Introduction of the appropriate substituent into the 2-position of the adenine nucleus gave rise to expression of the activity even in 9-benzyladenines bearing no hydroxyl group at the 8-position.
After ANIT administration, the positive rate of NF-κBp65 staining in nucleus significantly rose (P<0.01).
Mitochondrial DNA sequences are frequently transferred to the nucleus, giving rise to the so-called nuclear mtDNA sequences or NUMT (nuclear mitochondrial DNA) because of hybridization [ 37].
We summarize our work in Section 4. The interaction between the magnetic dipole moment μe of the electron and μn of the atomic nucleus gives rise to a hyperfine structure (HFS) in the electronic energy levels.
Cells of these nuclei give rise to fibres that cross completely and form the medial lemniscus; the medial lemniscus in turn projects to the ventrobasal nuclear complex of the thalamus.
Mitochondrial DNA sequences are frequently transferred to the nucleus-giving rise to NUMTs, which are considered to be common in eukaryotes [ 22].
Consequently, Braak et al. [ 4] recently revised the NFT stages and included "pre-tangle stages" in nonthalamic subcortical nuclei giving rise to cortical innervation.
Because of the sectors of nuclei giving rise to epidermal anlagen in early embryogenesis, it is unlikely that any mitotic instabilities exist within the first three or four zygotic divisions.
For example, both dorsal and medial raphe nuclei give rise to a glutamatergic projection towards the hippocampal formation [ 36] and glutamatergic neurones are intermingled with the TPH-2-positive cells which send their axons towards the same targets.
Basal ganglia output nuclei give rise to the large GABAergic (GAD67+) axon terminals that densely distribute within VA and VM, whereas cerebellar nuclei are the origin of the large/giant glutamatergic (VGluT2+) axon terminals that are confined to VL (Kuramoto et al. 2011).
