Recent studies in the field of non-linear oscillations often found random-like responses for some deterministic non-linear systems with periodic excitations, which were then named "chaotic systems".
Two categories suffered large shifts away from expert-like responses and toward novice-like responses for Physics in Biomedicine: Sense-Making/Effort and Problem-Solving Sophistication.
During functional magnetic resonance imaging (fMRI), subjects viewed images of high and low calorie foods and high and low reward nonfoods, making liking responses for each.
Our approach constitutes a general method to identify the stochastic switch-like response for aquatic species exposed to fluctuating metal stressors, which may help to predict and, eventually, expand our understanding of the damage-recovery dynamics.
While amnioserosa cells exhibit a solid-like response for late dorsal closure, we thus observe that amnioserosa cells behave in time predominantly as a viscoelastic liquid (Fig. 4 e).
We observed a similar neurotensin-like response for two wells in the Hopkins Library screen that corresponded to Brilliant Green (BG) and Triple-Dye (BG, Gentian Violet and Proflavine hemisulfate; 2 2 1 by weight).
The cross-repressive interactions also provided a plausible explanation for the switch-like response of genes to the gradient of Shh.
In contrast, for ACORNS-like responses, kappa values for the limited resources concept did not reach the 'almost perfect' (>0.81) level (0.806).
To test this hypothesis, we characterised the emergence of picture-like BOLD responses for single printed utensil (tool) and animal names in children aged 7 11 years and adulthood.
Sluka et al. [13], [14] modified this method for use in rodents and showed that two injections of acidic saline into the gastrocnemius muscle of rats 2 to 5 days apart produce mechanical hyperalgesia (hereafter only referred to as "allodynia" or "allodynia-like" responses) that lasts for several weeks.
Distortion from Warburg-like response observed for both polymer films was explained by either differences in relaxation times of diffusion and migration processes, or by impedance of ionic channels with "anomalous" frequency dispersion.
