Sentence examples for life cycle residing from inspiring English sources

The parasite has a digenic life cycle, residing as flagellated extracellular promastigotes in the gut of the insect vector and as obligatory intracellular aflagellated amastigotes found in the parasitophorous vacuoles of mammalian macrophages.

The parasite infects the spleen and liver of infected individuals and resides within the macrophages to escape host immune response (Olivier et al., 2005) It shows a dimorphic life cycle, residing as flagellate promastigotes in the midgut of the sand fly vector and as aflagellate amastigotes in the mammalian host (Desjardins and Descoteaux, 1998; Engwerda et al., 2004).

The parasite is relatively protected from attack by the body's immune system because for most of its human life cycle it resides within the liver and blood cells and is relatively invisible to immune surveillance.

At different points in its life cycle the parasite finds itself residing within either an oocyst on the basal side of the female Anopheline mosquito mid gut wall, a vertebrate hepatocyte (or fibroblast) or a red blood cell (RBC).

B. burgdorferi, the causative agent of Lyme disease, has a complex life cycle in which the microbe resides in widely divergent environments that include the midgut of the Ixodes tick, tick salivary glands, and in its pathogenic state within the mammalian reservoir when passed to the inadvertent human host [1].

While this might be the case with obligate pathogens, many opportunistic pathogens reside most of their life cycle in environmental reservoirs without ever facing their potential hosts.

The four most significant differences are recognition of the life cycle of data as it passes into and then resides in a data warehouse, inclusion of unstructured data in the data warehouse, inclusion of metadata in the DW 2.0 environment, and placement of DW 2.0 on a technology foundation that can change over time.

Although direct measurement of particle disposal has not yet occurred, life cycle assessments suggest that over 50% of nanomaterials produced will eventually reside in landfills.

Thus reduced survival is likely to be an intrinsic property of this subset that resides in LP as part of its life cycle.

Information on subcellular localization and protein expression is crucial especially for parasites such as P. falciparum, which reside in heterogeneous environmental conditions at different stages of their life cycle.

During its life cycle Leishmania proceed through two morphologically and physiologically distinct stages, the promastigote (an extracellular form residing in the insect vector) and the amastigote (an intracellular form that parasitises mammalian host macrophages).