Catalyst (Benzoyl Peroxide, Plasticized) for JB-4^® Embedding Kit (00226)

Solution B (Accelerator) for JB-4^® Embedding Kit (Cat. #00226-1)

Water-soluble, GMA based, plastic resin kit intended for use in the preparation of embedded samples for high resolution light microscopy. Widely used for research and clinical diagnosis.

JB-4^® Plus offers all the benefits of JB-4^® in addition to cooler acting accelerator system for greater protection of tissue components and yields crystal clear non-yellowing blocks. The blocks resulting from JB-4^® Plus are ideal for processing dense material such as bone.

JB-4^® Plus offers all the benefits of JB-4® in addition to cooler acting accelerator system for greater protection of tissue components and yields crystal clear non-yellowing blocks. The blocks resulting from JB-4^® Plus are ideal for processing dense material such as bone.

A pre-measured and ready-to-use version of the JB-4^® Kit.

Kit Contains: 2 - 40ml Embedding Solution A, 2ml Embedding Solution B, and 0.50g Benzoyl Peroxide Plasticized in small bottles.

JB-4^® Plus offers all the benefits of JB-4^® in addition to cooler acting accelerator system for greater protection of tissue components and yields crystal clear non-yellowing blocks. The blocks resulting from JB-4^® Plus are ideal for processing dense material such as bone.

A unique polymer embedding system that gives a higher level of morphological detail than paraffin processed tissues.

Exceptional penetration for tissue, mineral, and dense structures. A low viscosity of 60cps allows easy penetration into a variety of difficult materials. May be used to prepare mineral specimens for polishing.

Lowicryl K kits are polar and therefore hydrophilic. During dehydration and infiltration specimens may be kept partially hydrated since polymerization can occur with up to 5% water. Thus immunolabeling with polar kits results in better preservation of structure and antigenicity and lower background labeling.

Lowicryl^® HM kits are non-polar and are used to produce high contrast images of completely unstained thin sections by Z-contrast. Also these HM kits are particularly suitable for dark field observation because of their relatively low density.

Lowicryl^® HM kits are non-polar and are used to produce high contrast images of completely unstained thin sections by Z-contrast. Also these HM kits are particularly suitable for dark field observation because of their relatively low density.

Lowicryl^® K kits are polar and therefore hydrophilic. During dehydration and infiltration specimens may be kept partially hydrated since polymerization can occur with up to 5% water. Thus immunolabeling with polar kits results in better preservation of structure and antigenicity with lower background labeling.

Pre-mixed, ready to use Lowicyrl MonoStep Embedding Media saves time and minimizes chemical contact. These products are ideal for use in Immunohistochemistry. They are based on our popular Lowicyrl K4M and HM-20 formulations for low temperature embedding or freeze substitution. MonoStep products are especially appropriate for immunolableing resulting in better preservation of antigenicity and lower background labeling.

Pre-mixed, ready to use Lowicyrl® MonoStep Embedding Media saves time and minimizes chemical contact. These products are ideal for use in Immunohistochemistry. They are based on our popular Lowicyrl® K4M and HM-20 formulations for low temperature embedding or freeze substitution. MonoStep products are expecially appropriate for immunolableing resulting in better preservation of antigenicity and lower background labeling.

This water soluble, nonionic material is used like paraffin to infiltrate and embed tissue. Easily removed from sections with 95% ethanol for immunocytochemical and x-ray microanalytical techniques.

Quickly removes epoxy resin from thin sections in five minutes under mild conditions preserving delicate immunogenicity of specimens.

Kit contains: 100ml of solution A and 3ml of solution B

Curing agent for epoxy resins.

Can be used to embed tissue for thin or thick sectioning. By varying butyl methacrylate amount in embedding mix, block hardness is changed. Can be UV catalyzed. For use in electron microscopy.

Resin cures thermally (preferably under pressure) under anaerobic conditions and is capable of producing the highest quality hard, clear, colorless castings.

Catalyst for polymerizing lactide and glycolide and isocyanate reactions.

A removable embedding medium for thin and thick sections. In thicker sections the exterior surface of mitochondria can be observed whereas in resin-embedded thin sections the mitochondria are most frequently observed in a cross section. DGD is used to prepare tissue for immunofluorescent localization of cytoskeletal components. Also used for tissue preparation for in-situ hybridization with nucleic acid probes.

MW = Molecular weight of PEG.

