Genetic Tweak Could Replace Fertilizer
Several studies have shown that a lack of nitrogen in soils adversely affects crop yields. The modern use of nitrogen fertilizers has improved yields to meet expanding global food demand, but in some cases up to 50 percent of the nitrogen in fertilizers reaches surrounding water bodies in the form of nitrate, causing pollution. As the use of nitrogen fertilizers is rapidly increasing worldwide each year, there is a fundamental need to understand how plants absorb nitrate, and how this absorption can be improved in crops.
Caption: Spot the difference: a subtle difference in structure makes these flavonoid glycosides difficult to tell apart. Image: Royal Botanic Gardens, Kew
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An excellent example of ‘green’ genetic engineering, given the rather significant impacts that fertilizer runoff has. In...
Uh, this would actually be hugely significant if implemented on a large scale. Eutrophication is a major problem and...
I saw the difference! Orgo, you have served me well.
This was featured in #Science
The OH has move from axial to eqitorial on one of the rings.
I know the difference!!