6–12 Jul 2025
Orthodox Academy of Crete - Kolympari
Europe/Athens timezone
July 6th - 12th 2025, Kolymvari, Crete

Topics covered

Topics include, but are not limited to

  • Evolution, Comparative Genomics and Phylogeny
  • Functional Genomics
  • Genetic analysis of physiological and behavioral traits
  • Development
  • Physiology and Biochemistry
  • Neurobiology
  • Pathogens and parasites
  • Immunity
  • Transgenesis and Paratransgenesis
  • Pest Control
  • Chemical Ecology
  • General Ecology

 

We will group the received abstracts under mutually fitting headlines such as the examples below. 

  • Genomics and Genetics
    • Genome and chromosome structure and evolution
    • Population genetics and systematics
    • Genomics-based tools for trait identification and population diagnostics
    • Positional cloning
    • Molecular mimicry and adaptation
    • Mono-, oligo- and polyphagy of herbivores
    • Insecticides, resistance and detoxification
    • Species adaptation, invasiveness and control
  • Development and Physiology
    • Cell differentiation
    • Endocrinology and hormonal control of development and metamorphosis
    • Wing patterning
    • Sex determination
    • Reproduction
    • Immunity
    • Neurobiology and behaviour
  • Functional genomics and post-genomic tools and applications
    • Tissue and cell-specific transcriptomics and proteomics
    • Basic regulatory mechanisms
    • Epigenetic control of gene expression
    • RNA-guided genome editing
    • RNA-mediated control of gene expression
    • RNA delivery tools (nanoparticles, RNPs, aerosols)
    • Recombinant protein expression and post-translational processing systems and applications
  • New molecular tools (optogenetics, high throughput (nanopore) sequencing and DNA methylation, fluorescence tags for imaging and macromolecular interactions, genetic and optogenetic cell ablation)
  • Parasite and microbiotic control of insect physiology (Wolbachia, Polydna viruses, gut flora)
  • Pathology and pest control (pathogens, parasites and viruses)
  • Genetic manipulation for plant eaters – understanding fundamental mechanisms
  • Chemical ecology (olfaction, gustation, host plant recognition, other forms of chemical communication, interference with chemosensation)