Parasitic Flatworms Molecular Biology Biochemistry Immunology And Physiology

Essential reading for veterinarians, veterinary students, and technicians, this authoritative eBook demystifies parasitic flatworms by integrating molecular biology, biochemistry, immunology, and physiology into one accessible resource. You will master the fundamental mechanisms of parasite survival, host immunity, and pathogenesis while building practical knowledge that translates directly into improved diagnostic and treatment outcomes. Whether you are deepening your academic expertise or enhancing your clinical parasitology skills, this evidence-based guide provides the critical foundation modern veterinary professionals demand. Instant digital download — start reading immediately.

🔗 Download Link:

Table of Contents

Table of Contents

• The evolution of parasitism in flatworms
• Genomes and genomics of parasitic flatworms
• Genetic discrimination of echinococcus species and strains
• Ribosomal DNA variation in parasitic flatworms
• Genetic studies on monogeneans with emphasis on Gyrodactylus
• The schistosome transcriptome
• Transgenic flatworms
• Immunobiology of schistosomes
• Cestode infection : immunological considerations from host and tapeworm perspectives
• Signal transduction at the host-parasite interface
• Humphries. Parasite effects on the snail host transcriptome
• Developments in the chemotherapy of parasitic flatworms
• Drug resistance in schistosomes
• Praziquantel : mechanism of action
• Cestode vaccine development
• The development of a schistosome vaccine
• Flatworm parasite proteomics
• Proteases in trematode biology
• Signalling molecules and nerve-muscle function
• Unusual aspects of metabolism in flatworm parasites
• Glycoconjugate structures
• Gene silencing in flatworms using RNA interference