While all seedlings responded markedly to soil moisture, no response was observed to radiation treatments.
No response was observed for nonbinding substances such as testosterone and progesterone.
No response was observed with arabinose and ribose, showing that the expression effects were specific for xylose, demonstrating the potential use of the gene circuit as a biosensor.
Oxygen and hydrogen peroxide reduction peaks were observed at −0.269 V and −0.332 V vs. Ag/AgCl, respectively and no response was observed for other relevant interferents, namely ascorbate, nitrite and dopamine.
It exhibits a sharp reduction peak for H2O2 at −0.67 V with a current of −21 μA whereas no response was observed at GC, GC/Zn-MOF and GC/TA-AgNPs modified electrodes.
The largest treatment responses were observed in two base-poor hardwood stands, whereas at a slightly less poor hardwood site we found the least abundant and least variable microarthropod populations, and no response was observed to either the watershed or the plot-level treatments.
The in vitro delayed release pattern was clearly reflected in the prolonged anti-inflammatory effect in vivo of F20, compared to pure ketoprofen; F20, administered 3 h before edema induction, showed a significant anti-inflammatory activity, reducing maximum paw volume in response to carrageenan injection, whereas no response was observed for ketoprofen.
No response was observed for DNA damage and repair processes in any tissue, while regulation of chromatin organization occurred only at 1 h in kidney medulla.
Preclinical PET imaging revealed that [18 F]FDG uptake in tumors sensitive to the drug was significantly reduced as early as 4 hours after imatinib treatment while no response was observed in resistant tumors [23].
