Some experimental support for this model comes from the in vivo screening on the chromatin contact with the Hi-C method developed by Lieberman-Aiden et al. An alternative view comes from studies, where a chromosome is viewed as an all scales-looped polymer.
The canonical view, derived from studies of rats, emphasizes conversion of T to estradiol (E2) by the enzyme aromatase as a key step in nervous system maintenance of MSB.
This view stems from studies by Yi Zhang's and Kristan Helin's labs [ 46, 51].
One striking piece of evidence supporting this view comes from studies of illiterate adults who have no observable difficulty with verbal communication yet are grossly impaired at tasks that require treating speech sounds as individual segments (Morais et al. 1986).
Support for this view comes from studies with rats showing that perirhinal cortex lesions disrupt the discrimination of ambiguous stimuli (Bartko, Winters, Cowell, Saksida, & Bussey, 2007a, 2007b; Eacott et al., 2001; Norman & Eacott, 2004; Winters et al., 2008).
The emerging view from our studies and previous work with Dichaete is of a transcriptional regulator with multifaceted roles in development.
This finding contributes to a small literature supporting this view from other studies in Swaziland and Zambia [ 47, 51].
The emerging view from these studies is that dysregulation of miRNA expression is a frequent occurrence in diverse types of cancer.
The emerging view from multiple studies suggests that polarized endocytosis and exocytic recycling can spatially polarize receptor signaling, cytoskeletal regulators, and focal adhesion turnover in order to drive cell motility [ 30, 31].
Sometimes, as many as a dozen birds occupy a single long feeder, but any time of day, there are at least two of these bright-breasted birds eating their Nyger in the view from my study window.
