Since the color difference between the nuclei and the cytoplasm is mainly caused by the intensity contrast, whereas their chromatic components are similar, they are supposed to be within the same class.
In three regions (dentate nucleus, caudate nucleus, and magnocellular layer of the LGN), the difference between the neuronal nucleus volume in autistic and in control children was high, but the significance level was >0.019 when controlling for PMI, time of fixation and dehydration, and brain weight loss during dehydration.
These data indicate that the number of regions with a non-significant difference between the neuronal nucleus volume in autistic and control subjects increased from three in children, to 13 in teenagers/young adults, and ten in older adults.
Another considerable difference between these nuclei is the level of H3K27 me3.
Figure 1A shows that there is a phase difference between the two nuclei that is associated with the largest instantaneous beta LFP amplitude in the globus pallidus.
There was no significant difference between the EB-positive nuclei in control and con+cur300 arterioles (4.4 ± 0.6 and 5.2 ± 0.4 respectively).
We observed a significant difference between the percentage immunostained nuclei for NFκB1 between ER+ (42.20%) and ER− (61.20%) breast tumours (P=0.002) For RelB, a trend towards a significant difference in the percentage of immunostained nuclei was observed (RelB immunostained nuclei in ER+ breast tumours: 29.60%, RelB immunostained nuclei in ER− breast tumours: 52.30%; P=0.092).
However, in most of the examined regions, the difference between neuronal nucleus volume in adult autistic and in control subjects is significantly reduced or undetectable.
However, a Comt1 expression difference in the nucleus accumbens and striatum between strains has been noted, with consistently higher expression in the C57BL/6J when compared to the DBA/2J mouse, except for probe sets at the far 3′ untranslated region (UTR) (Grice et al. 2007; Korostynski et al. 2006).
And differences between the song nuclei of parrots which can better imitate complex sounds and other birds are hard to pinpoint.
