predark

There remains the possibility that impaired entrainment in mutants is causal for predark activities, but this idea seems unlikely to be supported because phase of the molecular clocks are almost identical between the two genotypes, and the daily behavioral patterns were also identical with the predark periods being the only exception.

PLoS ONE Alerts: New Articles Chihiro Kawaguchi et al. 2010

There remains the possibility that impaired entrainment in mutants is causal for predark activities, but this idea seems unlikely to be supported because phase of the molecular clocks are almost identical between the two genotypes, and the daily behavioral patterns were also identical with the predark periods being the only exception.

PLoS ONE Alerts: New Articles Chihiro Kawaguchi et al. 2010

There remains the possibility that impaired entrainment in mutants is causal for predark activities, but this idea seems unlikely to be supported because phase of the molecular clocks are almost identical between the two genotypes, and the daily behavioral patterns were also identical with the predark periods being the only exception.

PLoS ONE Alerts: New Articles Chihiro Kawaguchi et al. 2010

−/− mice strongly resemble those of Adcyap1 −/− mice in terms of diminished negative masking and predark activities in both LD and DD conditions

PLoS ONE Alerts: New Articles Chihiro Kawaguchi et al. 2010

−/− mice strongly resemble those of Adcyap1 −/− mice in terms of diminished negative masking and predark activities in both LD and DD conditions

PLoS ONE Alerts: New Articles Chihiro Kawaguchi et al. 2010

−/− mice showed early onset of activities under LD cycles and in DD conditions, without changing the phase of the circadian clock, indicating that there is no relation between predark activities and molecular clock phase.

PLoS ONE Alerts: New Articles Chihiro Kawaguchi et al. 2010

−/− mice strongly resemble those of Adcyap1 −/− mice in terms of diminished negative masking and predark activities in both LD and DD conditions

PLoS ONE Alerts: New Articles Chihiro Kawaguchi et al. 2010

−/− mice showed early onset of activities under LD cycles and in DD conditions, without changing the phase of the circadian clock, indicating that there is no relation between predark activities and molecular clock phase.

PLoS ONE Alerts: New Articles Chihiro Kawaguchi et al. 2010

−/− mice showed early onset of activities under LD cycles and in DD conditions, without changing the phase of the circadian clock, indicating that there is no relation between predark activities and molecular clock phase.

PLoS ONE Alerts: New Articles Chihiro Kawaguchi et al. 2010