1. Body lice: From the genome project to functional genomics and reverse genetics -- 2.Â{u0064}vances in the genomics of the whitefly Bemisia tabaci: an insect pest and a virus vector -- 3.Â{u0570}dating genomic data of Lepidoptera -- 4. Molecular adaptations of aphid biotypes in overcoming host plant resistance -- 5. Integrative genomic approaches to studying epigenetic mechanisms of phenotypic plasticity in the aphid -- 6.Â{u026E}sect regulatory genomics -- 7. Comparative genomics of transcription factor binding in Drosophila -- 8. The little known universe of short proteins in insects: A machine learning approach.

Volume 1 presents 8 chapters addressing current genomic and bioinformatic approaches for understanding basic biology using model organisms like body lice, whitefly, aphid, Drosophila, and lepidopterans. Highlighted are genome sequencing projects, genomic approaches for studying aphid adaptations to host plant resistance and phenotypic plasticity, the molecular basis of gene regulation, and computational approaches for discovering potentially bioactive proteins from DNA sequence information. The editors have assembled top-quality scientists from diverse fields of insect genomics, proteomics and biotechnology to produce a major new work. The chapters of this series (Volumes 1 & 2) present many expertsâ€{u08EF}ntributions, providing a concise overview of recent advances by highlighting their current research. The chapters are accessible to wide audience, helping students, postdocs, and researchers to broaden their knowledgeÂ{u1BA4} gain an understanding of the challenges and opportunities in each field. Emphasis is on innovative effective and ecologically sound approaches based on the knowledge of insect science to improve public health and agriculture.