![This is blank.](https://digitalhistology.org/wp-content/themes/histology-unified/imgs/trans.png)
Secretory granules
The cells in this image contain secretory granules that stain with either hematoxylin (magenta) or eosin (pink-orange), reflecting the chemical properties of the proteins they contain. The granules are distributed throughout the cytoplasm, indicating that these cells lack polarity, a feature commonly seen in endocrine cells. The pale-staining region adjacent to some of the nuclei indicates the presence of a large Golgi apparatus (“negative Golgi” image). Pituitary gland 1000x
![Secretory cells <p>The cells in this image contain secretory granules that stain with either hematoxylin (magenta) or eosin (pink-orange), reflecting the chemical properties of the proteins they contain. The granules are distributed throughout the cytoplasm, indicating that these cells lack polarity, a feature commonly seen in endocrine cells. The pale-staining region adjacent to some of the nuclei indicates the presence of a large Golgi apparatus (“negative Golgi” image). Pituitary gland 1000x</p>](https://digitalhistology.org/wp-content/uploads/2017/05/C.S.SG-6-1-ping.png)
Secretory cells
The cells in this image contain secretory granules that stain with either hematoxylin (magenta) or eosin (pink-orange), reflecting the chemical properties of the proteins they contain. The granules are distributed throughout the cytoplasm, indicating that these cells lack polarity, a feature commonly seen in endocrine cells. The pale-staining region adjacent to some of the nuclei indicates the presence of a large Golgi apparatus (“negative Golgi” image). Pituitary gland 1000x
![- Secretory granules <p>The cells in this image contain secretory granules that stain with either hematoxylin (magenta) or eosin (pink-orange), reflecting the chemical properties of the proteins they contain. The granules are distributed throughout the cytoplasm, indicating that these cells lack polarity, a feature commonly seen in endocrine cells. The pale-staining region adjacent to some of the nuclei indicates the presence of a large Golgi apparatus (“negative Golgi” image). Pituitary gland 1000x</p>](https://digitalhistology.org/wp-content/uploads/2017/05/C.S.SG-6-2-ping.png)
- Secretory granules
The cells in this image contain secretory granules that stain with either hematoxylin (magenta) or eosin (pink-orange), reflecting the chemical properties of the proteins they contain. The granules are distributed throughout the cytoplasm, indicating that these cells lack polarity, a feature commonly seen in endocrine cells. The pale-staining region adjacent to some of the nuclei indicates the presence of a large Golgi apparatus (“negative Golgi” image). Pituitary gland 1000x
![- Nuclei <p>The cells in this image contain secretory granules that stain with either hematoxylin (magenta) or eosin (pink-orange), reflecting the chemical properties of the proteins they contain. The granules are distributed throughout the cytoplasm, indicating that these cells lack polarity, a feature commonly seen in endocrine cells. The pale-staining region adjacent to some of the nuclei indicates the presence of a large Golgi apparatus (“negative Golgi” image). Pituitary gland 1000x</p>](https://digitalhistology.org/wp-content/uploads/2017/05/C.S.SG-6-3-ping.png)
- Nuclei
The cells in this image contain secretory granules that stain with either hematoxylin (magenta) or eosin (pink-orange), reflecting the chemical properties of the proteins they contain. The granules are distributed throughout the cytoplasm, indicating that these cells lack polarity, a feature commonly seen in endocrine cells. The pale-staining region adjacent to some of the nuclei indicates the presence of a large Golgi apparatus (“negative Golgi” image). Pituitary gland 1000x
![- Golgi complex <p>The cells in this image contain secretory granules that stain with either hematoxylin (magenta) or eosin (pink-orange), reflecting the chemical properties of the proteins they contain. The granules are distributed throughout the cytoplasm, indicating that these cells lack polarity, a feature commonly seen in endocrine cells. The pale-staining region adjacent to some of the nuclei indicates the presence of a large Golgi apparatus (“negative Golgi” image). Pituitary gland 1000x</p>](https://digitalhistology.org/wp-content/uploads/2017/05/C.S.SG-6-4-ping.png)
- Golgi complex
The cells in this image contain secretory granules that stain with either hematoxylin (magenta) or eosin (pink-orange), reflecting the chemical properties of the proteins they contain. The granules are distributed throughout the cytoplasm, indicating that these cells lack polarity, a feature commonly seen in endocrine cells. The pale-staining region adjacent to some of the nuclei indicates the presence of a large Golgi apparatus (“negative Golgi” image). Pituitary gland 1000x