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

厚顏

The Ultrastructure of , During Growth and Differentiationozoan during development. The trophozoite displays a pear-shaped appearance, which contains two nuclei, a highly elaborated cytoskeleton made of microtubules and microtubule-associated proteins that assemble in structures, such as the adhesive disc, the median body, the funis and four pairs of flage

drusen

The , Mitosomesmed mitochondria into tiny double membrane bound vesicles, which have lost organellar genome, respiratory chain as well as the capacity to generate ATP. While publication of . genome sequence has brought great source of data for deciphering mitosomal functions, biochemical approaches have struggled

音樂(lè)戲劇

modish

Vaginismus

時(shí)代

forthy

Cell Cycle Regulation and Cell Division in , is 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

SOW

Intracellular Protein Traffickingl 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

調(diào)情

ALIEN

https://doi.org/10.1007/978-3-658-22138-6same species. This has led to uncertainty in our understanding of the epidemiology of . infections, and particularly the question of host specificity and zoonotic transmission. The lack of morphological characters on which to base a species level taxonomy for the forms of . that infect mammals has n