**5. Conclusions**

The genus *Trichinella* used to have only one species; however, it has subsequently evolved into a multispecies genus. Due to its broad host range, it has been able to establish itself in both domestic and sylvatic cycles, allowing it to maintain a vast host reservoir. The infection has been documented in a variety of experimental species, showing that it could potentially happen in natural settings as well. Due to the considerable genetic differences among the isolates, researchers predict that the number of species and genotypes discovered within *Trichinella* will increase. Although molecular *Non-Encapsulated Trichinella Species:* T. pseudo spiralis*,* T. papuae *and* T. zimbawensis *DOI: http://dx.doi.org/10.5772/intechopen.105680*

methods are used to identify the *Trichinella* species but these methods are not appropriate for the diagnosis of the infection in animals. Outbreaks caused by various species in different parts of the world have also been reported, therefore prevention and control are critical in order to limit the parasite's transmission to humans.
