This study was performed to investigate the developmental change of the C-cells in the thyroid glands of the rats. The animal groups used in this study included 17.5-, 18.5-, 19.5-, 20.5-, 21.5-day-old rat fetuses and 3-, 7-, 15-day-old neonatal rats and adult rats weighing about 200 gm. The specimens were fixed with Souin's fluid and embedded in paraffin. Transverse serial sections of the thyroid were cut at 5 p. m from the superior to the inferior pole and eleven representative sections per thyroid lobe were selected with same intervals for immunohistochemical staining. The sections were subjected to the immunoperoxidase staining using anti-synthetic human calcitonin antibody for the detection of C-cells and counterstained with he...
The thyroid gland located in the anterior neck consists of two main cell types. First, the follicula...
Our previous study has shown the alteration of C cells activity in rats with experimental model of h...
We recently identified adult progenitor cells expressing multipotency markers in the rat thyroid (1)...
Calcitonin‐containing cells (C cells) were identified in male Wistar white rats using an immunoperox...
C cells in 26 normal human thyroids from forensic autopsies were identified by immunoperoxidase stai...
We recently identified adult stem / progenitor cells in the male rat thyroid, based on expression of...
We recently identified adult stem / progenitor cells in the male rat thyroid, based on expression of...
The structure and function of C cells of adult female rats after ovariectomy (Ovx) were investigated...
The role of the parafollicular (C) cells, the second most important cells in the thyroid gland, has ...
Developmental anomalies of the thyroid gland lead to congenital malformations such as thyroglossal d...
Background: The population of parafollicular cells or C cells in the normal thyroid has subjective v...
We have recently characterized and differentiated towards endodermal and mesoder- mal lineages proge...
The structure and function of thyroid C cells were studied in ovariectomized (Ovx) adult female rats...
Objective: Exact identification of C-cells in thyroid with defined morphological features, number of...
Adult stem cells have been recently isolated from the human and mouse thyroid. Identification has b...
The thyroid gland located in the anterior neck consists of two main cell types. First, the follicula...
Our previous study has shown the alteration of C cells activity in rats with experimental model of h...
We recently identified adult progenitor cells expressing multipotency markers in the rat thyroid (1)...
Calcitonin‐containing cells (C cells) were identified in male Wistar white rats using an immunoperox...
C cells in 26 normal human thyroids from forensic autopsies were identified by immunoperoxidase stai...
We recently identified adult stem / progenitor cells in the male rat thyroid, based on expression of...
We recently identified adult stem / progenitor cells in the male rat thyroid, based on expression of...
The structure and function of C cells of adult female rats after ovariectomy (Ovx) were investigated...
The role of the parafollicular (C) cells, the second most important cells in the thyroid gland, has ...
Developmental anomalies of the thyroid gland lead to congenital malformations such as thyroglossal d...
Background: The population of parafollicular cells or C cells in the normal thyroid has subjective v...
We have recently characterized and differentiated towards endodermal and mesoder- mal lineages proge...
The structure and function of thyroid C cells were studied in ovariectomized (Ovx) adult female rats...
Objective: Exact identification of C-cells in thyroid with defined morphological features, number of...
Adult stem cells have been recently isolated from the human and mouse thyroid. Identification has b...
The thyroid gland located in the anterior neck consists of two main cell types. First, the follicula...
Our previous study has shown the alteration of C cells activity in rats with experimental model of h...
We recently identified adult progenitor cells expressing multipotency markers in the rat thyroid (1)...