particle
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Philips and Bruker Biospin Sign MOU for Imaging Technology
Royal Philips Electronics and Bruker BioSpin have signed a Memorandum Of Understanding (MOU) for the development of Magnetic Particle Imaging (MPI) scanners, an imaging technology for the preclinical market. Under the terms of the MOU, the latte…
particle | 30 October 2009
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Technique Enables Rapid Size Determination of Quantum Dots and Nanoparticles
Paraytec has announced an application note that demonstrates how its ActiPix HT Nano-Sizing system has been used to rapidly determine the hydrodynamic radius of a series of quantum dot and nanoparticle samples. Quantum dots are a new form of semic…
particle | 07 September 2009
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Union Biometrica: Cytometers for Large Particles
Union Biometrica has introduced the Copas Large Particle Flow cytometers. These instruments can analyze, sort and dispense objects that are too large (20-1,500 micron) or too delicate for traditional flow cytometers. Typical samples range fr…
particle | 01 September 2009
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Laser Sizer for Particle-Sized Measurements
The Analysette 22 MicroTec Plus lazer particle sizer from Fritsch is used for particle sized measurements. It utilizes dual-lasertechnology and comes with a Fast-Switch- System. This means that the measuring cells of the system are located in ca…
particle | 01 September 2009
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Union Biometrica: Cytometer for Large Particles
Union Biometrica has introduced the Copas Large Particle Flow cytometers. These instruments can analyze, sort and dispense objects that are too large (20-1,500 micron) or too delicate for traditional flow cytometers. Typical samples range from s…
particle | 17 August 2009
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Mill for Fine-Particle Grinding
The Universal Mikro Pulverizer (UMP) from Hosokawa Micron Powder Systems is a mill that can provide finished materials ranging from coarse granulations to ultra-fine particle size distributions. The mill has the capability to interchange a variet…
particle | 25 March 2009
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New generation chemotherapy uses magnetic nanoparticles
A partnership between Siemens Corporate Technology and the University Hospital of Erlangen in Germany has paved the way for more precise and effective treatment of non-operable tumors through the use of anti-cancer drugs transported by magnetic parti…
particle | 27 November 2008
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Capturing catalysis one molecule at a time
Cornell researchers have developed a microscopic method to observe the behavior of single nanoparticles of a catalyst, down to the resolution of single catalytic events. Their observations have shown that not all nanoparticles in a batch are creat…
particle | 12 November 2008
