Trichinellosis is a re-emerging zoonosis and more clinical awareness is needed. In
particular, the description of new Trichinella species such as T papuae and T murrelli and …

Research of Trichinella proteins has been conducted with emphasis on excretory–secretory
(E–S) products of muscle larvae because of two reasons. The first is that it has prominent …

The nurse cell–parasite complex of Trichinella spiralis is unlike anything else in Nature. It is
derived from a normal portion of striated skeletal muscle cell and develops in a matter of 15 …

Trichinella spiralis is an intracellular nematode parasite of mammalian skeletal muscle.
Infection of the muscle cell leads to the formation of a host‐parasite complex that results in …

Studies of nematode establishment in intestinal niches has been hindered by the lack of a
readily manipulated in vitro assay. In this report, experiments are described wherein the …

Trichinellosis, caused by 13 species/subspecies/genotypes in the nematode genus
Trichinella, is a worldwide zoonosis. In the United States, trichinellosis was of historical and …

In order to characterize immunodominant components of T. spiralis a workshop was
organized. In this the reactivity of monoclonal and polyclonal antibodies, provided by …

Trichinella spiralis first-stage larvae infect susceptible hosts by invading epithelial cells that
line the small intestine. During this process the larva disgorges several glycoproteins that …

The majority of studies on the immunobiology of Trichinella species have centred on the
larval muscular phase (L1) with a view to identifying immunodominant antigens located on …

Complementary DNA (cDNA) encoding a 49-kDa antigen of Trichinella spiralis was cloned,
characterized, and expressed in Escherichia coli by recombinant DNA methods. As a first …