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Everything Earth Science
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Written by Everything Science
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Nov 27, 2004 at 11:21 PM |
QUEENS, N.Y.--(BUSINESS WIRE)--Nov. 22, 2004--The New York Hall of Science unveils its 55,0000 square-foot, $89 million expansion on Tuesday, November 23 at 10:30 am. New York City Mayor Michael Bloomberg and Hall Director Dr. Alan Friedman will declare the new wing open. Now children and families in the New York metro area will have even more opportunities to learn about science and technology.
 | The New and Expanded New York Hall of Science (Photo: Business Wire)
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Dr. Friedman recalls that one of the legacies New Yorkers were promised from the 1964-65 World's Fair was a world-class science-technology center. "It's taken 40 years, but thanks to a sustained public/private partnership, and a dedicated and talented Board and staff, we're now able to deliver on that promise," he said.  (1) Comments posted about this in the forum
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Written by Everything Science
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Nov 27, 2004 at 08:41 PM |
CRANBURY, N.J.--(BUSINESS WIRE)--Nov. 24, 2004--Nearly one million clean, diesel-powered vehicles will be on the road in Europe by early 2005, and the same technology that keeps them clean could soon be demonstrated in North America.
The million-vehicle milestone proves that available catalyst technology eliminates the black, sooty clouds of diesels, without compromising the power and acceleration essential for passenger vehicles, buses and heavy-duty trucks.  | | Rhodia's Eolys is an essential component in the diesel post-treatment system.(Graphic: Business Wire) |
To introduce this proven technology in North America, Rhodia's (NYSE:RHA) Electronics & Catalysis business is redoubling its efforts to clear regulatory reviews and introduce the company's Eolys(TM) fuel-borne catalyst to the U.S. vehicle market for heavy and light duty diesel applications. (0) Comments posted about this in the forum |
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Written by Universiteit Leiden
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Nov 27, 2004 at 12:12 AM |
Since last week, Professor Giorgio Frossati of Leiden University's Institute of Physics can 'listen' to gravitational waves. That is, if such a wave happens to come along. Gravitational waves originate from violent clashes between black holes in the universe and from instabilities in neutron stars.
 MiniGRAIL is the name of the first spherical gravitational wave antenna in the world. The ball was made at the Leiden Institute of Physics (LION) of Leiden University. It is the product of years of close cooperation between Frossati's research group and the technicians of the fine-mechanic and electronic workshop in the Institute. A result to be proud of, says Professor Peter Kes, LION's scientific director.
The MiniGRAIL detector is made of copper with a pinch of aluminium (6%), has a diameter of 65 cm and weighs 1150 kilos. If a gravitational wave passes by the antenna, it will transmit a very small part of its energy to the ball. Gravity waves with a frequency of circa 3000 hertz will make the ball vibrate in all kinds of different ways.
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Written by Business Wire
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Nov 22, 2004 at 04:24 AM |
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MELBOURN, England--(BUSINESS WIRE)--Nov. 22, 2004-- A breakthrough technology that enables liquid medication to be inhaled through the lungs with as much as 90 percent efficiency and used in a recently launched medical device is set to be more widely used for a range of liquid and dense suspension drugs. Cambridge (UK) based The Technology Partnership (TTP), Europe's leading independent technology development and licensing company, has announced it is working with a number of international companies to commercialize its electronic aerosol technology. Called TouchSpray(TM), this technology is the basis of the new eFlow(R) Electronic Nebulizer revealed recently by PARI (headquarters in Starnberg, Germany), a worldwide leader in efficient aerosol delivery and pharmaceutical formulation development.  | | Breakthrough technology from The Technology Partnership enables liquid medication to be inhaled through the lungs with as much as 90 percent efficiency - with significant implications for treatment of chronic respiratory conditions such as asthma, cystic fibrosis, COPD (chronic obstructive pulmonary disease) and other similar conditions. In addition, pharmaceutical companies can deliver other more delicate compounds and formulations using inhalation. (PHOTO: Business Wire) |
TTP also announced today a further breakthrough of its TouchSpray technology called 'Reverse Taper TouchSpray(TM)', which enables fluids containing very dense suspensions of insoluble compounds to be administered using an inhaler device. The TouchSpray technology has significant implications for the treatment of chronic respiratory conditions such as asthma, cystic fibrosis, COPD (chronic obstructive pulmonary disease) and other similar conditions. However, it also has implications beyond this that will allow pharmaceutical companies to deliver other more delicate compounds and formulations using the more convenient and comfortable inhalation route. (0) Comments posted about this in the forum |
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Written by Informnauka
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Nov 06, 2004 at 07:35 PM |
Researchers of the All-Russian Scientific Research Institute of Plant Cultivation, Russian Academy of Agricultural Sciences (St. Petersburg) jointly with their colleagues from Germany and Finland have grown up new lines of Solanum cultivated plants via the somatic hybridization method – hybrids of wild species of plants of the Solanum family with cultivars of tomato and potato, that posess new useful properties.
Potato and tomato – the plants that occupy the honorary place in the menu of mankind – belong to the Solanum family. So do multiple wild species inhabiting Mexico, they are inedible, but possess the qualities interesting to selectionists, such as disease and vermin stability, salt-tolerance, psychrotolerance. However, this interest has remained theoretical up to recently: the majority of wild species was reluctant to interbreed with cultivars. Therefore, the researchers of the All-Russian Scientific Research Institute of Plant Cultivation, Russian Academy of Agricultural Sciences (St. Petersburg) jointly with their colleagues from Germany and Finland set about cultivating new Solanum species via the somatic hybridization method.
There exist different methods for introduction of required genes into the cultivated plant’s genome. Genetic engineering which is now much talked about is only one of them and far from being the most important if we recall the centuries-old history of selection. Interbreeding of species and lines, pollination of one plant by the pollen of the other are still used by selectionists. However, such interbreeding, particularly the interspecific interbreeding does not always work well. In the 70s-80s, a new method emerged that allowed to overcome the barrier of non-interbreeding: somatic hybridization.
Researchers Can Cross Non-Interbreeding Plants
Orstio November 19th, 2004 - 6:57 PM
Researchers of the All-Russian Scientific Research Institute of Plant Cultivation, Russian Academy of Agricultural Sciences (St. Petersburg) jointly with their colleagues from Germany and Finland have grown up new lines of Solanum cultivated plants via the somatic hybridization method - hybrids of wild species of plants of the Solanum family with cultivars of tomato and potato, that posess new useful properties.<br /><br />Potato and tomato - the plants that occupy the honorary place in the menu
And one more test. This is fun...  |
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