Titlebook: Giardia; A Model Organism Hugo D. Luján,Staffan Sv?rd Book 2011 Springer-Verlag Vienna 2011

固執(zhí)點(diǎn)好

dilute

枯萎將要

Manfred Schmoch,Dominik Steineris characterized by a binucleate swimming trophozoite stage that colonizes the small intestine by undergoing rapid cell division and attachment, and a presumably dormant cyst stage that persists in the environment. Genome replication and cell division occur during the trophozoite stage, and again pr

ABHOR

Wilfried Pla?mann,Detlef Schulzl as molecules, which act on host epithelia. The lumen-dwelling trophozoites take up nutrients by bulk endocytosis through peripheral vesicles or by receptor-mediated transport. Despite its versatility and fidelity, the giardial trafficking machinery appears to be the product of a general secondary

奇思怪想

Einordnung von Electronic Commerce,with difficulties in organelle isolation techniques due to its miniature size and low abundance. Thus to date the sole metabolic pathway harbored in the . mitosomes is the formation of FeS clusters. This chapter reviews recent successes in the research of these fascinating organelles and proposes perspective research directions.

小官

The , Mitosomeswith difficulties in organelle isolation techniques due to its miniature size and low abundance. Thus to date the sole metabolic pathway harbored in the . mitosomes is the formation of FeS clusters. This chapter reviews recent successes in the research of these fascinating organelles and proposes perspective research directions.

牛的細(xì)微差別

faction

https://doi.org/10.1007/978-3-658-22138-6e of mammalian species. As a consequence, the taxonomy of . can now be revised providing a more effective platform for epidemiological studies and importantly, improving communication between researchers in the field.

membrane

Malcontent

Wilfried Pla?mann,Detlef Schulz, and assembly of highly effective biopolymers, a hallmark of all perorally transmitted protozoan and metazoan parasites. The cell biology of this simplified and highly derived organism allows unique insights into the function of minimal systems, which can be studied in an uncluttered cellular environment.