Topic · Molecular Biology · Biochemistry, Genetics and Molecular Biology
OpenAlex topic; a paper is listed when OpenAlex scores it at least 0.5 for this topic.
158 papers
Nicky Wybouw, Olivia Kosterlitz, Andre H. Kurlovs…·Richard M. Clark
The paper uses experimental evolution in spider mites to map genetic loci underlying pesticide resistance and host plant adaptation, revealing polygenic and locus-specific mechanisms.
Stephanie S.L. Birnbaum, Patrick Abbot
The paper examines trans-generational transcriptomic responses of aphids to host plant toxicity and insecticides, finding increased transcriptional plasticity and changes in metabolic and regulatory genes.
Paul Battlay, Pontus Leblanc, Llewellyn Green…·Charles Robin
The paper links insecticide resistance in Drosophila melanogaster to structural variants and selective sweep loci using genome-wide association studies.
Justin Clements, Benjamin Sanchez‐Sedillo, Christopher A. Bradfield, Russell L. Groves
The paper examines transcriptomic responses of Colorado potato beetles to imidacloprid and chlorothalonil, finding similar up-regulation of detoxification genes.
Alden S. Estep, Neil D. Sanscrainte, Christy M. Waits…·James J. Becnel
The paper quantifies permethrin resistance and kdr alleles in Florida Aedes aegypti and Ae. albopictus strains, finding widespread resistance and strong correlation between kdr alleles and resistance ratios.
Sean D. Schoville, Yolanda H. Chen, Martin N. Andersson…·Stephen Richards
The paper presents the genome of the Colorado potato beetle to study its rapid evolutionary changes, herbivory adaptations, and insecticide resistance mechanisms.
Roberto Fusetto, Shane Denecke, Trent Perry…·Philip Batterham
The paper investigates the roles of insect and microbial enzymes in imidacloprid metabolism in Drosophila melanogaster using genetic and mass spectrometry methods, finding microbial contributions to nitro-reduced metabolites and excretion of toxic products.
Shane Denecke, Roberto Fusetto, Felipe Martelli…·Philip Batterham
The paper investigates genetic factors underlying imidacloprid resistance in Drosophila melanogaster using genomic and transcriptomic data, identifying Cyp6g1 and Cyp6g2 as key contributors.