Functional genomic analyses of Enterobacter, Anopheles and Plasmodium reciprocal interactions that impact vector competence

Agriculture & Biology

• vector competence 100%
• Anopheles 90%
• Enterobacter 89%
• Plasmodium 87%
• Culicidae 64%
• midgut 47%
• genomics 47%
• malaria 20%
• nectar feeding 18%
• parasites 18%
• Anopheles gambiae 16%
• microbiome 13%
• bacteria 11%
• ookinetes 11%
• Plasmodium berghei 9%
• Plasmodium falciparum 8%
• disease transmission 7%
• genes 7%
• socioeconomics 6%
• transcriptome 6%
• epithelium 5%
• oxidative stress 5%
• sugars 4%
• antioxidants 4%
• gene expression 4%
• larvae 4%
• eggs 4%
• genome 3%
• infection 3%
• methodology 1%

Medicine & Life Sciences

• Enterobacter 96%
• Anopheles 96%
• Plasmodium 89%
• Culicidae 80%
• Mental Competency 72%
• Malaria 24%
• Plant Nectar 23%
• Parasites 22%
• Bacterial Genes 18%
• Bacteria 13%
• Microbiota 13%
• Permissiveness 10%
• Aptitude 9%
• Plasmodium berghei 9%
• Eggs 7%
• Larva 7%
• Plasmodium falciparum 7%
• Gene Expression Profiling 7%
• Sugars 6%
• Longevity 6%
• Psychological Inhibition 5%
• Epithelium 5%
• Antioxidants 5%
• Oxidative Stress 5%
• Genome 4%
• Gene Expression 4%
• Genes 2%