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10 lis 2018 · Parasitic infections for which advanced techniques are now routinely used include malaria, toxoplasmosis, babesiosis, leishmaniasis, trichomoniasis, and gastrointestinal infections. The availability of commercially available tests has facilitated adoption in the diagnostic laboratory.
By converging advanced science, engineering, and design, deep techs are bringing a great wave of future innovations by mastering challenges and problem complexity across sectors and the field of parasitology is no exception. Remarkable research and ...
Abstract. This chapter discusses in detail the methodological choice and the research design process of the study. It has mainly relied on the philosophical stance and the research problem to...
clinical parasitology laboratory and is arguably the gold standard for diagnosis of certain parasitic infections such as malaria [7]. It is also used for identification of uncommon or novel parasites, for which adequate nucleic acid sequence databases do not exist. A good example of the continued need for microscopy is the calcula-
In recent years, research has been focused on alternative methods to improve the diagnosis of parasitic diseases. These include immunoassays, molecular-based approaches, and proteomics using mass spectrometry platforms technology.
1 gru 2021 · Here, I define parasite ecology (or ecological parasitology) as the study of intra- and interspecific interactions and environmental influences that determine the behaviour, abundance, spatial distribution and diversity of parasites (parasite-centric perspective), as well as the effects of parasites on the behaviour, abundance, spatial ...
3 lip 2022 · We need to discover and understand the mechanisms of resistance that parasites develop to drug treatment and to limit its effect by innovative drug design and early detection of resistance with new diagnostic techniques. Figure 1.
