Each model system shows several of Thompson and Spencer's [Thompson, R. F., & Spencer, W. A. (1966). Habituation: A model phenomenon for the study of neuronal substrates of behavior.
The temporal model system shows rich dynamics including limit cycles and chaos whereas spatial model shows different types of patterns for population distribution.
Analogous to bulk PPEs, this model system shows dramatic differences in quantum yield between the folded and unfolded states, with the unfolded urea having greater than 400-fold higher fluorescence quantum yield than its folded equivalent.
The experimental validation of the theoretical model that was carried out on the basis of the catechol and phenol polyphenol oxidase model system shows that the amperometric responses are in excellent agreement with the model.
However, the current study using a model system shows that repression is markedly attenuated if GR activation is initiated with as little as a 10 minutes delay.
In addition, this model system shows a possibility such that revealing the global regulatory network of transcription factors using ChIP-seq technique will enable in depth understanding of their physiological roles in S. coelicolor.
