The Impact of Parasites on the Physiological Function of Animals and the Host-Parasite Relationship

The presence of parasites in host animals can lead to changes in various functions in the host animal, such as disorders of haematopoiesis, immunosuppression, changes in the digestive functions of the gastrointestinal tract, effects on food intake and enzymatic degradation related to digestion. The modification of the host animal's physiological functions and subsequent fractal behaviour becomes a complex system that plays an important role in this area. This work is based on the fractal model, which was mainly used to screen the main physiological modulations and their inherent intrinsic properties of space using histological criteria. Ultimately, the spatial conformation of gastrointestinal tissues is plastically adapted to maximise the efficient distribution of resources within an animal. The many attractive properties of fractal spatial statistics have facilitated many developments in the field. To characterise these properties more specifically, the shape of the model has generally been derived from the relationship of the hypervolume and surface of the fractal to a high-dimensional Euclidean space. This paper discusses two advanced biophysical models and offers an inductive relationship equation to characterise the spatial constraints between gastrointestinal samples and their amoebic infective amoebiasis with the spatial distribution within a mode. The results reflect the relationship between growth patterns and variations in the intrinsic properties of the series.