The Ni/Al-LDHs as the host are highly efficient to capture OPs, which dramatically facilitates the enrichment of nitroaromatic OPs onto their surface and realizes the stripping voltammetric detection of OPs.
The RXLR- and Crinkler-effectors, two classes of host-targeted effectors that most likely promote infection of the host, are highly abundant in the proteome of P. infestans (596 RXLR- and 452 Crinkler-effectors) [ 1, 23], and also occur 34 and 15 times, respectively, in the predicted network.
While rafflesia flowers are highly conspicuous and much has been learned about them, the body of the plant, twining like a fungus through the tissues of its host, is highly cryptic, and so much about these famed plants remains unknown.
Whether or not this parasitical constituency is overtly harmful or 'well-adapted' towards its host is highly context dependent [128].
Quantitative prevalence of the various pathogens in each wildlife host is highly variable, and determining it is beyond the scope of our analysis.
Consequently the interaction of the CU fimbriae with the host is highly specific, and the expression of different fimbriae may be associated with different stages and sites of the infection [ 19, 30, 31].
The extent to which the virus affects the host is highly dependent on the chicken breed [ 4] and the MHC B locus is known to play a role in susceptibility to the virus [ 16].
Although Trichenella is a modern parasite of mammals, the transfer of Set8 to an ancestral apicomplexan during co-infection of a mammalian host is highly unlikely, given that mammals had not yet appeared at the proposed time of the acquisition.
Previous work has demonstrated that the proportion of aerial coverage occupied by the alternate host is highly correlated with levels of gene flow inferred from molecular data [ 25, 28, 56, 57].
The relationship between human GM and the host is highly plastic, with the potential to readily adapt to changes in diet, life style, and geography, as well as to the different host ages, defining a process which is fundamental to maintain host health and homeostasis [ 91].
For such interactions, it has been shown that the identity of QTLs for resistance in the host is highly variable if experiments are repeated using different isolates of a particular parasite, and this is a greater source of variation than genotype-by-environment interactions (Wilfert & Schmid-Hempel 2008).
