"Dasein…gets its ontological understanding of itself in the first instance from those entities which it itself is not but which it encounters 'within' its world, and from the being which they possess".
On the other hand, when the network is under the multi-hop scheme, the source node delivers the packet to any nodes which it encounters and further, the nodes which received the packet also can delivery to packet copy to any nodes which they encounter until to the destination node.
A drifting stream invertebrate can forego foraging opportunities, fail to find suitable habitat, or increase the rate at which it encounters other predators.
The other part of entry for Salmonella is via M cells after which it encounters B cells, which are situated in the Peyer's Patches, directly under the M cells.
This is a power that "extends to both opposites, namely, to make and not to make" (Switalski 1976, 57; Teske and Wade 1989, 99), in contrast with something, such as fire, which when "it encounters what can be heated is not able to heat or not to heat... but it necessarily has only the power to heat" (Switalski 1976, 54; Teske and Wade 1989, 97).
It is tempting to speculate that C. marginiventris may have adapted to specifically recognize non-hosts like leafhoppers, which it regularly encounters in nature [ 27].
In other words, the current public understanding of nuclear waste neither just appeared out of the blue at a specific point in time, as it is sometimes assumed, nor had at its start the same shape in which it is encountered today.
Is Egypt on a path toward democracy, on which it has encountered some bumps, or is it on a smooth road, paved to support armored vehicles, back to military rule?
The following paragraphs periodize the evolution that brought the public conceptualization of nuclear waste into the shape in which it is encountered at present and also highlight some of the terms in which the hazard definition of nuclear waste and the shrinking of disposal space for it were articulated, in tandem, as they evolved.
Defense patterns of rats and mice have been characterized in terms of the relationships between the type of defensive behavior (e.g. flight, freezing, hiding, defensive threat/attack, and risk assessment) and particular features of the eliciting (threat) stimulus and the situation in which it is encountered.
Therefore, the kinetics of OX40 expression reflects the nature of the antigen and the manner in which it is encountered.
