Table of Contents:
  • The arthropods
  • Evolution of arthropod disease vectors
  • Mites and disease
  • Ticks, the ixodida
  • Kissing bugs and bedbugs, the heteroptera
  • Lice, the phthiraptera
  • Fleas, the siphonaptera
  • Introduction to the diptera
  • Mosquitoes, the culicidae
  • The bitting midges, the ceratopogonidae (diptera)
  • Black flies, the simuliidae
  • Phlebotamine sand flies, the psychodiade
  • Tsetse flies, the glossinidae, and transmission of the African trypanosomes
  • Natural cycles of vector-borne pathogens
  • Population biology as a tool to study vector-borne diseases
  • Use of geographic information system methods in the study of vector-borne diseases
  • Invasive species and emerging vector-borne infections
  • Molecular techniques for epidemiology and the evolution of arthropod-borne pathogens
  • Surveillance of vector-borne diseases
  • Vector olfaction and behavior
  • The adult midgut: structure and function
  • The peritrophic matrix of hematophagous insects
  • Vector nutrition and energy metabolism
  • Mosquito endocrinology
  • Vitellogenesis of disease vectors, from physiology to genes
  • Osmotic and ionic regulation by mosquitoes
  • Immune responses of vectors
  • Blood-feeding arthropod salivary glands and saliva
  • Systematic relationships among disease vectors
  • Genetics of vector competence
  • Genome evolution in mosquitoes
  • Population genetics of disease vectors
  • Molecular taxonomy and systematics of arthropod vectors
  • A brief introduction to molecular biology, genomics, and transmission of vector-borne pathogens.
  • Cultured cells as a tool of analysis of gene expression
  • Genomics and gene expression in vectors
  • Analysis of stage- and tissue-specific gene expression in insect vectors
  • Gene expression in acarines
  • Virus-induced, transient expression of genes in mosquitoes
  • Stable transformation of vector species
  • Chemical control of vectors and mechanisms of resistance
  • Environmental management for vector control
  • Biological control of mosquitoes
  • Genetic control of vectors
  • Immunological control of vectors
  • Transgenic mosquitoes and DNA research safeguards
  • Gene bank data for hamatophagous arthropods
  • The containment of arthropod vectors
  • Care, maintenance, and experimental infestation of ticks in the laboratory setting
  • Care, maintenance, and experimental infection of human body lice
  • Care, maintenance, and handling of infected triatomines
  • Care, maintenance, and experimental infection of fleas (siphonaptera)
  • Care, maintenance, and experimental infection of mosquitoes
  • Care, maintenance, and experimental infection of biting midges
  • Care, maintenance, and experimental infection of phlebotomine sand flies
  • Care, maintenance, and experimental infection of tsetse flies.