Solenopsis invicta
- Model organisms1
Interventions
1Queen removal
mixeddietary preferences1mixedlife expectancy1uplysosome production1upMRJP1 expression1+2
1 study
Queen removal
mixeddietary preferences1mixedlife expectancy1uplysosome production1upMRJP1 expression1+2
Queen removal increases lysosome production in S. invicta.
“Metabolite changes relate to unsaturated fatty acid biosynthesis and autophagy, with increased lysosome production in queenless minors”
Model organismsminor workers after queen removal
Ecology and evolution7 Jun 2025
Queen removal increases MRJP1 expression in S. invicta.
“The queen's absence mildly affects gene expression in major workers, but TO and MRJP1 expression rise in minors.”
Model organismsminor workers after queen removal
Ecology and evolution7 Jun 2025
Queen removal increases TO expression in S. invicta.
“The queen's absence mildly affects gene expression in major workers, but TO and MRJP1 expression rise in minors.”
Model organismsminor workers after queen removal
Ecology and evolution7 Jun 2025
Queen removal has no effect on necrophoresis behavior in S. invicta.
“Our study compares worker behavior and gene expression post-queen removal, revealing altered dietary preferences, life expectancy, and no change in necrophoresis behavior.”
Model organismsworker ants after queen removal
Ecology and evolution7 Jun 2025
Queen removal is associated with life expectancy in S. invicta.
“Our study compares worker behavior and gene expression post-queen removal, revealing altered dietary preferences, life expectancy, and no change in necrophoresis behavior.”
Model organismsworker ants after queen removal
Ecology and evolution7 Jun 2025
Queen removal is associated with dietary preferences in S. invicta.
“Our study compares worker behavior and gene expression post-queen removal, revealing altered dietary preferences, life expectancy, and no change in necrophoresis behavior.”
Model organismsworker ants after queen removal
Ecology and evolution7 Jun 2025