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NRC Celebrates Saskatchewan's 100th Anniversary
It's Saskatchewan's time to shine. The prairie province is celebrating its centennial year in 2005, marking the 100th anniversary of its split from the Northwest Territories to join the Canadian Confederation on September 1, 1905. The National Research Council has long been involved in Saskatchewan. The establishment of its NRC Prairie Regional Laboratory in 1948 (renamed the NRC Plant Biotechnology Institute in 1983) formalizing NRC's long history of agricultural research activities that included the development of canola and the first synthesis of sucrose. Today, NRC remains an integral part of Saskatchewan's scientific research and development community through its agricultural biotechnology facilities, its key partnerships, participation in collaborative projects such as the Canadian Light Source, and its programs that help local companies achieve their goals. NRC proudly celebrates its past and present connections to Saskatchewan – a story of great projects, great people, and great future opportunities. Great projectsPrairie Regional LaboratoryNRC has a rich history of agricultural research in the prairies, and in Saskatchewan in particular. It was here that the NRC Prairie Research Laboratory (PRL) was set up in 1948 and mandated to develop alternative uses for Western Canadian crops to reduce waste and boost farming profits. In Saskatchewan, NRC conducted research in four main areas: oil seeds, fermentation chemistry and microbiology, agricultural residues, and wheat surpluses. Many projects were aimed at reducing agricultural waste. For example, one project looked at finding commercial uses for wheat straw in paper-making, insulating material, and fuel briquettes, while flax straw was used for twine and linen fibers needed in airplane manufacture. NRC scientists also extracted insecticides from tobacco wastes. NRC Researchers also led a wheat rust research program that was strongly encouraged by NRC president Henry Marshall Tory. The research ultimately led to the methods of reducing grain diseases. Over the years, NRC studied everything from cattle tuberculosis to weed parasites and control, and bacon and other food product quality. Most famously, however, they established an oil seeds laboratory to deal with the wartime shortage of edible vegetable oils. NRC scientists helped develop rapeseed – an inedible crop used mainly as an industrial lubricant – into canola, an edible cash crop worth billions annually to the Canadian economy. Research Milestones
In addition to the development of canola, many other research milestones came out of PRL. The Saskatoon-based NRC scientists found ways to use cereal grain starches in syrups, alcohols, and even rubber. They also had the first gas liquid chromatography equipment in Canada, which helped identify oils suitable for human consumption. NRC scientists developed an effective growing medium known as B5, and they demonstrated it was possible to regenerate whole plants from cultured cells, which led them to create plant hybrids at the cellular level. As well, the large-scale fermentation of plant cells made it possible to recover valuable pharmaceutical products from plants not normally found on the prairies. In 1971, NRC helped establish the Crop Development Centre at the University of Saskatchewan with the goal of making new crops economically successful in Saskatchewan. This led to the successful introduction and commercialization of dry peas and lentils to the region which had previously had been dominated by wheat. Dr. Raymond Lemieux, who worked at PRL in the early 1950s, was the first scientist to accomplish the monumental task of synthesizing sucrose – an accomplishment so difficult, it was dubbed the "Mount Everest of organic chemistry." His work paved the way for the development of blood group typing and antibiotics. On 28 May 2005 NRC-PBI, where Dr. Lemieux made his discovery, was designated a national historic chemical landmark by the Chemical Institute of Canada. NRC Plant Biotechnology InstituteIn 1983, PRL officially became the NRC Plant Biotechnology Institute (NRC-PBI). The name of the institute had changed, but the research success of NRC's talented scientists did not slow down. The following are examples of these successes: The development of an Enhanced Regeneration System (ERS) gave scientists the ability to produce a large number of embryos and plants from cultured cells in relatively little time. This allowed scientists to genetically engineer wheat. Using microspore culture, NRC-PBI developed a superior type of wheat called McKenzie wheat. This variety's traits include higher yield, early maturity, resistance to lodging, good protein concentration, and disease resistance. Scientists here also developed a technique for reproducing cassava plants from uninfected cells, eliminating the risk of viral infection. As well, they continue to develop canola varieties to remove problems associated with their use as livestock feed and to improve disease resistance and oil composition. NRC-PBI scientists are also working on creating synthetic abscisic acid (ABA) analogs. ABA is a naturally-occurring plant growth regulator that is involved in important plant processes like responses to the environmental stress of drought, cold, salinity and heat. Researchers hope to create synthetic ABA analogs that do not degrade as quickly and that could be used to help plants survive in tough conditions. Of course not all of NRC's research in Saskatchewan has been the work of the Prairie Regional Laboratory or NRC-PBI. In 1919, a research team led by NRC conducted tests on the destructive action of alkali ground waters on concrete structures. Dr. Thorbergur Thorvaldson, a professor at the University of Saskatchewan, and his team came up with a steam-curing technique that changed the structure of concrete compounds in such a way as to make them significantly more resistant to this type of damage. In another project, J.W.T. Spinks and his colleagues in the Soil Science Department (University of Saskatchewan) used radioactive phosphorous and NRC radioisotope equipment to determine the amount of phosphorous in wheat that came from the soil and from fertilizer. These fertilizer experiments led to other studies of soil nutrient absorption using radioactive tracers, as well as to improved fertilization practices. Great peopleSome of NRC's greatest scientists and leaders have ties to Saskatchewan. Among them are the following distinguished figures:
Great future
Crops for Enhanced Human Health (CEHH) is a $10 million NRC-PBI research program in Saskatchewan that will support a prairies-based functional food, nutraceutical and molecular farming industry. NRC-PBI's Industrial Partnership Facility attracts new companies to Saskatoon and provides them with research space and the chance to collaborate with researchers at Canada's leading scientific organization.
Happy 100th anniversary Saskatchewan! Here's to continued R&D excellence, innovation, and outstanding researchers. |
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