The enrichment of PI 4,5 P2 in apical membranes of tubular organs (Martin-Belmonte et al., 2007) suggested that PI 4,5 P2-binding could serve as a common localization cue for Dia, shared by different tubular organs.
For example, individuals with common cues might be aggressively rejected less often [ 15, 18, 19], or might receive altruism from a greater proportion of the population [ 17, 20].
Voice and name were the two most common cues, according to Friedman. .
They found older people tended to miss common cues that suggest a person is not trustworthy.
In contrast, the distal spatial cues for the other biconditional tasks (Experiments 4, 6, and 10 – all impaired) were heterogeneous and included common cues.
Common cues might therefore confer protection against unrelated larvae, but the membrane also defends larvae from the host's immune system, which may select for rare phenotypes [ 38].
Science confirms that there is an area in the brain responsible for detecting cues that may be harmful for survival, such as physical danger or social separation, and that this area shares a common pathway with cues for physical pain.
For example, while a subset of relevant cues may differ, a common underlying cue such as fluency or ease-of-processing may support metacognitive accuracy in both domains (Kelley and Lindsay, 1993; Alter and Oppenheimer, 2009).
It is common for insects to use photoperiod as a cue for the temporal organization of life history events (phenology) (Tauber et al. 1986; Danks 1987).
