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How plants defend themselves

For decades, plant antiviral defence was thought to rely on a single RNA interference system. Peter Brodersen’s research shows two layers instead: a silent, near-perfect defence, and a costly emergency response when it fails. Together, these layers…
For decades, plant antiviral defence was thought to rely on a single RNA interference system. Peter Brodersen’s research shows two layers instead: a silent, near-perfect defence, and a…
For decades, plant antiviral defence was thought to rely on a single RNA interference system. Peter Brodersen’s research shows two layers instead: a…
For decades, plant antiviral defence was thought to rely on a single RNA interference system. Peter Brodersen’s research shows two layers instead: a silent, near-perfect…
For decades, plant antiviral defence was thought to rely on a single RNA interference system. Peter Brodersen’s research…

Advancing sorghum science: drought-resilient crop for Spain's agricultural future

Sorghum is an increasingly important crop for animal and human nutrition, especially in arid and semi-arid regions, due to its natural resistance to drought and high temperatures. CRAG researchers have identified the molecular mechanisms…
Sorghum is an increasingly important crop for animal and human nutrition, especially in arid and semi-arid regions, due to its natural resistance to drought and high temperatures. …
Sorghum is an increasingly important crop for animal and human nutrition, especially in arid and semi-arid regions, due to its natural resistance to…
Sorghum is an increasingly important crop for animal and human nutrition, especially in arid and semi-arid regions, due to its natural resistance to drought and high…
Sorghum is an increasingly important crop for animal and human nutrition, especially in arid and semi-arid regions, due to…
Host institution science news

Harnessing plant power

Can plants be redesigned to boost their productivity? Three scientists are delving into the possibilities. By finding a balance between plant efficiency and ecological preservation, their research promises to advance sustainable agriculture.
Can plants be redesigned to boost their productivity? Three scientists are delving into the possibilities. By finding a balance between plant efficiency and ecological preservation,…
Can plants be redesigned to boost their productivity? Three scientists are delving into the possibilities. By finding a balance between plant…
Can plants be redesigned to boost their productivity? Three scientists are delving into the possibilities. By finding a balance between plant efficiency and ecological…
Can plants be redesigned to boost their productivity? Three scientists are delving into the possibilities. By finding a…