<p>Micrographs of FG-labeled motoneurons in spinal cord (transverse sections: A1, B1, C1, and D1; longitudinal sections: A2, B2, C2, and D2) and sensory neurons in dorsal root ganglions (transverse sections: A3, B3, C3, and D3) in the autograft group (A1–A3), NGF–CMSs/CCH group (B1–B3), NGF/CCH group (C1–C3), and CCH group (D1–D3) at 16 weeks after nerve-bridging operation. The total number of FG-labeled motoneurons and sensory neurons in each group were shown in (E) and (F). All data represent mean ± SD. *<i>p</i><0.05 between autograft and others (CCH, NGF/CCH, and NGF–CMSs/CCH). <sup>#</sup><i>p</i><0.05 between NGF–CMSs/CCH and others (CCH and NGF/CCH). <sup>&</sup><i>p</i><0.05 between NGF/CCH and CCH. Scale bar = 100 µm.</p
<p>The coronal brain sections demonstrated that no FG-positive cells were detected in the brainstems...
<p>(<b>A–H</b>) Transmission electron microscopy images. (<b>A</b>) synaptic covering of neuron of t...
Os autores estudaram em ratos a regeneração nervosa no enxerto nervoso tradicional, comparando-os co...
<p>FG-positive motoneurons in spinal cord (A–D) and sensory neurons in DRG (E–H) in the no-injured g...
<p>The total number of FG-positive motoneurons (I) and sensory neurons (J) which regenerated into di...
(A-D) P14 spinal cord ventral horn (note: same specimen as in S3G–S3I Fig): gamma and alpha motor ne...
<p>Note significant decrease in number of regenerating motoneurons after 3 and 6 months delayed nerv...
<p>Regenerated motoneurons were retrogradely traced at the the mid-thigh level (corresponding to seg...
<p>In the first set of experiments (No Repair: <a href="http://www.plosone.org/article/info:doi/10.1...
<p>(A1) Image of a hemicord section, from a cord in which Fluoro-Gold was bath-applied for 30 minute...
<p>Toluidine blue staining of regenerated axons at the distal portion (A–D) and transmission electro...
<p>(<b>A</b>) Representative images of analyzed neurons. Analysis was performed for correctly projec...
<p>(A) motor neuron expressing GFP alone prior to photobleaching. (B) motor neuron expression GFP-SO...
<p>(A, B) <i>FXYD2</i> in situ hybridization on naïve DRGs (A) and injured DRGs 3 days post-axotomy ...
Morphological classification of nerve fibers could help interpret the assessment of neural regenerat...
<p>The coronal brain sections demonstrated that no FG-positive cells were detected in the brainstems...
<p>(<b>A–H</b>) Transmission electron microscopy images. (<b>A</b>) synaptic covering of neuron of t...
Os autores estudaram em ratos a regeneração nervosa no enxerto nervoso tradicional, comparando-os co...
<p>FG-positive motoneurons in spinal cord (A–D) and sensory neurons in DRG (E–H) in the no-injured g...
<p>The total number of FG-positive motoneurons (I) and sensory neurons (J) which regenerated into di...
(A-D) P14 spinal cord ventral horn (note: same specimen as in S3G–S3I Fig): gamma and alpha motor ne...
<p>Note significant decrease in number of regenerating motoneurons after 3 and 6 months delayed nerv...
<p>Regenerated motoneurons were retrogradely traced at the the mid-thigh level (corresponding to seg...
<p>In the first set of experiments (No Repair: <a href="http://www.plosone.org/article/info:doi/10.1...
<p>(A1) Image of a hemicord section, from a cord in which Fluoro-Gold was bath-applied for 30 minute...
<p>Toluidine blue staining of regenerated axons at the distal portion (A–D) and transmission electro...
<p>(<b>A</b>) Representative images of analyzed neurons. Analysis was performed for correctly projec...
<p>(A) motor neuron expressing GFP alone prior to photobleaching. (B) motor neuron expression GFP-SO...
<p>(A, B) <i>FXYD2</i> in situ hybridization on naïve DRGs (A) and injured DRGs 3 days post-axotomy ...
Morphological classification of nerve fibers could help interpret the assessment of neural regenerat...
<p>The coronal brain sections demonstrated that no FG-positive cells were detected in the brainstems...
<p>(<b>A–H</b>) Transmission electron microscopy images. (<b>A</b>) synaptic covering of neuron of t...
Os autores estudaram em ratos a regeneração nervosa no enxerto nervoso tradicional, comparando-os co...