Dr. Cameron Chai

Efficiency of Microtubule-Binding Agents Used in the Treatment of Ovarian Cancer Restricted by Drugs

A team at Penn State College of Medicine says a protein to regulate motor movement could restrict tumor growth in ovarian cancers. It would not only control the tumor cells from multiplying but also help develop medications.

TTP LabTech Announces Addition of 561nm Laser to Acumen eX3

TTP LabTech has recently improved its high content, microplate imaging system, the Acumen eX3. The 561nm laser enables it to perform extra high throughput cell-based assays.

Nano-molecular Carbohydrate Binding Enhances Efficiency of Stainless Steel Implants

NanoMarkets Reports on Global Organic Photovoltaics Market

Software Program to Create Three-Dimensional DNA Structures

DNA form building blocks for nano-structures for drug delivery serve as biosensors and enable artificial photosynthesis.

IO Semiconductor Selects Berkeley Design’s Analog FastSPICE Platform for RF Verification and Characterization

Berkeley Design Automation recently declared that IO Semiconductor has chosen the company’s AFS Platform to be used in RF verification and characterization.

Temperature Changes at Nano-scale Alters Liquid Viscosity to Enable Materials Designing

A team at the National Institute of Standards and Technology (NIST) working with Wesleyan University researchers has utilized computer graphics to study glass-forming materials, delivering a mathematical and physical description of temperature impacts on the rate of flow in these materials.

Structure of DNA Nano-particles Depend on Water Content of Molecules Surrounding Them

A Helmholtz-Zentrum Dresden-Rossendorf (HZDR) research team has found that the texture of the hydration shell surrounding genetic DNA is based on the water content and impacts the form of the genetic substance.

Diamond Impurities to Enable Quantum Computers to Transmit Information

A team at the University of Calgary and Hewlett Packard Labs in Palo Alto, California, has discovered a method to use contaminants in diamonds to develop a node in a quantum network.

Investment to Enable Development of Nanopore DNA Sequencing Technology

Oxford Nanopore Technologies recently declared raising £25 million through shares.