- Isolation and characterisation of novel B. thuringiensis genes encoding proteins with high insecticidal action.
- Use of natural or genetically modified isolates with high effectiveness and/or broader spectrum of action.
Development and use of methodologies for the assessment of the effects of natural and anthropogenic environmental factors on cnidarians.
Study of predatory and parasitoid insects as natural enemies of pests caused by other insects from different aspects: systematics, morphology, anatomy, ecology and conservation. Methodologies for biological and integrated control of insect pests in agricultural, forestry and urban environments. Faunistics and conservation of diplurans, odonates and hymenopterans.
General works on Entomology, including dissemination and training, in groups of insects and aspects that are not covered by the most specific lines of this laboratory. This includes, for example, works on Odonata (dragonflies), Díptera, Coleoptera, as well as works on conservation.
- To delve into the molecular mechanisms that control the interaction of insects with their viral and bacterial pathogens.
- To develop strategies that enhance the use of bioinsecticides by modifying the immune response to pathogen attack.
Taxonomy, phylogeny and ecology studies in Lepidoptera (butterflies and moths), especially in the Tortricidae family. This includes aspects of its morphology, sexual selection and population dynamics, as well as studies in protected species.
Diagnosis and epidemiological study of human ectoparasite arthropods (mosquitoes, myiasis, lice, bedbugs, etc.). Pest control and vectors on an individual level. Analysis of vector-transmitted parasitic diseases and influence of climate change on them.
Taxonomy, classification and phylogeny studies in Parasitic Hymenoptera, principally of the Braconidae family. This includes aspects of its morphology such as the study of the venom gland, and ecological aspects like the host parasitoid relationships.
- Study of resistance to Bacillus thuringiensis toxins in both biopesticide formulations and transgenic plants.
- Study of the mechanisms of resistance to synthetic pesticides and promotion of their selectivity.
Study of the mechanisms of resistance to synthetic pesticides and promotion of their selectivity.
Analysis of the possibility of using nanoparticles to combat insect pests, either the nanoparticle itself or as vehicles for transporting and distributing insecticides. Aspects of both their toxicology and their effects on insect development and reproduction are studied.
