Advances in Parasitology

Introduction

This book explores the intersection of molecular biology, genomics, and ecology to redefine our understanding of parasitic organisms and their management.

Application of -omics research in platyhelminth parasites of fish

Demonstrating how genomic and proteomic data are essential for understanding host-parasite dynamics and developing novel vaccines and treatments to support sustainable aquaculture.

Internal ecosystems of parasites

The focus then shifts to the complex internal ecosystems of parasites, and examining how their associated microbiomes—comprising bacteria, fungi, and viruses—influence parasite fitness, virulence, and host interactions.

Genus Entamoeba and sequencing technologies

Finally, the book highlights the genus Entamoeba, delving into how next-generation and long-read sequencing technologies have revolutionized the identification of cryptic species and improved epidemiological surveillance for pathogens like E. histolytica.

Framework and applications

Together, these chapters provide a modern framework for parasitology through the lens of advanced genetic tools and ecological integration.

Additional insights

Direct application to global food security

Integration of the "holobiont" concept

Genetics-based redefinition of parasite taxonomy