in particle size. At the nano scale, the surface properties of a particle influence its behavior such as aggregation, the ability to bind to the surface of a glass container, the ability to reach an epithelial cell, its efficacy at a tumor site, or the ability to build up a protein layer on its exterior. [More]
Using the NanoTweezer for Nanomanipulation

Using the NanoTweezer for Nanomanipulation

The NanoTweezer technology of Optofluidics allows users to access and observe individual cells, viruses, and biomolecules in real time using their available microscopy tools. It has a microfluidic infrastructure that enables introduction of new agents into the trapped particle such as antibodies and simultaneous manipulation of the environmental conditions such as pH. [More]
Multiplex Cellular Imaging Platform for Discovery and Advancement of Novel Drugs for CNS Diseases

Multiplex Cellular Imaging Platform for Discovery and Advancement of Novel Drugs for CNS Diseases

Developing new processes and technologies to aid the discovery and advancement of novel drugs is the objective of the imaging and biosimulation platform for new Central Nervous System drugs (BICNSD), a three-year project funded by the OSÉO, Alsace-Biovalley, and the Québec Consortium for Drug Discovery (CQDM). [More]
Piezo-Based Robots for Sample Manipulation in Optical and Electron Microscopy: An Interview with Benoît Dagon

Piezo-Based Robots for Sample Manipulation in Optical and Electron Microscopy: An Interview with Benoît Dagon

In this Insights from Industry interview, Benoît Dagon, CEO of Imina Technologies, talks to Will Soutter about their miBot range of manipulators for microscope sample characterization. [More]
Hysitron’s nanoDMA III for High-Throughput Material Screening

Hysitron’s nanoDMA III for High-Throughput Material Screening

In most industries, mechanical reliability is an essential quality for thin film coatings. Accurate screening of mechanical properties and high throughput process are imperative for rapid production of single- and multi-layer coatings. [More]