<p>A–D. Volume number density of proliferating cells in the MPZ (A), the rostral migratory stream (RMS)(B), the caudate migratory stream (CMS) (C), the midlayer (D). Each EdU-labeled nucleus is shown as a colored dot with colors assigned according to the number of neighboring EdU-labeled nuclei located closer than 200 µm to this nucleus. Scale is shown on the right. E–F. Average number of neighboring EdU-labeled nuclei located closer than 200 µm to each EdU-labeled nucleus from main categories of proliferating cells in the adult mouse brain (E) or different parts of the caudate migratory stream (F). Abbreviated names are given according to <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0111453#pone-0111453-t002" targe...
<p>(<b>A</b>) For each marker, numbers from each of the SVZ microdomains summed and multiplied by th...
<p>(<b>A,C,E</b>) Heat maps showing the densities (from higher (red) to lower (blue) values) of quan...
<p><b>A–L,</b> Representative immunofluorescent images showing the cortical distribution of BrdU-lab...
<p>A–E. Distribution of proliferating cells in the brain of a 120 day-old mouse labeled with EdU aft...
<p>A–H. Distribution of proliferating cells in the MPZ (A, B), RMS (C, D), CMS (E, F), and midlayer ...
<p>A–C. Volume number density of proliferating cells. Each EdU-labeled nucleus is shown as a colored...
<p>A–C. Distribution of proliferating cells in the brain of a 60 day-old mouse (A), 120 day-old mous...
<p>Main Proliferative Zone (MPZ), Caudate Migratory Stream (CMS).</p><p>Distribution of proliferatin...
<p>A–D. Proliferating cells in the medial wall of the caudate facing the lateral ventricles and in t...
<p>A. The apparent abundance of proliferating cells is in the supra alveus (SupAl) (red arrows), the...
Neurogenesis, the formation of new neurons, can be observed in the adult brain of many mammalian spe...
<p>A–C. Transition between the CMS and RMS. The RMS in the adult mouse brain departs from the most a...
<p>(<b>A</b>) Photomicrograph shows a representative wide-field image used for generating the 3D mod...
<p>A. Each EdU-labeled nucleus in the MPZ is shown as a black dot. B. Each EdU-labeled nucleus in th...
Background: Adult neurogenesis, which is the continual production of new neurons in...
<p>(<b>A</b>) For each marker, numbers from each of the SVZ microdomains summed and multiplied by th...
<p>(<b>A,C,E</b>) Heat maps showing the densities (from higher (red) to lower (blue) values) of quan...
<p><b>A–L,</b> Representative immunofluorescent images showing the cortical distribution of BrdU-lab...
<p>A–E. Distribution of proliferating cells in the brain of a 120 day-old mouse labeled with EdU aft...
<p>A–H. Distribution of proliferating cells in the MPZ (A, B), RMS (C, D), CMS (E, F), and midlayer ...
<p>A–C. Volume number density of proliferating cells. Each EdU-labeled nucleus is shown as a colored...
<p>A–C. Distribution of proliferating cells in the brain of a 60 day-old mouse (A), 120 day-old mous...
<p>Main Proliferative Zone (MPZ), Caudate Migratory Stream (CMS).</p><p>Distribution of proliferatin...
<p>A–D. Proliferating cells in the medial wall of the caudate facing the lateral ventricles and in t...
<p>A. The apparent abundance of proliferating cells is in the supra alveus (SupAl) (red arrows), the...
Neurogenesis, the formation of new neurons, can be observed in the adult brain of many mammalian spe...
<p>A–C. Transition between the CMS and RMS. The RMS in the adult mouse brain departs from the most a...
<p>(<b>A</b>) Photomicrograph shows a representative wide-field image used for generating the 3D mod...
<p>A. Each EdU-labeled nucleus in the MPZ is shown as a black dot. B. Each EdU-labeled nucleus in th...
Background: Adult neurogenesis, which is the continual production of new neurons in...
<p>(<b>A</b>) For each marker, numbers from each of the SVZ microdomains summed and multiplied by th...
<p>(<b>A,C,E</b>) Heat maps showing the densities (from higher (red) to lower (blue) values) of quan...
<p><b>A–L,</b> Representative immunofluorescent images showing the cortical distribution of BrdU-lab...