<p>(A-C) Regenerative cells (rc) situated between the basal regions of the digestive cells (dc). (A) Light microscopy. Bar = 12 µm. (B) TEM. Bar = 0.76 µm. (C) The cytoplasm of the regenerative cells (rc) poor in organelles. TEM. Bar = 0.6 µm. (D) Dividing regenerative cell (rc), digestive cell (dc). TEM. Bar = 3 µm. Nucleus (n), basal lamina (bl), mitochondria (m), cisterns of the rough endoplasmic reticulum (RER).</p
<p>TEM. (A) Bar = 1.7 µm. (B) Bar = 1.14 µm. (C) Bar = 1 µm. (D) Bar = 5.4 µm. (E) Bar = 6.5 µm. (F)...
<p>3D representation of the Tunel assay and Hoechst 33342 staining. Nuclei of apoptotic cells (red),...
We often think about regeneration in terms of replacing missing structures, such as organs or tissue...
<p>(A) Longitudinal section through the distal (arrows) and differentiating (arrowheads) regions of ...
<p>(A) Two types of cells—digestive (dc) and regenerative cells (rc). Light microscopy. Bar = 21 µm....
<p>(A) Cross section through the differentiation region. Light microscopy. Bar = 26 µm. (B) Longitud...
<p><b>(A-C)</b> Intestine. TEM. <b>(A)</b> Electron-dense cytoplasm of an apoptotic cell (ac). Disti...
The structure and regeneration of the digestive system in the crinoid Himerometra robustipinna (Carp...
The midgut epithelium of Oxidus gracilis consists of differentiated cells and regenerative cells. On...
AbstractAlthough some animals are capable of regenerating organs, the mechanisms by which this is ac...
<p><b>(A)</b> Cells of the proximal zone of the hepatopancreatic tubules. TEM. Bar = 0.55 μm. <b>(B-...
<p>(A) <i>Neocaridina heteropoda</i>. XMT. Bar = 2 mm. (B-C) A fragment of the digestive system of <...
<p>(A) Two types of cells were distinguished in the epithelium of the proximal region in hepatopancr...
The ability to restore lost tissues and body regions, a process known as regeneration, is broadly re...
Crinoids are able to regenerate completely many body parts, namely arms, pinnules, cirri, and also v...
<p>TEM. (A) Bar = 1.7 µm. (B) Bar = 1.14 µm. (C) Bar = 1 µm. (D) Bar = 5.4 µm. (E) Bar = 6.5 µm. (F)...
<p>3D representation of the Tunel assay and Hoechst 33342 staining. Nuclei of apoptotic cells (red),...
We often think about regeneration in terms of replacing missing structures, such as organs or tissue...
<p>(A) Longitudinal section through the distal (arrows) and differentiating (arrowheads) regions of ...
<p>(A) Two types of cells—digestive (dc) and regenerative cells (rc). Light microscopy. Bar = 21 µm....
<p>(A) Cross section through the differentiation region. Light microscopy. Bar = 26 µm. (B) Longitud...
<p><b>(A-C)</b> Intestine. TEM. <b>(A)</b> Electron-dense cytoplasm of an apoptotic cell (ac). Disti...
The structure and regeneration of the digestive system in the crinoid Himerometra robustipinna (Carp...
The midgut epithelium of Oxidus gracilis consists of differentiated cells and regenerative cells. On...
AbstractAlthough some animals are capable of regenerating organs, the mechanisms by which this is ac...
<p><b>(A)</b> Cells of the proximal zone of the hepatopancreatic tubules. TEM. Bar = 0.55 μm. <b>(B-...
<p>(A) <i>Neocaridina heteropoda</i>. XMT. Bar = 2 mm. (B-C) A fragment of the digestive system of <...
<p>(A) Two types of cells were distinguished in the epithelium of the proximal region in hepatopancr...
The ability to restore lost tissues and body regions, a process known as regeneration, is broadly re...
Crinoids are able to regenerate completely many body parts, namely arms, pinnules, cirri, and also v...
<p>TEM. (A) Bar = 1.7 µm. (B) Bar = 1.14 µm. (C) Bar = 1 µm. (D) Bar = 5.4 µm. (E) Bar = 6.5 µm. (F)...
<p>3D representation of the Tunel assay and Hoechst 33342 staining. Nuclei of apoptotic cells (red),...
We often think about regeneration in terms of replacing missing structures, such as organs or tissue...