<p>A) Representative images of alcian blue stained tumor free (normal) areas of intestinal sections from control, γ, and <sup>56</sup>Fe-irradiated mice. B) Quantification of alcian blue positive cells in tumor free areas of control, γ, and <sup>56</sup>Fe-irradiated sections. C) Representative images of alcian blue stained tumor bearing areas of intestinal sections from control, γ, and <sup>56</sup>Fe-irradiated mice. D) Quantification of alcian blue positive cells in tumor bearing areas of control, γ, and <sup>56</sup>Fe-irradiated sections.</p
<div><p>Risk of colorectal cancer (CRC) after exposure to low linear energy transfer (low-LET) radia...
Purpose: High atomic number and energy (HZE) particles such as iron-56 (Fe) ions are a major contrib...
<p>(A) Sections show mouse spleens 72 h after receiving intrasplenic injections of PBS only, or (B),...
<p>A) Representative images of cyclin D1 stained tumor free (normal) areas of intestinal sections fr...
<p>A) Representative images of phospho-histone H3 stained tumor free (normal) areas of intestinal se...
<p>A) Compared to γ radiation, exposure to <sup>56</sup>Fe radiation led to greater number of tumors...
<p>A) Intestinal sections from 6 to 8 week control, 1-year post-exposure control, 2 Gy γ, and 1.6 Gy...
Purpose: For development of medical techniques to cure severe tissue injury of patients caused by ra...
Risk of colorectal cancer (CRC) after exposure to low linear energy transfer (low-LET) radiation suc...
<p>A. Illustrative photograph of H&E-stained Swiss-rolled jejunum from sham controls shows that no d...
Risk of colorectal cancer (CRC) after exposure to low linear energy transfer (low-LET) radiation suc...
<p>A–C. H&E staining (<i>left panels)</i> and Sirius red staining (<i>right panels</i>) revealed no ...
<p>(A) IHC staining of the vessels by CD31 antibody (red) and of the nuclei by DAPI (blue) in the tu...
<p>Magnification, X 200: Control: without any treatment, IR6, IR24 and IR48: mice irradiated with 10...
<p>Prussian blue-stained in tumor tissue of nude mice with nasopharyngeal carcinoma after administra...
<div><p>Risk of colorectal cancer (CRC) after exposure to low linear energy transfer (low-LET) radia...
Purpose: High atomic number and energy (HZE) particles such as iron-56 (Fe) ions are a major contrib...
<p>(A) Sections show mouse spleens 72 h after receiving intrasplenic injections of PBS only, or (B),...
<p>A) Representative images of cyclin D1 stained tumor free (normal) areas of intestinal sections fr...
<p>A) Representative images of phospho-histone H3 stained tumor free (normal) areas of intestinal se...
<p>A) Compared to γ radiation, exposure to <sup>56</sup>Fe radiation led to greater number of tumors...
<p>A) Intestinal sections from 6 to 8 week control, 1-year post-exposure control, 2 Gy γ, and 1.6 Gy...
Purpose: For development of medical techniques to cure severe tissue injury of patients caused by ra...
Risk of colorectal cancer (CRC) after exposure to low linear energy transfer (low-LET) radiation suc...
<p>A. Illustrative photograph of H&E-stained Swiss-rolled jejunum from sham controls shows that no d...
Risk of colorectal cancer (CRC) after exposure to low linear energy transfer (low-LET) radiation suc...
<p>A–C. H&E staining (<i>left panels)</i> and Sirius red staining (<i>right panels</i>) revealed no ...
<p>(A) IHC staining of the vessels by CD31 antibody (red) and of the nuclei by DAPI (blue) in the tu...
<p>Magnification, X 200: Control: without any treatment, IR6, IR24 and IR48: mice irradiated with 10...
<p>Prussian blue-stained in tumor tissue of nude mice with nasopharyngeal carcinoma after administra...
<div><p>Risk of colorectal cancer (CRC) after exposure to low linear energy transfer (low-LET) radia...
Purpose: High atomic number and energy (HZE) particles such as iron-56 (Fe) ions are a major contrib...
<p>(A) Sections show mouse spleens 72 h after receiving intrasplenic injections of PBS only, or (B),...