Fig. 3: Circadian phenotypes of WT and lhy-10 Populus exposed to osmotic and ionic stress caused by NaCl and mannitol exposure. | npj Biological Timing and Sleep

Fig. 3: Circadian phenotypes of WT and lhy-10 Populus exposed to osmotic and ionic stress caused by NaCl and mannitol exposure.

From: The circadian clock of Populus affects physiological, transcriptional and metabolomic responses to osmotic and ionic components of salt stress

Fig. 3: Circadian phenotypes of WT and lhy-10 Populus exposed to osmotic and ionic stress caused by NaCl and mannitol exposure.

Free-running circadian rhythmicity and relative amplitude error (RAE) were measured in the roots of transgenic WT and lhy-10 plantlets harbouring (A, B) PttCYCD3pro:LUC + ; (C, D) AtCCR2pro:LUC + . All plants had been cultivated on half strength Murashige and Skoog medium without sugar (control; MS0) and entrained to 18:6 h light:dark cycles at 22 °C. In the stress treatments, either 150 mM NaCl or 300 mM mannitol was added to the growth medium before recording began.

Back to article page