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Clusters of endocrine cells
These images show two special histochemical stains used to distinguish among the different cell types in the islet of Langerhans. The aldehyde fuchsin method (left) stains insulin-secreting beta cells blue. The Gomori’s method (right) stains insulin-secreting beta cells light blue and glucagon-secreting alpha cells pink. Beta cells comprise about 70% of the islet cells, alpha cells about 20%. The remaining somtatostatin-secreting delta cells are not distinguished by these methods. 400x, 400x
![Islets of Langerhans <p>These images show two special histochemical stains used to distinguish among the different cell types in the islet of Langerhans. The aldehyde fuchsin method (left) stains insulin-secreting beta cells blue. The Gomori’s method (right) stains insulin-secreting beta cells light blue and glucagon-secreting alpha cells pink. Beta cells comprise about 70% of the islet cells, alpha cells about 20%. The remaining somtatostatin-secreting delta cells are not distinguished by these methods. 400x, 400x</p>](https://digitalhistology.org/wp-content/uploads/2019/07/Or.Dig_.MajGl_.Pan-13-1A-ping.png)
Islets of Langerhans
These images show two special histochemical stains used to distinguish among the different cell types in the islet of Langerhans. The aldehyde fuchsin method (left) stains insulin-secreting beta cells blue. The Gomori’s method (right) stains insulin-secreting beta cells light blue and glucagon-secreting alpha cells pink. Beta cells comprise about 70% of the islet cells, alpha cells about 20%. The remaining somtatostatin-secreting delta cells are not distinguished by these methods. 400x, 400x
![- Beta cells <p>These images show two special histochemical stains used to distinguish among the different cell types in the islet of Langerhans. The aldehyde fuchsin method (left) stains insulin-secreting beta cells blue. The Gomori’s method (right) stains insulin-secreting beta cells light blue and glucagon-secreting alpha cells pink. Beta cells comprise about 70% of the islet cells, alpha cells about 20%. The remaining somtatostatin-secreting delta cells are not distinguished by these methods. 400x, 400x</p>](https://digitalhistology.org/wp-content/uploads/2019/07/Or.Dig_.MajGl_.Pan-13-2A-ping.png)
- Beta cells
These images show two special histochemical stains used to distinguish among the different cell types in the islet of Langerhans. The aldehyde fuchsin method (left) stains insulin-secreting beta cells blue. The Gomori’s method (right) stains insulin-secreting beta cells light blue and glucagon-secreting alpha cells pink. Beta cells comprise about 70% of the islet cells, alpha cells about 20%. The remaining somtatostatin-secreting delta cells are not distinguished by these methods. 400x, 400x
![- Alpha cells <p>These images show two special histochemical stains used to distinguish among the different cell types in the islet of Langerhans. The aldehyde fuchsin method (left) stains insulin-secreting beta cells blue. The Gomori’s method (right) stains insulin-secreting beta cells light blue and glucagon-secreting alpha cells pink. Beta cells comprise about 70% of the islet cells, alpha cells about 20%. The remaining somtatostatin-secreting delta cells are not distinguished by these methods. 400x, 400x</p>](https://digitalhistology.org/wp-content/uploads/2019/07/Or.Dig_.MajGl_.Pan-13-3A-ping.png)
- Alpha cells
These images show two special histochemical stains used to distinguish among the different cell types in the islet of Langerhans. The aldehyde fuchsin method (left) stains insulin-secreting beta cells blue. The Gomori’s method (right) stains insulin-secreting beta cells light blue and glucagon-secreting alpha cells pink. Beta cells comprise about 70% of the islet cells, alpha cells about 20%. The remaining somtatostatin-secreting delta cells are not distinguished by these methods. 400x, 400x
![- Capillaries <p>These images show two special histochemical stains used to distinguish among the different cell types in the islet of Langerhans. The aldehyde fuchsin method (left) stains insulin-secreting beta cells blue. The Gomori’s method (right) stains insulin-secreting beta cells light blue and glucagon-secreting alpha cells pink. Beta cells comprise about 70% of the islet cells, alpha cells about 20%. The remaining somtatostatin-secreting delta cells are not distinguished by these methods. 400x, 400x</p>](https://digitalhistology.org/wp-content/uploads/2019/07/Or.Dig_.MajGl_.Pan-13-4A-ping.png)
- Capillaries
These images show two special histochemical stains used to distinguish among the different cell types in the islet of Langerhans. The aldehyde fuchsin method (left) stains insulin-secreting beta cells blue. The Gomori’s method (right) stains insulin-secreting beta cells light blue and glucagon-secreting alpha cells pink. Beta cells comprise about 70% of the islet cells, alpha cells about 20%. The remaining somtatostatin-secreting delta cells are not distinguished by these methods. 400x, 400x
![Acini <p>These images show two special histochemical stains used to distinguish among the different cell types in the islet of Langerhans. The aldehyde fuchsin method (left) stains insulin-secreting beta cells blue. The Gomori’s method (right) stains insulin-secreting beta cells light blue and glucagon-secreting alpha cells pink. Beta cells comprise about 70% of the islet cells, alpha cells about 20%. The remaining somtatostatin-secreting delta cells are not distinguished by these methods. 400x, 400x</p>](https://digitalhistology.org/wp-content/uploads/2019/07/Or.Dig_.MajGl_.Pan-13-5A-ping.png)
Acini
These images show two special histochemical stains used to distinguish among the different cell types in the islet of Langerhans. The aldehyde fuchsin method (left) stains insulin-secreting beta cells blue. The Gomori’s method (right) stains insulin-secreting beta cells light blue and glucagon-secreting alpha cells pink. Beta cells comprise about 70% of the islet cells, alpha cells about 20%. The remaining somtatostatin-secreting delta cells are not distinguished by these methods. 400x, 400x
![Image source > <p>Image taken of a slide from the Virtual Histology Laboratory website (http://www.histologyguide.com)</p>](https://digitalhistology.org/wp-content/uploads/2019/07/T.M.Sk18-7A-ping.png)
Image source >
Image taken of a slide from the Virtual Histology Laboratory website (http://www.histologyguide.com)