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  • Leafcutter Ant Genome Reveals Secrets of Fungus Farming Ways. Feb.
  • 18, 2011 — Leafcutter ants, signature denizens of New World tropical forests, are unique in their ability to harvest fresh leaves to cultivate a nutrient-rich fungus as food.
  • Now, this mutualism -- a complicated interplay of ants, fungi and a suite of bacteria -- is coming into sharper focus as a team of University of Wisconsin-Madison researchers has published the complete genome of the leafcutter ant, Atta cephalotes.
  • The study, published Feb.
  • 10, 2011 in the journal PLoS Genetics by an international team led by UW-Madison bacteriology professors Cameron Currie and Garret Suen, illustrates how lifestyle can remake an animal's genetic blueprint over the course of evolutionary history.
  • The genome, the first for a leafcutter ant, reveals that the insect has shed genes that other ant species use to help acquire nutrients.
  • The leafcutter, which cannot survive without its fungus food, has apparently slimmed its genome to get rid of genes it no longer needs due to its symbiotic lifestyle.
  • "Presumably, the ants have lost these genes because of their dependency on the fungus," explains Wisconsin researcher Garret Suen, the lead author of the PLoS Genetics study.
  • "They don't need these proteins kicking around any more."

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  • Title
  • Sentence 1
  • Sentence 2
    • 18, 2011 — Leafcutter ants, signature denizens of New World tropical forests, are unique in their ability to harvest fresh leaves to cultivate a nutrient-rich fungus as food.
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    • ADD a NEW CORRECTION! - Sentence 2ADD a NEW CORRECTION! - Sentence 2
  • Sentence 3
    • Now, this mutualism -- a complicated interplay of ants, fungi and a suite of bacteria -- is coming into sharper focus as a team of University of Wisconsin-Madison researchers has published the complete genome of the leafcutter ant, Atta cephalotes.
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    • ADD a NEW CORRECTION! - Sentence 3ADD a NEW CORRECTION! - Sentence 3
  • Sentence 4
  • Sentence 5
    • 10, 2011 in the journal PLoS Genetics by an international team led by UW-Madison bacteriology professors Cameron Currie and Garret Suen, illustrates how lifestyle can remake an animal's genetic blueprint over the course of evolutionary history.
      Vote now!
    • ADD a NEW CORRECTION! - Sentence 5ADD a NEW CORRECTION! - Sentence 5
  • Sentence 6
    • The genome, the first for a leafcutter ant, reveals that the insect has shed genes that other ant species use to help acquire nutrients.
      Vote now!
    • ADD a NEW CORRECTION! - Sentence 6ADD a NEW CORRECTION! - Sentence 6
  • Sentence 7
    • The leafcutter, which cannot survive without its fungus food, has apparently slimmed its genome to get rid of genes it no longer needs due to its symbiotic lifestyle.
      Vote now!
    • ADD a NEW CORRECTION! - Sentence 7ADD a NEW CORRECTION! - Sentence 7
  • Sentence 8
    • "Presumably, the ants have lost these genes because of their dependency on the fungus," explains Wisconsin researcher Garret Suen, the lead author of the PLoS Genetics study.
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    • ADD a NEW CORRECTION! - Sentence 8ADD a NEW CORRECTION! - Sentence 8
  • Sentence 9