100-million-year-old molecular 'bypasses' may have helped grasses dominate landscapes and agriculture
100 million years ago, long before human intervention, ancestors of grasses, including wheat, rice and maize, developed "bypasses" in chemical pathways used to create two critical compounds: lignin and starch. These more efficient pathways could explain why grass plants are so su
100 million years ago, long before human intervention, ancestors of grasses, including wheat, rice and maize, developed "bypasses" in chemical pathways used to create two critical compounds: lignin and starch. These more efficient pathways could explain why grass plants are so su This story matters for Science & Discovery readers tracking engineering. Reported by phys.org. Read the full original at the source link below.
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