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Newest Tools in Plant Genetics For Faster Commercialization, Longer-Term Disease Resistance Crops
A process that will make crops disease resistant year after year is among the exciting new technologies that could revolutionize plant science, experts said at the Ag Innovation Showcase.
A new process that allows scientists to sequence plant genes in a targeted way to enable plants or crops to resist disease over multiple growing seasons, known as durable disease resistance, is a highly promising development, said Eric Ward, president of the nonprofit 2 Blades Foundation.
"What we are really doing is genetic tinkering," Ward said. "The next challenge is how to implement those genes in a precise way so that they do exactly what we want them to do every time we use them. This technology revolution makes it possible to go into exotic species, cull out traits and put them together in plants that we haven't had a cost-effective way of doing before. This technology is coming, and we are hopeful it will be available to everybody."
Another promising tool is synthetic biology, which allows scientists to place traits from one plant onto another that would never normally carry them, said Mat Muller, ag biotech business development for Pioneer Hi-Bred International Inc . Technology could allow fast-growing plants to be vehicles for desirable traits such as plant oils that can be converted into biofuels, explained James Carrington, president of the Danforth Plant Science Center.
"Instead of putting a seed in the ground, letting it grow and seeing the result, we have to be able to predict what will happen," Muller said.
Tips For New
Plant Scientists
Agricultural science leaders also had some crucial advice for the coming generation of scientists and entrepreneurs: biotechnology graduates must be able to work across multiple disciplines to be competitive in today's research environment.
"Don't give me somebody who knows a little bit about everything; give me someone who is good at two things such as a biomathematics and biochemistry," James Carrington of the Danforth Center said. "Do you want a utility infielder or an Albert Pujols?"
GrowSafe Systems Wins Green Lab Coat

Alison Sunstrum, Co-Chief Executive Officer of GrowSafe Systems, Ltd., was honored with the Ag Innovation Showcase's Green Lab Coat award for excellence among emerging entrepreneurs.
GrowSafe was one of 16 companies chosen in a global business plan competition to present an overview of its business to an audience of VCs and industry experts at the Showcase.
Company presentations were scored on several factors including evidence of market opportunity, business model and management team, as well as overall presentation style and content.
Based in Alberta, Canada, GrowSafe Systems, Ltd.'s team of multi-disciplinary engineers and scientists develop intelligent systems that automatically measure biometric and environmental inputs in livestock production environments. Systems continuously monitor individual animal health and performance status.
Gorski & Fiorello
Applaud Showcase
Committee
 Mark Gorski (left), Business Development Officer for BRDG Park, and Sam Fiorello (right), President, BRDG Park and COO/Senior VP Administration for the Danforth Plant Science Center, who served on the Organizing Team with the Larta Institute, expressed appreciation to Advisory Committee members: Chair, Arama Kukutai, Finistere Ventures; Sharon Berberich, Dow AgroSciences; Richard Broderick, BASF Corporation; Dan Broderick, Global Agtech Investors Network (GAIN); Brian Clevinger, Prolog Ventures; Timothy Cooley, BioAg Gateway; Kirk Haney, SG Biofuels; Lynn Henderson, AgriMarketing & Henderson Communications; Mark Matlock, Archer Daniels Midland; Spencer Maughan, PhD, Venrock; Ronald Meeusen, PhD, Cultivan Ventures, LLP; Mat Muller, PhD, Pioneer Hi-Bred International; Robert Morris, AndMore Associates, LLC; Derek Norman, Syngenta Ventures; Randall Tosh, Australian Trade Commission; and Andrew Williamson, Physic Ventures. |
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2011 AG INNOVATION SHOWCASE HIGHLIGHTS
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Ag Innovation Showcase
Celebrates Another Record Success
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With more than 270 attendees from Brazil, Australia, the Netherlands, India, Malaysia, and across North America, the third annual Ag Innovation showcase sponsored by BRDG Park and others in May 2011 at the Danforth Plant Science Center continued to build on the success of the first two Showcase events. St. Louis showed once again its global leadership role in ag science and entrepreneurship.
Hope and excitement filled the Danforth Center as keynote speakers focused on significant challenges and opportunities that ag leaders are addressing across the globe -- alternative energy, food shortages, globalization of markets, climate change.
First day keynoter, Jason Pyle, CEO, Sapphire Energy, provided in-depth perspective on the world's looming energy difficulties and the potential for a largely unused plant -- algae -- to play a major role in finding solutions. St. Louis is one of the leaders in exploring algae as a fuel, with BRDG Park tenant Phycal and a Danforth Center research team in the forefront.
In addition to a robust program featuring distinguished keynote speakers and dynamic panel discussions, 16 entrepreneurial companies chosen from a large group of applicants made presentations demonstrating how their technologies are driving innovation in developing sustainable solutions in agriculture. Based on previous event experience, attendees will remain in touch and develop on-going business relationships with many of the early-stage companies that presented.
We hope you will enjoy reading about just a few of the many highlights from this year's outstanding event
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Brazil Can Fill Coming
Food Shortage
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 | Keynote speaker Dr. Paulo Rabello de Castro
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Brazil is amply ready to meet the predicted global shortfall in food commodities as it embraces agricultural technology, according to the head of Brazil's first credit rating agency. The country will easily be able to supply the increase in world demand for beef, said Paulo Rabello de Castro, chairman and principal partner of SR Rating and managing partner of RC Consultores. Rabello de Castro gave the concluding keynote address at the two-day Ag Innovation Showcase at the Donald Danforth Plant Science Center.
