These new molecular framework were synthesized in high yields with a broad substrate scope under benign conditions mediated by diethylamine (NHEt2).
Developing electrochemical biosensor, particularly for high sensitive recognizing and detecting tumor marker at low level under benign conditions, is highly desired, but still remains a severe challenge.
In mice [26] and Drosophila [27] [29], involuntary selection in captivity for high productivity under benign conditions leads to rapid evolution of a shorter lifespan, an effect that is distinct from inbreeding depression.
Under benign conditions (e.g. intensive farming, easy and hard hill country), the heterozygous advantage would be promoted and equilibrium might be reached, but under harsh conditions (e.g. harsh hill country), lamb survival for multiple births drops [18] and the advantage to heterozygotes is apparently lost (Table 2 ).
Aging under benign conditions in the laboratory is pronounced in some unicells that inhabit transient environments (Table 3).
The observed decreases in the growth rate under benign conditions were likely caused by malfunctioning of specific enzymes.
As our study shows, under benign conditions, multiple mating brings a ~1.5 fold increase in female fecundity.
Figure 1 shows the observed change in activity for G6PD, IDH, and MEN under each of the three stressors studied compared with the activities observed under benign conditions.
We reasoned that because the cells used for inoculation were raised under benign conditions, their initial growth possibly resulted from carry-over effects from these pregrowth conditions.
According to our model predictions, unicells living in lasting environments are not expected to segregate damage under benign conditions as this would not increase their fitness.
