It only spells out the intersubjective conditions which provide everybody with the chance to live the life they want to lead (be it autonomously chosen or not), namely in a social environment where this life is either adequately recognized or at least not looked upon derogatively (Honneth 2003, 177).
Loss-of-function alleles cell-autonomously lead to unpigmented melanophores in the body and in the retinal pigment epithelium, a phenotype that is readily visible in early larvae from 2 days post fertilization (dpf) onwards, as well as in adult zebrafish (Fig. 1C,D) (Kelsh et al., 1996; Streisinger et al., 1986).
According to Stallard (2002b), the adolescent's desire to function autonomously can lead to frustration regarding their inability to 'solve their own problems' which can lead to resistance, detachment or disengagement from treatment.
Therefore, although the students in this study were found to be motivated, they might not have shown any indication of autonomous behaviors because they might not have had any chance to ever act so, or their motivation might not be internally driven to lead them to act autonomously.
This result has been interpreted as proof of a non-autonomous function for vangl2 and scrib (Jessen et al., 2002; Wada et al., 2005); however, observing it for nhsl1b, which otherwise appeared to function cell-autonomously, led us to explore this finding further.
While the computing technology needed to achieve so-called "quantum supremacy" isn't quite there yet, the work of Solano and his colleagues could eventually lead to quantum computers that can autonomously model evolution without first being fed a human-designed algorithm.
Its first tests were of road trains on motorways, where drivers could join a line of cars that would autonomously match speed and follow the lead car.
A clear similarity in the healing of structural and functional properties is demonstrated which can ultimately lead to the design of polymer composites that autonomously restore multiple properties using the same self-healing mechanism.
Taken together, these data suggest that the non-autonomous effects of Aplnr signaling may lead to the activation of the cBAF complex, which acts cell-autonomously ((Lou et al., 2011), this study) to guide the migration of cells to the heart-forming region of the zebrafish embryo (Fig. 6D).
These data lead us to propose that Hlx1 functions cell-autonomously to reinforce and maintain SC potential during ISV sprouting.
