<p>A. Effect of 18 Gy irradiation on collagen I levels in WT and <i>het</i> leg muscle. B. Effect of 18 Gy irradiation on collagen IV levels in WT and <i>het</i> leg muscle. C. Effect of 18 Gy irradiation on collagen I levels in WT and <i>het</i> EOM. D. Effect of 18 Gy irradiation on collagen IV levels in WT and <i>het</i> EOM. *indicates significant difference from non-irradiated WT muscle.</p
In order to examine the effect of radiation on growing tissue, especially the fibroblasts and their ...
Fragility fractures are a well-known complication following oncologic radiotherapy, and it is suspec...
In this summary figure, longitudinal changes in bone fracture toughness, morphology, whole bone mech...
<p>A. Effect of 18 Gy irradiation on EECD34 cell percentages in WT EOM and limb muscle as determined...
<p>A. Cross-section of non-irradiated <i>het</i> leg muscle immunostained for Pax7-positive cells, i...
<p>Photomicrographs of <i>het</i> EOM immunostained for Pitx2 (green, indicated by arrows) and wheat...
BACKGROUND: The purpose of this study was to determine the effect of two clinically relevant radiati...
Aim Radiotherapy for the treatment of cancer is limited by the tolerance of normal tissues withi...
Humans are exposed to ionizing radiation via spaceflight or cancer radiotherapy, and exposure from r...
ABSTRACT Humans are exposed to ionizing radiation via spaceflight or cancer radiotherapy, and exposu...
<p>A. In <i>het</i> limb skeletal muscle, gamma irradiation (lightning bolt) damages the Pax7-positi...
Bone can become brittle when exposed to ionizing radiation across a wide range of clinically relevan...
AIM: To gain insights into inter-strain differences in radiosensitivity. METHODS: Mice of inbred str...
Extraocular muscles (EOM) have a strikingly different disease profile than limb skeletal muscles. It...
Groups of 10 CF1 female mice, irradiated to the thorax with a dual-head 137Cs gamma-RAY source, rece...
In order to examine the effect of radiation on growing tissue, especially the fibroblasts and their ...
Fragility fractures are a well-known complication following oncologic radiotherapy, and it is suspec...
In this summary figure, longitudinal changes in bone fracture toughness, morphology, whole bone mech...
<p>A. Effect of 18 Gy irradiation on EECD34 cell percentages in WT EOM and limb muscle as determined...
<p>A. Cross-section of non-irradiated <i>het</i> leg muscle immunostained for Pax7-positive cells, i...
<p>Photomicrographs of <i>het</i> EOM immunostained for Pitx2 (green, indicated by arrows) and wheat...
BACKGROUND: The purpose of this study was to determine the effect of two clinically relevant radiati...
Aim Radiotherapy for the treatment of cancer is limited by the tolerance of normal tissues withi...
Humans are exposed to ionizing radiation via spaceflight or cancer radiotherapy, and exposure from r...
ABSTRACT Humans are exposed to ionizing radiation via spaceflight or cancer radiotherapy, and exposu...
<p>A. In <i>het</i> limb skeletal muscle, gamma irradiation (lightning bolt) damages the Pax7-positi...
Bone can become brittle when exposed to ionizing radiation across a wide range of clinically relevan...
AIM: To gain insights into inter-strain differences in radiosensitivity. METHODS: Mice of inbred str...
Extraocular muscles (EOM) have a strikingly different disease profile than limb skeletal muscles. It...
Groups of 10 CF1 female mice, irradiated to the thorax with a dual-head 137Cs gamma-RAY source, rece...
In order to examine the effect of radiation on growing tissue, especially the fibroblasts and their ...
Fragility fractures are a well-known complication following oncologic radiotherapy, and it is suspec...
In this summary figure, longitudinal changes in bone fracture toughness, morphology, whole bone mech...