Müllerian duct regression in males was inhibited by prochloraz exposure while Müllerian duct maturation in females was accelerated, characteristic of a feminizing effect.
Evolutionary multitasking has recently emerged as an effective means of facilitating implicit genetic transfer across different optimization tasks, thereby potentially accelerating convergence characteristics for multiple tasks at once.
A recent study has shown that the concept of multitasking in optimization provides the scope for potentially fruitful implicit knowledge transfer across different optimization tasks, thereby facilitating accelerated convergence characteristics among them [19].
On the occasion that there emerges some form of complementarity between the tasks in the unified space, multitask optimization can bring about favourable leaps in the genetic lineage through automated gene transfer, thereby leading to notably accelerated convergence characteristics.
We present evidence that increased oxidative stress in Klotho activates the ASK1-signalosome → p38 pathway which may be an important physiological factor that accelerates aging characteristics of this mutant [ 15].
More importantly, understanding the biologic basis for maintaining piHDLs should provide important insights into the pathogenesis of accelerated atherosclerosis characteristic of some patients with SLE.
Previously we have demonstrated that BMAL1 is directly involved in the regulation of ROS/RNS homeostasis, and that accelerated aging characteristic for Bmal1-/ mice, at least in part, can be attributed to excessive production of ROS in some tissues of Bmal1-/ animals [ 4].
This wave-like motion implies that clones grow at a constant speed, in strong contrast to the accelerating logistic growth characteristic of well-mixed populations.
Further, the long memory characteristics accelerate the expected temporary effects of these shocks, thus the persistency might increase the impacts of the oil shocks.
The boosted electrochemical properties are owing to the porous core/shell architecture with improved active area and accelerated ion/electron transfer characteristics.
Design and electrodynamic characteristics of the accelerating interdigital structure have been calculated in the 3D version.
