
Prussian Blue is widely used as a histochemical stain to detect ferric iron (Fe³?) in biological tissues. Also known as ferric ferrocyanide, Prussian Blue forms an insoluble blue pigment when iron reacts with potassium ferrocyanide in acidic conditions. As its color arises from a chemical reaction product formed in situ, this stain can specifically localize and quantify iron deposits. Applications of Prussian Blue include studying iron metabolism and regulation, as well as the diagnosis of iron disorders like hemochromatosis and siderosis. When choosing this reagent from different suppliers, consider factors such as purity, grade, and recommendations for specific applications. Visit the supplier datasheet page for more details, including quantity, format, and ordering information.
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- An Iron Oxide dye
- 25g
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- An Iron Oxide dye
- 100g
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- An Iron Oxide dye
- 500g
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- A dye used to detect iron in tissue sections
- 500g
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- A dye used to detect iron in tissue sections
- 100g
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- A dye used to detect iron in tissue sections
- 25g
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- A dye used to detect iron in tissue sections
- 5g
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- Prussian blue nanozymes have multi-enzyme activities, and also have the function of scavenging hydroxyl free radicals. ...
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- Intended for use in the detection of ferric iron in tissues, blood smears, or bone marrow smears. Ferric iron is ...
- 30 mL, 125 mL
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Santa Cruz Biotechnology, Inc.
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