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Local Role of Food Producers' Communities for a Global One-Health Framework: The Experience of Translational Research in an Italian Dairy Chain
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作者 chiara frazzoli Alberto Mantovani Roberto Dragone 《Journal of Agricultural Chemistry and Environment》 2014年第2期14-19,共6页
Community is the foundation of public health: the present paper reports the approach and strategy for intervention on the dairy production community developed by the Italian project ALERT (www.alert2015.it), which imp... Community is the foundation of public health: the present paper reports the approach and strategy for intervention on the dairy production community developed by the Italian project ALERT (www.alert2015.it), which implements the transfer of technical innovation and technological know-how from public research. Starting from the local role of primary producers, North-South and South-South networking (www.noodlesonlus.org) is needed to share solutions for transnational problems like climatic change, contaminated agro-farming sites and food waste and losses in the era of food crisis. Based on risk analysis, science-society dialogue and global health, the main drivers of this experience of translational research are One Health, i.e. the web of inter-relationships among environment, farm animals and human health, and sustainable food safety (prevention actions on diet of young women, today, to protect next generation’s health) to increase population life expectancy in good health. 展开更多
关键词 Contaminated Sites Ecology FOOD Losses Sustainable FOOD Safety Technological Transfer TRACEABILITY
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Sensor with Intact or Modified Yeast Cells as Rapid Device for Toxicological Test of Chemicals
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作者 Roberto Dragone chiara frazzoli +1 位作者 Gerardo Grasso Gloria Rossi 《Journal of Agricultural Chemistry and Environment》 2014年第2期35-40,共6页
Aerobic catabolism of S. cerevisiae (cell respiration) is a rapid, cost-effective, and reproducible toxicological endpoint of the whole cells biosensor. To increase the signal intensity, a protocol for the immobilizat... Aerobic catabolism of S. cerevisiae (cell respiration) is a rapid, cost-effective, and reproducible toxicological endpoint of the whole cells biosensor. To increase the signal intensity, a protocol for the immobilization and modification of the yeast cells is described. In particular, the enzymatic treatment of the immobilized yeast cells allows removing the cell wall and obtaining structurally modified cells namely spheroplasts. Both immobilization and exposure of sensitive cells like spheroplasts confirmed to improve the method’s sensitivity vs. the chemicals. The present paper reports the test of different chemicals (including Mercury and wood preservative like Tanalith) present in consumer products, performed both by sensor with intact and modified whole cells. 展开更多
关键词 SCREENING Methods Spheroplast WHOLE Cell Tanalith MERCURY
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