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Methylnadic anhydride (MNA) is a hardener component for polyester and epoxy resins, for example Glycid ether 100 (formerly EPON 812) embedding for electron microscopy.Glycid ether cured with MNA yields very hard blocks. By combining different proportions of the hardeners dodecenyl succinic acid anhydride (DDSA) and methylnadic anhydride (MNA) with glycid ether will allow the preparation of blocks with a hardness from soft to hard (1,2). Methylnadic anhydride (MNA) is a hardener component for polyester and epoxy resins, for example Glycid ether 100 (formerly EPON 812) embedding for electron microscopy.Glycid ether cured with MNA yields very hard blocks. By combining different proportions of the hardeners dodecenyl succinic acid anhydride (DDSA) and methylnadic anhydride (MNA) with glycid ether will allow the preparation of blocks with a hardness from soft to hard (1,2).
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Used as a post fix and stain of tissues in scanning and transmission electron microscopy. Osmium tetroxide reacts with lipids in tissue by oxidation of unsaturated bonds of fatty acids, which adds density and contrast to biological samples. In normal tissues, presence of osmium results in intense black staining. In addition, it is used in electron microscopy for enhancing staining.40 mg/ml in water. Used as a post fix and stain of tissues in scanning and transmission electron microscopy. Osmium tetroxide reacts with lipids in tissue by oxidation of unsaturated bonds of fatty acids, which adds density and contrast to biological samples. In normal tissues, presence of osmium results in intense black staining. In addition, it is used in electron microscopy for enhancing staining.40 mg/ml in water.
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Mounting medium for histology. Refractive index 1.52 - 1.53. Neutral solution of polystyrene and plasticizers in xylene. Mounting medium for histology. Refractive index 1.52 - 1.53. Neutral solution of polystyrene and plasticizers in xylene.
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Mixture of aliphatic di- and triepoxides. Epoxy resin of low viscosity (ca. 100-200 mPa·s at 25 °C) (1). Combination with ARALDITE® (2). With D.E.R.® 736 (3). Mixture of aliphatic di- and triepoxides. Epoxy resin of low viscosity (ca. 100-200 mPa·s at 25 °C) (1). Combination with ARALDITE® (2). With D.E.R.® 736 (3).
Product Detail
2-Dodecenylsuccinic acid anhydride (DDSA) is used as hardener for epoxy resins like Glycid ether 100 (Epon 812), one of the most widely used embedding media in electron microscopy.Glycid ether cured with DDSA alone will result in rather soft blocks. The combination of DDSA with the hardener methylnadic anhydride (MNA) in varying proportions enables the production of blocks of desired hardness. 2-Dodecenylsuccinic acid anhydride (DDSA) is used as hardener for epoxy resins like Glycid ether 100 (Epon 812), one of the most widely used embedding media in electron microscopy.Glycid ether cured with DDSA alone will result in rather soft blocks. The combination of DDSA with the hardener methylnadic anhydride (MNA) in varying proportions enables the production of blocks of desired hardness.
Product Detail
Mounting medium for histology. Refractive index 1.52 - 1.53. Neutral solution of polystyrene and plasticizers in xylene. Mounting medium for histology. Refractive index 1.52 - 1.53. Neutral solution of polystyrene and plasticizers in xylene.
Product Detail
Methylnadic anhydride (MNA) is a hardener component for polyester and epoxy resins, for example Glycid ether 100 (formerly EPON 812) embedding for electron microscopy.Glycid ether cured with MNA yields very hard blocks. By combining different proportions of the hardeners dodecenyl succinic acid anhydride (DDSA) and methylnadic anhydride (MNA) with glycid ether will allow the preparation of blocks with a hardness from soft to hard (1,2). Methylnadic anhydride (MNA) is a hardener component for polyester and epoxy resins, for example Glycid ether 100 (formerly EPON 812) embedding for electron microscopy.Glycid ether cured with MNA yields very hard blocks. By combining different proportions of the hardeners dodecenyl succinic acid anhydride (DDSA) and methylnadic anhydride (MNA) with glycid ether will allow the preparation of blocks with a hardness from soft to hard (1,2).
Product Detail
Used as a post fix and stain of tissues in scanning and transmission electron microscopy. Osmium tetroxide reacts with lipids in tissue by oxidation of unsaturated bonds of fatty acids, which adds density and contrast to biological samples. In normal tissues, presence of osmium results in intense black staining. In addition, it is used in electron microscopy for enhancing staining.40 mg/ml in water. Used as a post fix and stain of tissues in scanning and transmission electron microscopy. Osmium tetroxide reacts with lipids in tissue by oxidation of unsaturated bonds of fatty acids, which adds density and contrast to biological samples. In normal tissues, presence of osmium results in intense black staining. In addition, it is used in electron microscopy for enhancing staining.40 mg/ml in water.
Product Detail
Used as a post fix and stain of tissues in scanning and transmission electron microscopy. Osmium tetroxide reacts with lipids in tissue by oxidation of unsaturated bonds of fatty acids, which adds density and contrast to biological samples. In normal tissues, presence of osmium results in intense black staining. In addition, it is used in electron microscopy for enhancing staining.40 mg/ml in water. Used as a post fix and stain of tissues in scanning and transmission electron microscopy. Osmium tetroxide reacts with lipids in tissue by oxidation of unsaturated bonds of fatty acids, which adds density and contrast to biological samples. In normal tissues, presence of osmium results in intense black staining. In addition, it is used in electron microscopy for enhancing staining.40 mg/ml in water.
Product Detail
Used as a post fix and stain of tissues in scanning and transmission electron microscopy. Osmium tetroxide reacts with lipids in tissue by oxidation of unsaturated bonds of fatty acids, which adds density and contrast to biological samples. In normal tissues, presence of osmium results in intense black staining. In addition, it is used in electron microscopy for enhancing staining.40 mg/ml in water. Used as a post fix and stain of tissues in scanning and transmission electron microscopy. Osmium tetroxide reacts with lipids in tissue by oxidation of unsaturated bonds of fatty acids, which adds density and contrast to biological samples. In normal tissues, presence of osmium results in intense black staining. In addition, it is used in electron microscopy for enhancing staining.40 mg/ml in water.
Product Detail
Mixture of aliphatic di- and triepoxides. Epoxy resin of low viscosity (ca. 100-200 mPa·s at 25 °C) (1). Combination with ARALDITE® (2). With D.E.R.® 736 (3). Mixture of aliphatic di- and triepoxides. Epoxy resin of low viscosity (ca. 100-200 mPa·s at 25 °C) (1). Combination with ARALDITE® (2). With D.E.R.® 736 (3).
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© 2023 Copyright. All Rights Reserved. Unit 19, Euroway House, Roydsdale Way, Bradford, BD4 6SE, UK
