This work represents one of the first approaches in the direction of host-pathogen systems biology aiming at deciphering signalling changes brought about by pathogenic bacteria.
This work represents one of the first approaches in the direction of host-pathogen systems biology and is a first step to decipher signalling changes brought about by pathogenic bacteria.
The aim here was to modulate the direction of the host immune response from a 'proallergic' histamine releasing and T-helper 2-like response to an 'antiallergic' γIFN-producing T-helper 1-like response.
As expected, CfERVs within genes are predominantly in anti-sense orientation relative to the transcriptional direction of the host genes (Fig. 2) assuming that they are less likely to interfere with chromosomal transcription and splicing.
The direction of the host switch within plasmodiophorids is equivocal, because of the unresolved branching order of the deep branching taxa, including Woronina.
Successful employment of this model relies heavily on extensive discussions towards consensus and privileging the leadership and direction of the host partner.
The direction of the host transfer can then be suggested by comparing the genetic diversity of the human and primate parasites [ 37].
The orientation of the gene for an intronic miRNA depends significantly on the transcription direction of its host gene (p-value = 1.3 × 10-36 in χ2 test) as shown in Table 1.
Among the ectosymbionts of the protists in Hoplonymphidae, Staurojoeninidae, and Trichonymphidae, an elongated filamentous form aligning in rows along the longitudinal direction of the host protist cell occurred only in Hoplonympha sp. [ 41, 61]; the other symbionts in these three protist families were short rods [ 39, 41, 62- 64].
Both types of lamellae are oriented in four directions corresponding crystal directions of garnet host, similar to the first report on amphibole lamellae by Song et al. (2005) that suggested that amphibole lamellae are oriented in four directions corresponding the isometric form {111} of garnet host.
