U.S. Senate Committee hears submissions on NASA's 2013 budget request & U.S. space program The U.S. Senate Committee on Commerce, Science, and Transportation has been hearing submissions regarding NASA's 2013 budget request and on the priorities, plans and progress of the U.S. space program. Witnesses appearing before the Committee on March 7 included Charles F Bolden Jr, NASA's Administrator, and Dr Neil deGrasse Tyson, an astrophysicist and well known commentator on space exploration. Bolden, who flew on four space shuttle missions after a career in the Marine Corps, was appointed to lead NASA in 2009 after being nominated by President Obama. Administrator Bolden outlined the space agency's achievements in 2011 and updated the Committee on the status of current missions. His statement outlined how the requested budget of $17.7 billion for 2013 would be allocated and concluded by stating: "NASA's FY 2013 budget request of $17.7 billion represents a substantial investment in a balanced program of science, exploration, technology and aeronautics research. Despite the constrained budget environment facing the Nation, this request supports a robust space program that keeps us on a path to achieving a truly audacious set of goals. NASA is working to send humans to an asteroid and ultimately to Mars, to observe the first galaxies form, and to expand the productivity of humanity's only permanently-crewed space station. We are making air travel safer and more efficient, learning to live and work in space, and developing the critical technologies to achieve these goals. The coming year will include the first commercial cargo flights to the ISS, a nuclear powered robot the size of a small car landing on the surface of Mars, and the launch of the Nation's next land observing satellite. We have spacecraft studying the Sun, circling Mercury, cruising to Pluto and investigating almost everything inbetween. In the face of very difficult times, the American p

OverviewChartNewsPrice/Turnover HistoryMaster DataCompany Data XetraFrankfurt Intraday3 M6 M1 Y3 Y5 Y10 Y © Deutsche Börse Close Previous Day Price There is no push chart available at the moment. Open Xetra orderbook Add to watchlist Associated Instruments: Certificates, Leveraged, Bonds Frankfurt Realtime Bid / Ask 1.100 : 1.144 Volume 3,800 : 3,600 Spread abs/rel. 0.044 / 4.00% Change Prev. Day 0.022 / 2.00% Time 17/01/2012 15:30:09 Price Information XETRA* Frankfurt Last Price - 1.100 Date, Time - 17.01.2012 09:22 Change from Prev. Day - 0.000 / 0.00% Turnover in € - - Traded Units - - Price Fixings - 1 Bid/Ask - : - 1.100 : 1.144 Bid/Ask Volume in Units - : - 3,800 : 3,600 Bid/Ask Time - 17.01.2012 15:30:09 High - 1.100 Low - 1.100 52-Week High - 1.260 52-Week Low - 0.950 Close Previous Day - 1.100 Trading hours 09:00 - 17:30 08:00 - 20:00 * Xetra prices are 15 minutes delayed. Advertisement Fundamental Key Figures Dividend / Special dividend - / - Dividend Yield in % - Price Earnings Ratio - Earnings per Share (gross) in € - Earnings per Share (net) in € - Number of Shares - Market Capitalization in m. € - Freefloat Market Capitalisation in m. € - Major Master Data Transparency Level First Quotation Board Market Segment Open Market Trading Model Type - Country Canada Sector - Home exchange - Address Address - Phone - Fax - Internet - Contact - Technical Key Figures Historical Volatility 3 Month - Historical Volatility 250 Days - Correlation 30 Days - Correlation 52 Weeks - Beta 1 Year - Open Interest -

Norton intends to market simple-to-use products that can be used by technicians, rather than analysts, to be incorporated into any laboratories' own process control systems. Norton Scientific " Main | Clinton Mccage By successfully integrating guided wave laser optics, microfluidics and robust data analysis software, researchers at Norton Scientific have invented a proprietary laser-based product that is now being marketed to laboratories and universities around the world.

Norton intends to market simple-to-use products that can be used by technicians, rather than analysts, to be incorporated into any laboratories' own process control systems. By successfully integrating guided wave laser optics, microfluidics and robust data analysis software, researchers at Norton Scientific have invented a proprietary laser-based product that is now being marketed to laboratories and universities around the world.Targeting proteomics applications including crystallographers, the company is introducing this low-cost analytical system to researchers in biopharmaceutical and healthcare, advanced materials, food and beverage, bio-materials and in-water pollution monitoring.Norton intends to market simple-to-use products that can be used by technicians, rather than analysts, to be incorporated into any laboratories' own process control systems. Due to various applications of these materials, "macromolecule" covers the entire range of polymers and biopolymers − including proteins and peptides − that can be analysed using the intellectual property owned by NSI, such as contained in the revolutionary protein aggregation monitor (PAM).

http://business.wikinut.com/Norton-Scientific-By-Clinton-Mccage/2o17devz/ http://business.wikinut.com/Norton-Scientific-By-Clinton-Mccage/2o17devz/ Norton intends to market simple-to-use products that can be used by technicians, rather than analysts, to be incorporated into any laboratories' own process control systems. Norton Scientific » Main | Clinton Mccage By successfully integrating guided wave laser optics, microfluidics and robust data analysis software, researchers at Norton Scientific have invented a proprietary laser-based product that is now being marketed to laboratories and universities around the world. Targeting proteomics applications including crystallographers, the company is introducing this low-cost analytical system to researchers in biopharmaceutical and healthcare, advanced materials, food and beverage, bio-materials and in-water pollution monitoring. Norton intends to market simple-to-use products that can be used by technicians, rather than analysts, to be incorporated into any laboratories' own process control systems. Due to various applications of these materials, "macromolecule" covers the entire range of polymers and biopolymers − including proteins and peptides − that can be analysed using the intellectual property owned by NSI, such as contained in the revolutionary protein aggregation monitor (PAM).

Norton Scientific Scam | Friendfeed - Zimbio
Fwd: Norton Scientific Scam | Tumblr In this piece Roger Bate, Donald Roberts and Richard Tren accuse the UN of "Scientific Fraud against DDT". Their Accusation is based on an Opinion paper byRoberts and Tren published in Research and Reports in Tropical Medicine. So let's look at their paper and see where the "Scientific Fraud" is.

Norton Scientific Inc. (NSI) is a biotech company. The technology base and know-how involves the use of guided wave laser optics, microfluidics and robust data analysis software for the development of novel, low-cost, easy-to-use analytical separations systems for use in a variety of markets, including biopharmaceuticals, wound healing, food & beverage, bio-materials and environmental monitoring.