Structural and proteomic analyses reveal regional brain differences during honeybee aging

Agriculture & Biology

• honey bees 64%
• proteomics 60%
• brain 47%
• learning 44%
• calyx 31%
• mushroom bodies 27%
• foraging 23%
• duration 18%
• bees 17%
• nests 15%
• antennal lobe 14%
• classical conditioning 13%
• Apis 13%
• insects 12%
• synapse 11%
• fruit flies 10%
• Apis mellifera 9%
• immunohistochemistry 9%
• proteome 9%
• biochemistry 9%
• plasticity 8%
• Drosophila melanogaster 8%
• Drosophila 8%
• phosphotransferases (kinases) 8%
• invertebrates 8%
• life history 7%
• chemical composition 7%
• proteins 3%

Earth & Environmental Sciences

• honeybee 100%
• proteomics 84%
• brain 62%
• learning 39%
• senescence 24%
• bee 24%
• mushroom 23%
• nest 21%
• insect 18%
• biochemical composition 13%
• biochemistry 11%
• structural change 10%
• fruit 9%
• conditioning 9%
• life history 9%
• plasticity 9%
• invertebrate 8%
• protein 7%
• food 6%

Medicine & Life Sciences

• Proteomics 62%
• Bees 52%
• Learning 35%
• Brain 33%
• Mushroom Bodies 28%
• Insecta 20%
• Memory 14%
• Cognitive Aging 13%
• Body Regions 12%
• Invertebrates 11%
• Drosophila melanogaster 10%
• Diptera 10%
• Proteome 10%
• Fruit 9%
• Drosophila 9%
• Synapses 8%
• Biochemistry 8%
• Phosphotransferases 7%
• Food 6%
• Immunohistochemistry 6%
• Growth 4%
• Proteins 3%