Slide Mounting Media
Sigma Aldrich Fine Chemicals Biosciences Duolink(R) In Situ Mounting Medium with DAPI | 5ML
Duolink(R) In Situ Mounting Medium with DAPI | 5ML
Electron Microscopy Sciences Citifluor™ Mountant Solution AF2, Glycerol Based, Non Hardening 100 ML
Citifluor mounting medium for immunofluorescence is designed to reduce the fading of the fluorescence of dyes used for labeling biological specimens. In the technique of fluorescence microscopy, the fluorescence is stimulated by high intensity UV and/or visible light. Absorption of the light populates an excited state of the dye (usually a singlet state) and this leads to fluorescence. However, the excited state of the dye may undergo chemical reaction, which leads to destruction as evidenced by the fading of the fluorescence and consequent loss of the image. A glycerol solution contains an amine antifadent. Select buffer.
Material: Glycerol Based
Type: Non Hardening
Electron Microscopy Sciences Citifluor™ Mountant Solution AF87, Glycerol Free, Non Hardening 100 ML
Citifluor mounting medium for immunofluorescence is designed to reduce the fading of the fluorescence of dyes used for labeling biological specimens. In the technique of fluorescence microscopy, the fluorescence is stimulated by high intensity UV and/or visible light. Absorption of the light populates an excited state of the dye (usually a singlet state) and this leads to fluorescence. However, the excited state of the dye may undergo chemical reaction, which leads to destruction as evidenced by the fading of the fluorescence and consequent loss of the image. Immersion oil having a refractive index of 1.52 and contains an antifadent.
Material: Glycerol Free
Type: Non Hardening
Electron Microscopy Sciences Citifluor™ Mountant Solution AF87, Glycerol Free, Non Hardening 25 ML
Citifluor mounting medium for immunofluorescence is designed to reduce the fading of the fluorescence of dyes used for labeling biological specimens. In the technique of fluorescence microscopy, the fluorescence is stimulated by high intensity UV and/or visible light. Absorption of the light populates an excited state of the dye (usually a singlet state) and this leads to fluorescence. However, the excited state of the dye may undergo chemical reaction, which leads to destruction as evidenced by the fading of the fluorescence and consequent loss of the image. Immersion oil having a refractive index of 1.52 and contains an antifadent.
Material: Glycerol Free
Type: Non Hardening
Electron Microscopy Sciences Citifluor™ Mountant Solution AF3, Glycerol Free, Non Hardening 100 ML
Citifluor mounting medium for immunofluorescence is designed to reduce the fading of the fluorescence of dyes used for labeling biological specimens. In the technique of fluorescence microscopy, the fluorescence is stimulated by high intensity UV and/or visible light. Absorption of the light populates an excited state of the dye (usually a singlet state) and this leads to fluorescence. However, the excited state of the dye may undergo chemical reaction, which leads to destruction as evidenced by the fading of the fluorescence and consequent loss of the image. PBS solution containing an amine-based antifadent.
Material: Glycerol Free
Type: Non Hardening
Electron Microscopy Sciences Citifluor™ Mountant Solution CFPVOH + AF100, Glycerol Free, Non Hardening 30 ML
Citifluor mounting medium for immunofluorescence is designed to reduce the fading of the fluorescence of dyes used for labeling biological specimens. In the technique of fluorescence microscopy, the fluorescence is stimulated by high intensity UV and/or visible light. Absorption of the light populates an excited state of the dye (usually a singlet state) and this leads to fluorescence. However, the excited state of the dye may undergo chemical reaction, which leads to destruction as evidenced by the fading of the fluorescence and consequent loss of the image. Aqueous solution of a carefully selected PVOH containing an amine-based antifadent.
Material: Glycerol Free
Type: Non Hardening
Electron Microscopy Sciences Citifluor™ Mountant Solution AF1, Glycerol Based, Non Hardening 100 ML
Citifluor mounting medium for immunofluorescence is designed to reduce the fading of the fluorescence of dyes used for labeling biological specimens. In the technique of fluorescence microscopy, the fluorescence is stimulated by high intensity UV and/or visible light. Absorption of the light populates an excited state of the dye (usually a singlet state) and this leads to fluorescence. However, the excited state of the dye may undergo chemical reaction, which leads to destruction as evidenced by the fading of the fluorescence and consequent loss of the image. A glycerol-PBS solution contains an amine antifadent.
Material: Glycerol Based
Type: Non Hardening
Electron Microscopy Sciences Liquid Release Agent 100 ML
A hydrosoluble mold-release agent for use in the flat embedding of micro-organisms, and as a replacement for the coating of glass slides to produce a smoother, even surface. The reference below describes the selection and precisely oriented sectioning of single cells by light microscopy, prior to examination by EM. Reymond, O.L. and Picket-Heaps, J.D., (1983) J. Microscopy, 130, 179.
Electron Microscopy Sciences Fluoro Gel with Dabco 20 ML
Fluoro Gel with antifading agent 1, 4-Diazobicyclo-(2,2,2-octane (DABCO) is an aqueous mounting medium for preserving fluorescence of tissue and cell smears. This unique formula prevents rapid photobleaching of FITC, Texas Red, AMCA, Alexa fluoro 488, Alexa fluoro 594, Cy dyes, tetramethyly rhodamine, and Redox. The fluorescence is retained during prolonged storage at 4 degree C in the dark. Use for immunofluorescence and confocal microscopy. Storage at 2-8 degree C is recommended
Hach Company Sanitary Mounting Kit, 3700 Series and pHD Sensors
316 Stainless Steel Sanitary 2-Inch Tee and Heavy Duty Clamp. For use with the sanitary style 3700-series inductive/electrodeless conductivity sensors.
Fisher Healthcare™ PROTOCOL™ SecureMount™
Compatible with both xylene and xylene substitutes and does not crack or discolor with age
Fisher Healthcare™ PROTOCOL™ Mounting Media: Xylene
Thermoplastic resins for mounting and preserving microscope slide specimens