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Scientists to Develop Nanotechnology for Early Diagnosis and Treatment of Pancreatic Cancer

A team of UNC scientists has received a five-year $2,308,800 grant from the National Cancer Institute’s Cancer Nanotechnology Platform Partnerships to address the critical need for early diagnosis of and more effec...

30 Sep 2010

Production of Highly Sterile Nanoparticles Using New Laser Processing

The newest spin-off of the Laser Zentrum Hannover (LZH) is the "Particular GmbH", which uses a new laser process for the production of highly sterile nanoparticles made of almost any material.The laser-generate...

From Particular GmbH 30 Sep 2010

NanoMech Receives SBIR Phase II Grant to Develop Manufacturing Facility for Nanolubricants

U.S. Department of Energy (DOE) has awarded NanoMech, Inc. a grant for $1 million to develop and test a pilot-scale production facility for manufacturing of NanoGlide®.

30 Sep 2010

Scientists Construct Nanoparticle Structures to Examine Enzyme-Modified Electrodes

One of the most popular methods of covering surfaces with nanoparticles is the Layer-by-Layer method (LbL) known since 1997.

30 Sep 2010

Advances in Magetization Dynamics Using Scanning Transmission X-Ray Microscopy

Research and Markets has announced the addition of John Wiley and Sons Ltd's new book "X-Rays in Nanoscience: Spectroscopy, Spectromicroscopy, and Scattering Techniques" to their offering. (http://www.re...

29 Sep 2010

CVD to Supply Nano Products for Solar and Semiconductor Markets

CVD Equipment Corporation (Nasdaq: CVV) announced today that our CVD/First Nano Division has received orders during the month of September, 2010, for approximately $2.5 million from a number of institutions, including the University of Illinois and the National Institute of Standards and Technology, for products sold under the First Nano EasyTube™, EasyGas™ and EasyExhaust™ brand.

From CVD Equipment Corporation 29 Sep 2010

Scientists Use Silver Nanoparticles to Detect Cell Nucleus Activity

Duke University bioengineers have not only figured out a way to sneak molecular spies through the walls of individual cells, they can now slip them into the command center -- or nucleus -- of those cells, where they can report back important information or drop off payloads.

From Duke University - Fitzpatrick Center for Photonics 29 Sep 2010