Suitable for use with large and small mineralized (undecalcified) bone sections. Yields clear, hard blocks for cutting sections with a heavy duty microtome. Osteo-Bed solvent is available to remove plastic from sections for brilliant staining. Not water-soluble.

Suitable for use with large and small mineralized (undecalcified) bone sections. Yields clear, hard blocks for cutting sections with a heavy duty microtome. Osteo-Bed solvent is available to remove plastic from sections for brilliant staining. Not water-soluble.

Component of Osteo-Bed Bone Embedding Kit Cat. #17734

Formulated for embedding large and small mineralized (undecalcified) bone specimens.

Osteo-Bed Plus Embedding Kit offers the same benefits as Osteo-Bed Bone Embedding Kit with the added benefit of producing much harder blocks for supporting undecalcified bone specimens and bone containing metal implants, grafts and stents.

WPE is Weight Per Epoxide equivalent. From this value, one determines the optimum amount of DDSA or NMA in grams to combine with 100 grams of resin for stoichiometric balance minimizing unreacted starting materials and producing reproducibly stainable, embedding blocks.

WPE is Weight Per Epoxide equivalent. From this value, one determines the optimum amount of DDSA or NMA in grams to combine with 100 grams of resin for stoichiometric balance minimizing unreacted starting materials and producing reproducibly stainable, embedding blocks. The exact WPE value for each lot of Araldite resin is put on the label of each container purchased from Polysciences.

WPE 182-189

Batson's #17 Anatomical Corrosion Kit is for ambient temperature preparation of exact anatomical corrosion specimens by injection of liquid plastic. After hardening, the tissue is corroded away by caustic, yielding a durable, scientifically exact model for anatomical study.

Included in Batson's #17 Anatomical Corrosion Kit Cat. # 07349

Batson's #17 Anatomical Corrosion Kit is for ambient temperature preparation of exact anatomical corrosion specimens by injection of liquid plastic. After hardening, the tissue is corroded away by caustic, yielding a durable, scientifically exact model for anatomical study.

Included in Batson's #17 Anatomical Corrosion Kit Cat. # 07349

Batson's #17 Anatomical Corrosion Kit is for ambient temperature preparation of exact anatomical corrosion specimens by injection of liquid plastic. After hardening, the tissue is corroded away by caustic, yielding a durable, scientifically exact model for anatomical study.

Batson's #17 Anatomical Corrosion Kit Cat. # 07349 component.

Batson's #17 Anatomical Corrosion Kit is for ambient temperature preparation of exact anatomical corrosion specimens by injection of liquid plastic. After hardening, the tissue is corroded away by caustic, yielding a durable, scientifically exact model for anatomical study.

Batson's #17 Anatomical Corrosion Kit Cat. # 07349 component.

Batson's #17 Anatomical Corrosion Kit is for ambient temperature preparation of exact anatomical corrosion specimens by injection of liquid plastic. After hardening, the tissue is corroded away by caustic, yielding a durable, scientifically exact model for anatomical study.

Batson's #17 Anatomical Corrosion Kit Cat. # 07349 component.

Batson's #17 Anatomical Corrosion Kit is for ambient temperature preparation of exact anatomical corrosion specimens by injection of liquid plastic. After hardening, the tissue is corroded away by caustic, yielding a durable, scientifically exact model for anatomical study.

Batson's #17 Anatomical Corrosion Kit is for ambient temperature preparation of exact anatomical corrosion specimens by injection of liquid plastic. After hardening, the tissue is corroded away by caustic, yielding a durable, scientifically exact model for anatomical study.

Batson's #17 Anatomical Corrosion Kit Cat. # 07349 component.

Epoxy hardener, suitable for use in embedding procedures.

A removable embedding medium for thin and thick sections. In thicker sections the exterior surface of mitochondria can be observed whereas in resin-embedded thin sections the mitochondria are most frequently observed in a cross section. DGD is used to prepare tissue for immunofluorescent localization of cytoskeletal components. It is also used for tissue preparation for in situ hybridization with nucleic acid probes.

MW = Molecular weight of PEG.

Solution A (Monomer) for JB-4^® Embedding Kit (Cat. # 00226)

A modification of the Spurr's formulation, Embed-It™ Low Viscosity Epoxy Kit can be used for embedding biological, material and mineralogical samples.

Low viscosity, acrylic-based resin system for room temperature preparation of anatomical corrosion castings. After hardening, tissue is corroded away by caustic solution, yielding a durable, scientifically exact model for anatomical study.