As rising prices and market limitations elsewhere challenge meat supplies worldwide, "Brazil alone would be able to make up for this (demand). It is the country most ready to help with the world need," Rabello de Castro said.
Brazil is an increasingly large force in worldwide agriculture. The U.S. Department of Agriculture ranks Brazil as one of the world's largest producers of sugarcane, soybeans, corn, ethanol, coffee, orange juice and beef. Rabello de Castro said technology has played a major role in the growth of the nation's agricultural industry, especially as more head of cattle occupy fewer hectares of land.
He encouraged the audience of agricultural scientists and entrepreneurs to bring their technologies to Brazil to help the country overcome production hurdles, increase yields and continue its growth.
"Today's challenges call for technological answers from ag tech specialists," Rabello de Castro said. "This is a big market and big opportunity."
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World Food Supplies Threatened by Climate Change, Rising Wages
and Population Growth
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 | | Ag Economic Forum presenters (left to right) Drs. Scott Rozelle,
Joyce Cacho, Alex McCalla, Elisio Contini, Mark Rosegrant
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A volatile recipe of exploding population growth, climate change, falling crop yields and more demand for meat and diary will put world agriculture under tremendous pressure, according to a Showcase panel of agricultural economists. In addition, they cautioned that private industry, governments and social welfare groups must move quickly to invest in agricultural science, rural farming and infrastructure in all regions across the globe, to mitigate the evolving spiral. "You're going to a see a fairly bleak picture in business-as-usual scenarios," Mark Rosegrant, director of environment and production technology at the International Food Policy Research Institute, said in his keynote address. With world population projected to hit 9 billion people by 2050, food production must escalate globally because of lower crop yields due to climate change in all agricultural regions and rising wages in Asia (especially China), Latin America and Africa. Increased family incomes in less developed countries will fuel increased demand for meat and dairy, Rosegrant said. At the same time, demand for grains will double in Latin America and triple in sub-Saharan Africa and, he predicts, fuel prices could rise to $125 to $150 a barrel by 2050, putting more pressure on agriculture worldwide to produce biofuel alternatives. "There will be a lot more pressure on the land to feed people," he told an international gathering of corporate industry leaders, venture capitalists, institutional investors and entrepreneurs involved in advancing agriculture.He even projected a future where, due to climate change, the U.S. would not export corn overseas because of demand at home. "In a lot of the analysis we've done, the U.S. is really under threat of climate change, which will significantly reduce yields from the American agricultural heartland without changes in practices and crop characteristics. Parts of Latin America, Asia and Brazil also will be hit hard," Rosegrant said. "Climate change poses a significant risk to productivity growth if we don't adapt to it well." Without changes in crop productivity and other agriculture policies, food prices will also rise globally, and calorie consumption could drop on average a dramatic 12 percent in the developing world. That, in turn, will cause more childhood malnutrition particularly in Southeast Asia and Sub-Saharan Africa, he said, unless major investment is made in agriculture infrastructure, farming techniques and other crop adaptations. He estimates the number of children afflicted by malnourishment could drop by 30 million by 2050 with at least a $32 billion in public investment in agriculture, infrastructure and social programs. If such investments are not made, "there is a fairly dismal outlook on the goals we had to cut childhood malnutrition, but we can make significant progress despite the future scarcity by making this investment," Rosegrant said. In the meantime, the world's most populous country--China--will cease its population growth by 2026 and some 500 million Chinese will move from the countryside to cities. They will eat less rice and wheat and, with their rising incomes, demand more meat, dairy and fish, which will boost demand for livestock feed. China will become an agricultural importer and is already trying to boost farm productivity by investing more in biotechnology, outspending U.S. government ag research twofold, said panelist Scott Rozelle, the Helen F. Farnsworth Senior Fellow in the Freeman Spogli Institute for International Studies at Stanford University. There are some bright spots. Brazil will produce about 40 percent more agricultural products by 2019 and continue to boost its global exports, especially to China, India and Africa, said Elisio Contini, deputy of the StrategicStudies & TrainingCenter at EMBRAPA (the Brazil Enterprise for Agricultural Research). Brazil has doubled its output of grains to 160 million tons a year since 1977, quintupled sugarcane production to 625 million tons a year in the same time, and produced 31 million tons of meat and poultry last year. "We have had a big revolution in poultry, beef and pork," Contini said. "Brazil is providing food meat for our population and for export to other countries." Some solutions to the coming agriculture crisis involve financing and opportunity for farmers in developing countries, such as increasing access to financing for farmers in Africa, investing more in mobile-phone banking in the developing world and infrastructure investment, plus educating women and children, said Joyce Cacho, chief sustainability officer for animal health and nutrition company Novus International of St. Louis. "We must invest in rural development, reduce energy cost while increasing energy availability, increase accessibility to quality, nutritious, affordable food, improve environment management, and address social justice," Cacho said. Techniques such as better water harvesting, modernizing farming practices, reducing post-harvest losses, and using mobile phones to give farmers more ag information are necessary as well, panelists said.
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Ag Innovation Showcase
Special Thanks to
Presenting Organizations
BRDG Park
Larta Institute
Donald Danforth Plant Science Center
Global Agtech Investors Network (GAIN)
Missouri Technology Corporation
St. Louis County Economic Council
St. Louis Regional Chamber &
Growth Association (RCGA)
More News & Information
available at
www.BRDG-Park.com
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